[
  {
    "id": "101.1",
    "text": "CONTEXT: 101 > 101.1 | CONTENT: 101.1 101.1 Title. This code shall be known and may be cited as the \u201c New York City Mechanical Code ,\u201d \u201cNYCMC\u201d or \u201cMC.\u201d All section numbers in this code shall be deemed to be preceded by the designation \u201cMC.\u201d [CONT.]: 101.1 Title. This code shall be known and may be cited as the \u201c New York City Mechanical Code ,\u201d \u201cNYCMC\u201d or \u201cMC.\u201d All section numbers in this code shall be deemed to be preceded by the designation \u201cMC.\u201d [CONT.]: 101.1 Title. This code shall be known and may be cited as the \u201c New York City Mechanical Code ,\u201d \u201cNYCMC\u201d or \u201cMC.\u201d All section numbers in this code shall be deemed to be preceded by the designation \u201cMC.\u201d [CONT.]: 101.1 Title. This code shall be known and may be cited as the \u201c New York City Mechanical Code ,\u201d \u201cNYCMC\u201d or \u201cMC.\u201d All section numbers in this code shall be deemed to be preceded by the designation \u201cMC.\u201d [CONT.]: 101.1 Title. This code shall be known and may be cited as the \u201c New York City Mechanical Code ,\u201d \u201cNYCMC\u201d or \u201cMC.\u201d All section numbers in this code shall be deemed to be preceded by the designation \u201cMC.\u201d [CONT.]: 101.1 Title. This code shall be known and may be cited as the \u201c New York City Mechanical Code ,\u201d \u201cNYCMC\u201d or \u201cMC.\u201d All section numbers in this code shall be deemed to be preceded by the designation \u201cMC.\u201d",
    "metadata": {
      "section_full": "101.1",
      "parent_major": "101",
      "parent_minor": "101.1",
      "source": "025.txt"
    }
  },
  {
    "id": "101.2",
    "text": "CONTEXT: 101 > 101.2 | CONTENT: 101.2 101.2 Scope. This code shall regulate the design, installation, maintenance, alteration and inspection of mechanical systems that are permanently installed and utilized to provide control of environmental conditions and related processes within buildings. This code shall also regulate those mechanical systems, system components, equipment and appliances specifically addressed herein. The installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance ventin g systems shall be regulated by the New York City Fuel Gas Code . [CONT.]: 101.2 Scope. This code shall regulate the design, installation, maintenance, alteration and inspection of mechanical systems that are permanently installed and utilized to provide control of environmental conditions and related processes within buildings. This code shall also regulate those mechanical systems, system components, equipment and appliances specifically addressed herein. The installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance ventin g systems shall be regulated by the New York City Fuel Gas Code . [CONT.]: 101.2 Scope. This code shall regulate the design, installation, maintenance, alteration and inspection of mechanical systems that are permanently installed and utilized to provide control of environmental conditions and related processes within buildings. This code shall also regulate those mechanical systems, system components, equipment and appliances specifically addressed herein. The installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance ventin g systems shall be regulated by the New York City Fuel Gas Code . [CONT.]: 101.2 Scope. This code shall regulate the design, installation, maintenance, alteration and inspection of mechanical systems that are permanently installed and utilized to provide control of environmental conditions and related processes within buildings. This code shall also regulate those mechanical systems, system components, equipment and appliances specifically addressed herein. The installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance ventin g systems shall be regulated by the New York City Fuel Gas Code . [CONT.]: 101.2 Scope. This code shall regulate the design, installation, maintenance, alteration and inspection of mechanical systems that are permanently installed and utilized to provide control of environmental conditions and related processes within buildings. This code shall also regulate those mechanical systems, system components, equipment and appliances specifically addressed herein. The installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance ventin g systems shall be regulated by the New York City Fuel Gas Code . [CONT.]: 101.2 Scope. This code shall regulate the design, installation, maintenance, alteration and inspection of mechanical systems that are permanently installed and utilized to provide control of environmental conditions and related processes within buildings. This code shall also regulate those mechanical systems, system components, equipment and appliances specifically addressed herein. The installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance ventin g systems shall be regulated by the New York City Fuel Gas Code .",
    "metadata": {
      "section_full": "101.2",
      "parent_major": "101",
      "parent_minor": "101.2",
      "source": "025.txt"
    }
  },
  {
    "id": "101.3",
    "text": "CONTEXT: 101 > 101.3 | CONTENT: 101.3 101.3 Intent. The purpose of this code is to provide minimum standards to safeguard life or limb, health, property, public welfare and the environment by regulating and controlling the design , construction, installation, quality of materials, location, operation and maintenance or use of mechanical systems. [CONT.]: 101.3 Intent. The purpose of this code is to provide minimum standards to safeguard life or limb, health, property, public welfare and the environment by regulating and controlling the design , construction, installation, quality of materials, location, operation and maintenance or use of mechanical systems. [CONT.]: 101.3 Intent. The purpose of this code is to provide minimum standards to safeguard life or limb, health, property, public welfare and the environment by regulating and controlling the design , construction, installation, quality of materials, location, operation and maintenance or use of mechanical systems. [CONT.]: 101.3 Intent. The purpose of this code is to provide minimum standards to safeguard life or limb, health, property, public welfare and the environment by regulating and controlling the design , construction, installation, quality of materials, location, operation and maintenance or use of mechanical systems. [CONT.]: 101.3 Intent. The purpose of this code is to provide minimum standards to safeguard life or limb, health, property, public welfare and the environment by regulating and controlling the design , construction, installation, quality of materials, location, operation and maintenance or use of mechanical systems. [CONT.]: 101.3 Intent. The purpose of this code is to provide minimum standards to safeguard life or limb, health, property, public welfare and the environment by regulating and controlling the design , construction, installation, quality of materials, location, operation and maintenance or use of mechanical systems.",
    "metadata": {
      "section_full": "101.3",
      "parent_major": "101",
      "parent_minor": "101.3",
      "source": "025.txt"
    }
  },
  {
    "id": "101.4",
    "text": "CONTEXT: 101 > 101.4 | CONTENT: 101.4 101.4 Severability. If a section, subsection, sentence, clause or phrase of this code is, for any reason, held to be unconstitutional, suc h decision shall not affect the validity of the remaining portions of this code. SECTION MC 102 APPLICABILITY [CONT.]: 101.4 Severability. If a section, subsection, sentence, clause or phrase of this code is, for any reason, held to be unconstitutional, suc h decision shall not affect the validity of the remaining portions of this code. SECTION MC 102 APPLICABILITY [CONT.]: 101.4 Severability. If a section, subsection, sentence, clause or phrase of this code is, for any reason, held to be unconstitutional, suc h decision shall not affect the validity of the remaining portions of this code. SECTION MC 102 APPLICABILITY [CONT.]: 101.4 Severability. If a section, subsection, sentence, clause or phrase of this code is, for any reason, held to be unconstitutional, suc h decision shall not affect the validity of the remaining portions of this code. SECTION MC 102 APPLICABILITY [CONT.]: 101.4 Severability. If a section, subsection, sentence, clause or phrase of this code is, for any reason, held to be unconstitutional, suc h decision shall not affect the validity of the remaining portions of this code. SECTION MC 102 APPLICABILITY [CONT.]: 101.4 Severability. If a section, subsection, sentence, clause or phrase of this code is, for any reason, held to be unconstitutional, suc h decision shall not affect the validity of the remaining portions of this code. SECTION MC 102 APPLICABILITY",
    "metadata": {
      "section_full": "101.4",
      "parent_major": "101",
      "parent_minor": "101.4",
      "source": "025.txt"
    }
  },
  {
    "id": "102.1",
    "text": "CONTEXT: 102 > 102.1 | CONTENT: 102.1 102.1 General. Where there is a conflict between a general requirement and a specific requirement, the specific requirement shall govern. Where, i n a specific case, different sections of this code specify different materials, methods of construction or other requirements, the most restrictive shall govern. [CONT.]: 102.1 General. Where there is a conflict between a general requirement and a specific requirement, the specific requirement shall govern. Where, i n a specific case, different sections of this code specify different materials, methods of construction or other requirements, the most restrictive shall govern. [CONT.]: 102.1 General. Where there is a conflict between a general requirement and a specific requirement, the specific requirement shall govern. Where, i n a specific case, different sections of this code specify different materials, methods of construction or other requirements, the most restrictive shall govern. [CONT.]: 102.1 General. Where there is a conflict between a general requirement and a specific requirement, the specific requirement shall govern. Where, i n a specific case, different sections of this code specify different materials, methods of construction or other requirements, the most restrictive shall govern. [CONT.]: 102.1 General. Where there is a conflict between a general requirement and a specific requirement, the specific requirement shall govern. Where, i n a specific case, different sections of this code specify different materials, methods of construction or other requirements, the most restrictive shall govern. [CONT.]: 102.1 General. Where there is a conflict between a general requirement and a specific requirement, the specific requirement shall govern. Where, i n a specific case, different sections of this code specify different materials, methods of construction or other requirements, the most restrictive shall govern.",
    "metadata": {
      "section_full": "102.1",
      "parent_major": "102",
      "parent_minor": "102.1",
      "source": "025.txt"
    }
  },
  {
    "id": "102.2",
    "text": "CONTEXT: 102 > 102.2 | CONTENT: 102.2 102.2 Existing installations. Except as otherwise provided for in this chapter or elsewhere in this code, a provision in this code shall not require the removal, alteration or abandonment of, nor prevent the continued utilization and maintenance of, a mechanical system lawfully in existence on the effective date of this code. [CONT.]: 102.2 Existing installations. Except as otherwise provided for in this chapter or elsewhere in this code, a provision in this code shall not require the removal, alteration or abandonment of, nor prevent the continued utilization and maintenance of, a mechanical system lawfully in existence on the effective date of this code. [CONT.]: 102.2 Existing installations. Except as otherwise provided for in this chapter or elsewhere in this code, a provision in this code shall not require the removal, alteration or abandonment of, nor prevent the continued utilization and maintenance of, a mechanical system lawfully in existence on the effective date of this code. [CONT.]: 102.2 Existing installations. Except as otherwise provided for in this chapter or elsewhere in this code, a provision in this code shall not require the removal, alteration or abandonment of, nor prevent the continued utilization and maintenance of, a mechanical system lawfully in existence on the effective date of this code. [CONT.]: 102.2 Existing installations. Except as otherwise provided for in this chapter or elsewhere in this code, a provision in this code shall not require the removal, alteration or abandonment of, nor prevent the continued utilization and maintenance of, a mechanical system lawfully in existence on the effective date of this code. [CONT.]: 102.2 Existing installations. Except as otherwise provided for in this chapter or elsewhere in this code, a provision in this code shall not require the removal, alteration or abandonment of, nor prevent the continued utilization and maintenance of, a mechanical system lawfully in existence on the effective date of this code.",
    "metadata": {
      "section_full": "102.2",
      "parent_major": "102",
      "parent_minor": "102.2",
      "source": "025.txt"
    }
  },
  {
    "id": "102.3",
    "text": "CONTEXT: 102 > 102.3 | CONTENT: 102.3 102.3 Maintenance. Mechanical systems, both existing and new, and parts thereof shall be maintained in proper operating condition in accordance with the original design and in a safe and sanitary condition. Devices or safeguards that are required by this code shall be mainta ined in compliance with the appli - cable provisions under which they were installed. [CONT.]: 102.3 Maintenance. Mechanical systems, both existing and new, and parts thereof shall be maintained in proper operating condition in accordance with the original design and in a safe and sanitary condition. Devices or safeguards that are required by this code shall be mainta ined in compliance with the appli - cable provisions under which they were installed. [CONT.]: 102.3 Maintenance. Mechanical systems, both existing and new, and parts thereof shall be maintained in proper operating condition in accordance with the original design and in a safe and sanitary condition. Devices or safeguards that are required by this code shall be mainta ined in compliance with the appli - cable provisions under which they were installed. [CONT.]: 102.3 Maintenance. Mechanical systems, both existing and new, and parts thereof shall be maintained in proper operating condition in accordance with the original design and in a safe and sanitary condition. Devices or safeguards that are required by this code shall be mainta ined in compliance with the appli - cable provisions under which they were installed. [CONT.]: 102.3 Maintenance. Mechanical systems, both existing and new, and parts thereof shall be maintained in proper operating condition in accordance with the original design and in a safe and sanitary condition. Devices or safeguards that are required by this code shall be mainta ined in compliance with the appli - cable provisions under which they were installed. [CONT.]: 102.3 Maintenance. Mechanical systems, both existing and new, and parts thereof shall be maintained in proper operating condition in accordance with the original design and in a safe and sanitary condition. Devices or safeguards that are required by this code shall be mainta ined in compliance with the appli - cable provisions under which they were installed.",
    "metadata": {
      "section_full": "102.3",
      "parent_major": "102",
      "parent_minor": "102.3",
      "source": "025.txt"
    }
  },
  {
    "id": "102.3.1",
    "text": "CONTEXT: 102 > 102.3 | CONTENT: 102.3.1 102.3.1 Owner responsibility. The owner shall be responsible for maintenance of mechanical systems. To determine compliance with this provision, the commissioner shall have the authority to require existing mechanical systems to be inspected. [CONT.]: 102.3.1 Owner responsibility. The owner shall be responsible for maintenance of mechanical systems. To determine compliance with this provision, the commissioner shall have the authority to require existing mechanical systems to be inspected. [CONT.]: 102.3.1 Owner responsibility. The owner shall be responsible for maintenance of mechanical systems. To determine compliance with this provision, the commissioner shall have the authority to require existing mechanical systems to be inspected. [CONT.]: 102.3.1 Owner responsibility. The owner shall be responsible for maintenance of mechanical systems. To determine compliance with this provision, the commissioner shall have the authority to require existing mechanical systems to be inspected. [CONT.]: 102.3.1 Owner responsibility. The owner shall be responsible for maintenance of mechanical systems. To determine compliance with this provision, the commissioner shall have the authority to require existing mechanical systems to be inspected. [CONT.]: 102.3.1 Owner responsibility. The owner shall be responsible for maintenance of mechanical systems. To determine compliance with this provision, the commissioner shall have the authority to require existing mechanical systems to be inspected.",
    "metadata": {
      "section_full": "102.3.1",
      "parent_major": "102",
      "parent_minor": "102.3",
      "source": "025.txt"
    }
  },
  {
    "id": "102.4",
    "text": "CONTEXT: 102 > 102.4 | CONTENT: 102.4 102.4 Additions, alterations or repairs. Additions, alterations, renovations or repairs to a mechanical system shall conform to requirements for a new mechanical system without requirin g the existing mechanical system to comply with all of the requirements of this code. Additions, alterations or repairs shall not cause an existing mechanical system to become unsafe, hazardous or overloaded. [CONT.]: 102.4 Additions, alterations or repairs. Additions, alterations, renovations or repairs to a mechanical system shall conform to requirements for a new mechanical system without requirin g the existing mechanical system to comply with all of the requirements of this code. Additions, alterations or repairs shall not cause an existing mechanical system to become unsafe, hazardous or overloaded. [CONT.]: 102.4 Additions, alterations or repairs. Additions, alterations, renovations or repairs to a mechanical system shall conform to requirements for a new mechanical system without requirin g the existing mechanical system to comply with all of the requirements of this code. Additions, alterations or repairs shall not cause an existing mechanical system to become unsafe, hazardous or overloaded. [CONT.]: 102.4 Additions, alterations or repairs. Additions, alterations, renovations or repairs to a mechanical system shall conform to requirements for a new mechanical system without requirin g the existing mechanical system to comply with all of the requirements of this code. Additions, alterations or repairs shall not cause an existing mechanical system to become unsafe, hazardous or overloaded. [CONT.]: 102.4 Additions, alterations or repairs. Additions, alterations, renovations or repairs to a mechanical system shall conform to requirements for a new mechanical system without requirin g the existing mechanical system to comply with all of the requirements of this code. Additions, alterations or repairs shall not cause an existing mechanical system to become unsafe, hazardous or overloaded. [CONT.]: 102.4 Additions, alterations or repairs. Additions, alterations, renovations or repairs to a mechanical system shall conform to requirements for a new mechanical system without requirin g the existing mechanical system to comply with all of the requirements of this code. Additions, alterations or repairs shall not cause an existing mechanical system to become unsafe, hazardous or overloaded.",
    "metadata": {
      "section_full": "102.4",
      "parent_major": "102",
      "parent_minor": "102.4",
      "source": "025.txt"
    }
  },
  {
    "id": "102.4.1",
    "text": "CONTEXT: 102 > 102.4 | CONTENT: 102.4.1 102.4.1 Minor additions, alterations, renovatio ns and repairs. Minor additions, alterations, renovations and repairs to existing mechanical systems shall meet the provisions for new construction, unless such work is done in the same manner and arrangement as was in the existing system, is not hazardous and is approved. 102. 4.2 Special provisions for prior code buildings. In addition to the requirements of Sections 102.4 and 102.4.1, the provisions of Sections 102.4.2.1 through 102.4.2.6 shall apply to prior code buildings. ADMINISTRATION [CONT.]: 102.4.1 Minor additions, alterations, renovatio ns and repairs. Minor additions, alterations, renovations and repairs to existing mechanical systems shall meet the provisions for new construction, unless such work is done in the same manner and arrangement as was in the existing system, is not hazardous and is approved. 102. 4.2 Special provisions for prior code buildings. In addition to the requirements of Sections 102.4 and 102.4.1, the provisions of Sections 102.4.2.1 through 102.4.2.6 shall apply to prior code buildings. ADMINISTRATION [CONT.]: 102.4.1 Minor additions, alterations, renovatio ns and repairs. Minor additions, alterations, renovations and repairs to existing mechanical systems shall meet the provisions for new construction, unless such work is done in the same manner and arrangement as was in the existing system, is not hazardous and is approved. 102. 4.2 Special provisions for prior code buildings. In addition to the requirements of Sections 102.4 and 102.4.1, the provisions of Sections 102.4.2.1 through 102.4.2.6 shall apply to prior code buildings. ADMINISTRATION [CONT.]: 102.4.1 Minor additions, alterations, renovatio ns and repairs. Minor additions, alterations, renovations and repairs to existing mechanical systems shall meet the provisions for new construction, unless such work is done in the same manner and arrangement as was in the existing system, is not hazardous and is approved. 102. 4.2 Special provisions for prior code buildings. In addition to the requirements of Sections 102.4 and 102.4.1, the provisions of Sections 102.4.2.1 through 102.4.2.6 shall apply to prior code buildings. ADMINISTRATION [CONT.]: 102.4.1 Minor additions, alterations, renovatio ns and repairs. Minor additions, alterations, renovations and repairs to existing mechanical systems shall meet the provisions for new construction, unless such work is done in the same manner and arrangement as was in the existing system, is not hazardous and is approved. 102. 4.2 Special provisions for prior code buildings. In addition to the requirements of Sections 102.4 and 102.4.1, the provisions of Sections 102.4.2.1 through 102.4.2.6 shall apply to prior code buildings. ADMINISTRATION [CONT.]: 102.4.1 Minor additions, alterations, renovatio ns and repairs. Minor additions, alterations, renovations and repairs to existing mechanical systems shall meet the provisions for new construction, unless such work is done in the same manner and arrangement as was in the existing system, is not hazardous and is approved. 102. 4.2 Special provisions for prior code buildings. In addition to the requirements of Sections 102.4 and 102.4.1, the provisions of Sections 102.4.2.1 through 102.4.2.6 shall apply to prior code buildings. ADMINISTRATION",
    "metadata": {
      "section_full": "102.4.1",
      "parent_major": "102",
      "parent_minor": "102.4",
      "source": "025.txt"
    }
  },
  {
    "id": "102.4.2.1",
    "text": "CONTEXT: 102 > 102.4 | CONTENT: 102.4.2.1 102.4.2.1 Fire and smoke dampe rs. In cases where the building\u2019s passive fire - resistance protection design, including rated construction, corridors and fire separations, complies with 1968 or prior codes, the determination as to whether a fire or smoke damper is required shall be permit ted to be made pursuant to the 1968 Building Code , or at the election of the applicant, the New York City Mechanical Code . 102. 4.2.2 Guards and access to roofs and elevated structures. The provisions of Section 304.11 relating to guards and Section 306.5 r elating to permanent means of access shall not apply where the equipment or appliances replace existing equipment or appliances in the same location. 102.4. 2.3 Vibration isolators for cooling towers. Where a replacement cooling tower is installed and physi cal limitations prohibit compliance with the vibration isolator requirements of Section 313.3.7, such isolators may be omitted provided the devices shall comply with the New York City Noise Control Code . 102. 4.2.4 Noncombustible fill for cooling towers. Wh ere an existing exterior cooling tower with combustible fill within 15 feet (4572 mm) of the lot line is replaced, such replacement shall be permitted to have combustible fill, notwithstanding the provisions of Section 908.3.2. 102. 4.2.5 Seismic supports. The determination as to whether seismic requirements apply to an alteration shall be made in accordance with the 1968 Building Code and interpretations by the department relating to such determinations. Any applicable seismic loads and requiremen ts shall be permitted to be determined in accordance with Chapter 16 of the New York City Building Code or the 1968 Building Code and Reference Standard RS 9 - 6 of such code. [CONT.]: 102.4.2.1 Fire and smoke dampe rs. In cases where the building\u2019s passive fire - resistance protection design, including rated construction, corridors and fire separations, complies with 1968 or prior codes, the determination as to whether a fire or smoke damper is required shall be permit ted to be made pursuant to the 1968 Building Code , or at the election of the applicant, the New York City Mechanical Code . 102. 4.2.2 Guards and access to roofs and elevated structures. The provisions of Section 304.11 relating to guards and Section 306.5 r elating to permanent means of access shall not apply where the equipment or appliances replace existing equipment or appliances in the same location. 102.4. 2.3 Vibration isolators for cooling towers. Where a replacement cooling tower is installed and physi cal limitations prohibit compliance with the vibration isolator requirements of Section 313.3.7, such isolators may be omitted provided the devices shall comply with the New York City Noise Control Code . 102. 4.2.4 Noncombustible fill for cooling towers. Wh ere an existing exterior cooling tower with combustible fill within 15 feet (4572 mm) of the lot line is replaced, such replacement shall be permitted to have combustible fill, notwithstanding the provisions of Section 908.3.2. 102. 4.2.5 Seismic supports. The determination as to whether seismic requirements apply to an alteration shall be made in accordance with the 1968 Building Code and interpretations by the department relating to such determinations. Any applicable seismic loads and requiremen ts shall be permitted to be determined in accordance with Chapter 16 of the New York City Building Code or the 1968 Building Code and Reference Standard RS 9 - 6 of such code. [CONT.]: 102.4.2.1 Fire and smoke dampe rs. In cases where the building\u2019s passive fire - resistance protection design, including rated construction, corridors and fire separations, complies with 1968 or prior codes, the determination as to whether a fire or smoke damper is required shall be permit ted to be made pursuant to the 1968 Building Code , or at the election of the applicant, the New York City Mechanical Code . 102. 4.2.2 Guards and access to roofs and elevated structures. The provisions of Section 304.11 relating to guards and Section 306.5 r elating to permanent means of access shall not apply where the equipment or appliances replace existing equipment or appliances in the same location. 102.4. 2.3 Vibration isolators for cooling towers. Where a replacement cooling tower is installed and physi cal limitations prohibit compliance with the vibration isolator requirements of Section 313.3.7, such isolators may be omitted provided the devices shall comply with the New York City Noise Control Code . 102. 4.2.4 Noncombustible fill for cooling towers. Wh ere an existing exterior cooling tower with combustible fill within 15 feet (4572 mm) of the lot line is replaced, such replacement shall be permitted to have combustible fill, notwithstanding the provisions of Section 908.3.2. 102. 4.2.5 Seismic supports. The determination as to whether seismic requirements apply to an alteration shall be made in accordance with the 1968 Building Code and interpretations by the department relating to such determinations. Any applicable seismic loads and requiremen ts shall be permitted to be determined in accordance with Chapter 16 of the New York City Building Code or the 1968 Building Code and Reference Standard RS 9 - 6 of such code. [CONT.]: 102.4.2.1 Fire and smoke dampe rs. In cases where the building\u2019s passive fire - resistance protection design, including rated construction, corridors and fire separations, complies with 1968 or prior codes, the determination as to whether a fire or smoke damper is required shall be permit ted to be made pursuant to the 1968 Building Code , or at the election of the applicant, the New York City Mechanical Code . 102. 4.2.2 Guards and access to roofs and elevated structures. The provisions of Section 304.11 relating to guards and Section 306.5 r elating to permanent means of access shall not apply where the equipment or appliances replace existing equipment or appliances in the same location. 102.4. 2.3 Vibration isolators for cooling towers. Where a replacement cooling tower is installed and physi cal limitations prohibit compliance with the vibration isolator requirements of Section 313.3.7, such isolators may be omitted provided the devices shall comply with the New York City Noise Control Code . 102. 4.2.4 Noncombustible fill for cooling towers. Wh ere an existing exterior cooling tower with combustible fill within 15 feet (4572 mm) of the lot line is replaced, such replacement shall be permitted to have combustible fill, notwithstanding the provisions of Section 908.3.2. 102. 4.2.5 Seismic supports. The determination as to whether seismic requirements apply to an alteration shall be made in accordance with the 1968 Building Code and interpretations by the department relating to such determinations. Any applicable seismic loads and requiremen ts shall be permitted to be determined in accordance with Chapter 16 of the New York City Building Code or the 1968 Building Code and Reference Standard RS 9 - 6 of such code. [CONT.]: 102.4.2.1 Fire and smoke dampe rs. In cases where the building\u2019s passive fire - resistance protection design, including rated construction, corridors and fire separations, complies with 1968 or prior codes, the determination as to whether a fire or smoke damper is required shall be permit ted to be made pursuant to the 1968 Building Code , or at the election of the applicant, the New York City Mechanical Code . 102. 4.2.2 Guards and access to roofs and elevated structures. The provisions of Section 304.11 relating to guards and Section 306.5 r elating to permanent means of access shall not apply where the equipment or appliances replace existing equipment or appliances in the same location. 102.4. 2.3 Vibration isolators for cooling towers. Where a replacement cooling tower is installed and physi cal limitations prohibit compliance with the vibration isolator requirements of Section 313.3.7, such isolators may be omitted provided the devices shall comply with the New York City Noise Control Code . 102. 4.2.4 Noncombustible fill for cooling towers. Wh ere an existing exterior cooling tower with combustible fill within 15 feet (4572 mm) of the lot line is replaced, such replacement shall be permitted to have combustible fill, notwithstanding the provisions of Section 908.3.2. 102. 4.2.5 Seismic supports. The determination as to whether seismic requirements apply to an alteration shall be made in accordance with the 1968 Building Code and interpretations by the department relating to such determinations. Any applicable seismic loads and requiremen ts shall be permitted to be determined in accordance with Chapter 16 of the New York City Building Code or the 1968 Building Code and Reference Standard RS 9 - 6 of such code. [CONT.]: 102.4.2.1 Fire and smoke dampe rs. In cases where the building\u2019s passive fire - resistance protection design, including rated construction, corridors and fire separations, complies with 1968 or prior codes, the determination as to whether a fire or smoke damper is required shall be permit ted to be made pursuant to the 1968 Building Code , or at the election of the applicant, the New York City Mechanical Code . 102. 4.2.2 Guards and access to roofs and elevated structures. The provisions of Section 304.11 relating to guards and Section 306.5 r elating to permanent means of access shall not apply where the equipment or appliances replace existing equipment or appliances in the same location. 102.4. 2.3 Vibration isolators for cooling towers. Where a replacement cooling tower is installed and physi cal limitations prohibit compliance with the vibration isolator requirements of Section 313.3.7, such isolators may be omitted provided the devices shall comply with the New York City Noise Control Code . 102. 4.2.4 Noncombustible fill for cooling towers. Wh ere an existing exterior cooling tower with combustible fill within 15 feet (4572 mm) of the lot line is replaced, such replacement shall be permitted to have combustible fill, notwithstanding the provisions of Section 908.3.2. 102. 4.2.5 Seismic supports. The determination as to whether seismic requirements apply to an alteration shall be made in accordance with the 1968 Building Code and interpretations by the department relating to such determinations. Any applicable seismic loads and requiremen ts shall be permitted to be determined in accordance with Chapter 16 of the New York City Building Code or the 1968 Building Code and Reference Standard RS 9 - 6 of such code.",
    "metadata": {
      "section_full": "102.4.2.1",
      "parent_major": "102",
      "parent_minor": "102.4",
      "source": "025.txt"
    }
  },
  {
    "id": "102.4.2.6",
    "text": "CONTEXT: 102 > 102.4 | CONTENT: 102.4.2.6 102.4.2.6 Wind resistance. Equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with Chapter 16 of the New York City Building Code . [CONT.]: 102.4.2.6 Wind resistance. Equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with Chapter 16 of the New York City Building Code . [CONT.]: 102.4.2.6 Wind resistance. Equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with Chapter 16 of the New York City Building Code . [CONT.]: 102.4.2.6 Wind resistance. Equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with Chapter 16 of the New York City Building Code . [CONT.]: 102.4.2.6 Wind resistance. Equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with Chapter 16 of the New York City Building Code . [CONT.]: 102.4.2.6 Wind resistance. Equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with Chapter 16 of the New York City Building Code .",
    "metadata": {
      "section_full": "102.4.2.6",
      "parent_major": "102",
      "parent_minor": "102.4",
      "source": "025.txt"
    }
  },
  {
    "id": "102.5",
    "text": "CONTEXT: 102 > 102.5 | CONTENT: 102.5 102.5 Change in occupancy. Refer to Chapter 1 of Title 28 of the Administrative Code . [CONT.]: 102.5 Change in occupancy. Refer to Chapter 1 of Title 28 of the Administrative Code . [CONT.]: 102.5 Change in occupancy. Refer to Chapter 1 of Title 28 of the Administrative Code . [CONT.]: 102.5 Change in occupancy. Refer to Chapter 1 of Title 28 of the Administrative Code . [CONT.]: 102.5 Change in occupancy. Refer to Chapter 1 of Title 28 of the Administrative Code . [CONT.]: 102.5 Change in occupancy. Refer to Chapter 1 of Title 28 of the Administrative Code .",
    "metadata": {
      "section_full": "102.5",
      "parent_major": "102",
      "parent_minor": "102.5",
      "source": "025.txt"
    }
  },
  {
    "id": "102.8",
    "text": "CONTEXT: 102 > 102.8 | CONTENT: 102.8 102.8 Referenced standards. The standards referenced herein shall be those that are listed in Chapter 15 and in the rules of the department and such standards shall be considered as part of the requirements of this code to the prescribed extent o f each such reference. Where differences occur between provisions of this code and the referenced standards, the provisions of this code shall apply. Refer to Article 103 of Chapter 1 of Title 28 of the Administrative Code for additional provisions relatin g to referenced standards. [CONT.]: 102.8 Referenced standards. The standards referenced herein shall be those that are listed in Chapter 15 and in the rules of the department and such standards shall be considered as part of the requirements of this code to the prescribed extent o f each such reference. Where differences occur between provisions of this code and the referenced standards, the provisions of this code shall apply. Refer to Article 103 of Chapter 1 of Title 28 of the Administrative Code for additional provisions relatin g to referenced standards. [CONT.]: 102.8 Referenced standards. The standards referenced herein shall be those that are listed in Chapter 15 and in the rules of the department and such standards shall be considered as part of the requirements of this code to the prescribed extent o f each such reference. Where differences occur between provisions of this code and the referenced standards, the provisions of this code shall apply. Refer to Article 103 of Chapter 1 of Title 28 of the Administrative Code for additional provisions relatin g to referenced standards. [CONT.]: 102.8 Referenced standards. The standards referenced herein shall be those that are listed in Chapter 15 and in the rules of the department and such standards shall be considered as part of the requirements of this code to the prescribed extent o f each such reference. Where differences occur between provisions of this code and the referenced standards, the provisions of this code shall apply. Refer to Article 103 of Chapter 1 of Title 28 of the Administrative Code for additional provisions relatin g to referenced standards. [CONT.]: 102.8 Referenced standards. The standards referenced herein shall be those that are listed in Chapter 15 and in the rules of the department and such standards shall be considered as part of the requirements of this code to the prescribed extent o f each such reference. Where differences occur between provisions of this code and the referenced standards, the provisions of this code shall apply. Refer to Article 103 of Chapter 1 of Title 28 of the Administrative Code for additional provisions relatin g to referenced standards. [CONT.]: 102.8 Referenced standards. The standards referenced herein shall be those that are listed in Chapter 15 and in the rules of the department and such standards shall be considered as part of the requirements of this code to the prescribed extent o f each such reference. Where differences occur between provisions of this code and the referenced standards, the provisions of this code shall apply. Refer to Article 103 of Chapter 1 of Title 28 of the Administrative Code for additional provisions relatin g to referenced standards.",
    "metadata": {
      "section_full": "102.8",
      "parent_major": "102",
      "parent_minor": "102.8",
      "source": "025.txt"
    }
  },
  {
    "id": "102.8.1",
    "text": "CONTEXT: 102 > 102.8 | CONTENT: 102.8.1 102.8.1 Editions of referenced standards. References to standards in this code shall be to the editions of those standards provided for in Chapter 15 of this code, or as otherwise provided by rule. [CONT.]: 102.8.1 Editions of referenced standards. References to standards in this code shall be to the editions of those standards provided for in Chapter 15 of this code, or as otherwise provided by rule. [CONT.]: 102.8.1 Editions of referenced standards. References to standards in this code shall be to the editions of those standards provided for in Chapter 15 of this code, or as otherwise provided by rule. [CONT.]: 102.8.1 Editions of referenced standards. References to standards in this code shall be to the editions of those standards provided for in Chapter 15 of this code, or as otherwise provided by rule. [CONT.]: 102.8.1 Editions of referenced standards. References to standards in this code shall be to the editions of those standards provided for in Chapter 15 of this code, or as otherwise provided by rule. [CONT.]: 102.8.1 Editions of referenced standards. References to standards in this code shall be to the editions of those standards provided for in Chapter 15 of this code, or as otherwise provided by rule.",
    "metadata": {
      "section_full": "102.8.1",
      "parent_major": "102",
      "parent_minor": "102.8",
      "source": "025.txt"
    }
  },
  {
    "id": "102.9",
    "text": "CONTEXT: 102 > 102.9 | CONTENT: 102.9 102.9 Requirements not covered by this code. Requirements necessary for the strength, stability or proper operation of an existing or proposed mechanical system, or for the public safety, health and general welfare, not specifically covered by this code, shall be determined by the commi ssioner. SECTION MC 103 DEPARTMENT OF BUILDINGS [CONT.]: 102.9 Requirements not covered by this code. Requirements necessary for the strength, stability or proper operation of an existing or proposed mechanical system, or for the public safety, health and general welfare, not specifically covered by this code, shall be determined by the commi ssioner. SECTION MC 103 DEPARTMENT OF BUILDINGS [CONT.]: 102.9 Requirements not covered by this code. Requirements necessary for the strength, stability or proper operation of an existing or proposed mechanical system, or for the public safety, health and general welfare, not specifically covered by this code, shall be determined by the commi ssioner. SECTION MC 103 DEPARTMENT OF BUILDINGS [CONT.]: 102.9 Requirements not covered by this code. Requirements necessary for the strength, stability or proper operation of an existing or proposed mechanical system, or for the public safety, health and general welfare, not specifically covered by this code, shall be determined by the commi ssioner. SECTION MC 103 DEPARTMENT OF BUILDINGS [CONT.]: 102.9 Requirements not covered by this code. Requirements necessary for the strength, stability or proper operation of an existing or proposed mechanical system, or for the public safety, health and general welfare, not specifically covered by this code, shall be determined by the commi ssioner. SECTION MC 103 DEPARTMENT OF BUILDINGS [CONT.]: 102.9 Requirements not covered by this code. Requirements necessary for the strength, stability or proper operation of an existing or proposed mechanical system, or for the public safety, health and general welfare, not specifically covered by this code, shall be determined by the commi ssioner. SECTION MC 103 DEPARTMENT OF BUILDINGS",
    "metadata": {
      "section_full": "102.9",
      "parent_major": "102",
      "parent_minor": "102.9",
      "source": "025.txt"
    }
  },
  {
    "id": "103.1",
    "text": "CONTEXT: 103 > 103.1 | CONTENT: 103.1 103.1 General. Refer to the New York City Charter and Chapter 1 of Title 28 of the Administrative Code . SECTION MC 104 DUTIES AND POWERS OF THE COMMISSIONER OF BUILDINGS [CONT.]: 103.1 General. Refer to the New York City Charter and Chapter 1 of Title 28 of the Administrative Code . SECTION MC 104 DUTIES AND POWERS OF THE COMMISSIONER OF BUILDINGS [CONT.]: 103.1 General. Refer to the New York City Charter and Chapter 1 of Title 28 of the Administrative Code . SECTION MC 104 DUTIES AND POWERS OF THE COMMISSIONER OF BUILDINGS [CONT.]: 103.1 General. Refer to the New York City Charter and Chapter 1 of Title 28 of the Administrative Code . SECTION MC 104 DUTIES AND POWERS OF THE COMMISSIONER OF BUILDINGS [CONT.]: 103.1 General. Refer to the New York City Charter and Chapter 1 of Title 28 of the Administrative Code . SECTION MC 104 DUTIES AND POWERS OF THE COMMISSIONER OF BUILDINGS [CONT.]: 103.1 General. Refer to the New York City Charter and Chapter 1 of Title 28 of the Administrative Code . SECTION MC 104 DUTIES AND POWERS OF THE COMMISSIONER OF BUILDINGS",
    "metadata": {
      "section_full": "103.1",
      "parent_major": "103",
      "parent_minor": "103.1",
      "source": "025.txt"
    }
  },
  {
    "id": "104.1",
    "text": "CONTEXT: 104 > 104.1 | CONTENT: 104.1 104.1 General. The commissioner shall have the authority to render interpretations of this code, adopt rules, and establish policies and procedures in order to clarify and implement its provisions. Such interpretations, policies, procedures, and rules shall be in complia nce with the intent and purpose of this code. See the New York City Charter and Chapter 1 of Title 28 of the Administrative Code for additional provisions relating to the authority of the Commissioner of Buildings. CHAPTER 1 ADMINISTRATION SECTION MC 101 GENERAL [CONT.]: 104.1 General. The commissioner shall have the authority to render interpretations of this code, adopt rules, and establish policies and procedures in order to clarify and implement its provisions. Such interpretations, policies, procedures, and rules shall be in complia nce with the intent and purpose of this code. See the New York City Charter and Chapter 1 of Title 28 of the Administrative Code for additional provisions relating to the authority of the Commissioner of Buildings. ADMINISTRATION SECTION MC 105 APPROVALS [CONT.]: 104.1 General. The commissioner shall have the authority to render interpretations of this code, adopt rules, and establish policies and procedures in order to clarify and implement its provisions. Such interpretations, policies, procedures, and rules shall be in complia nce with the intent and purpose of this code. See the New York City Charter and Chapter 1 of Title 28 of the Administrative Code for additional provisions relating to the authority of the Commissioner of Buildings. ADMINISTRATION SECTION MC 105 APPROVALS [CONT.]: 104.1 General. The commissioner shall have the authority to render interpretations of this code, adopt rules, and establish policies and procedures in order to clarify and implement its provisions. Such interpretations, policies, procedures, and rules shall be in complia nce with the intent and purpose of this code. See the New York City Charter and Chapter 1 of Title 28 of the Administrative Code for additional provisions relating to the authority of the Commissioner of Buildings. ADMINISTRATION SECTION MC 105 APPROVALS [CONT.]: 104.1 General. The commissioner shall have the authority to render interpretations of this code, adopt rules, and establish policies and procedures in order to clarify and implement its provisions. Such interpretations, policies, procedures, and rules shall be in complia nce with the intent and purpose of this code. See the New York City Charter and Chapter 1 of Title 28 of the Administrative Code for additional provisions relating to the authority of the Commissioner of Buildings. ADMINISTRATION SECTION MC 105 APPROVALS [CONT.]: 104.1 General. The commissioner shall have the authority to render interpretations of this code, adopt rules, and establish policies and procedures in order to clarify and implement its provisions. Such interpretations, policies, procedures, and rules shall be in complia nce with the intent and purpose of this code. See the New York City Charter and Chapter 1 of Title 28 of the Administrative Code for additional provisions relating to the authority of the Commissioner of Buildings. ADMINISTRATION SECTION MC 105 APPROVALS",
    "metadata": {
      "section_full": "104.1",
      "parent_major": "104",
      "parent_minor": "104.1",
      "source": "025.txt"
    }
  },
  {
    "id": "105.1",
    "text": "CONTEXT: 105 > 105.1 | CONTENT: 105.1 105.1 Approvals. Refer to Chapter 1 of Title 28 of the Administrative Code . SECTION MC 106 PERMITS [CONT.]: 105.1 Approvals. Refer to Chapter 1 of Title 28 of the Administrative Code . SECTION MC 106 PERMITS [CONT.]: 105.1 Approvals. Refer to Chapter 1 of Title 28 of the Administrative Code . SECTION MC 106 PERMITS [CONT.]: 105.1 Approvals. Refer to Chapter 1 of Title 28 of the Administrative Code . SECTION MC 106 PERMITS [CONT.]: 105.1 Approvals. Refer to Chapter 1 of Title 28 of the Administrative Code . SECTION MC 106 PERMITS",
    "metadata": {
      "section_full": "105.1",
      "parent_major": "105",
      "parent_minor": "105.1",
      "source": "025.txt"
    }
  },
  {
    "id": "106.1",
    "text": "CONTEXT: 106 > 106.1 | CONTENT: 106.1 106.1 General. Permits shall comply with this section, with Article 105 of Chapter 1 of Title 28 of the Administrative Code , and with requirements found else where in this code. [CONT.]: 106.1 General. Permits shall comply with this section, with Article 105 of Chapter 1 of Title 28 of the Administrative Code , and with requirements found else where in this code. [CONT.]: 106.1 General. Permits shall comply with this section, with Article 105 of Chapter 1 of Title 28 of the Administrative Code , and with requirements found else where in this code. [CONT.]: 106.1 General. Permits shall comply with this section, with Article 105 of Chapter 1 of Title 28 of the Administrative Code , and with requirements found else where in this code. [CONT.]: 106.1 General. Permits shall comply with this section, with Article 105 of Chapter 1 of Title 28 of the Administrative Code , and with requirements found else where in this code.",
    "metadata": {
      "section_full": "106.1",
      "parent_major": "106",
      "parent_minor": "106.1",
      "source": "025.txt"
    }
  },
  {
    "id": "106.2",
    "text": "CONTEXT: 106 > 106.2 | CONTENT: 106.2 106.2 Required. Any owner or authorized agent who intends to construct, add to, alter, repair, move, demolish, or change the occupancy of a building or structure, or to erect, install, add to, alter, repair, remove, convert or replace a ny gas, mechanical or plumbing system, the installation of which is regulated by this code, or to cause any such work to be done, shall first make application for construction document approval in accordance with Chapter 1 of Title 28 of the Administrative Code and this chapter and obtain the required permit. [CONT.]: 106.2 Required. Any owner or authorized agent who intends to construct, add to, alter, repair, move, demolish, or change the occupancy of a building or structure, or to erect, install, add to, alter, repair, remove, convert or replace a ny gas, mechanical or plumbing system, the installation of which is regulated by this code, or to cause any such work to be done, shall first make application for construction document approval in accordance with Chapter 1 of Title 28 of the Administrative Code and this chapter and obtain the required permit. [CONT.]: 106.2 Required. Any owner or authorized agent who intends to construct, add to, alter, repair, move, demolish, or change the occupancy of a building or structure, or to erect, install, add to, alter, repair, remove, convert or replace a ny gas, mechanical or plumbing system, the installation of which is regulated by this code, or to cause any such work to be done, shall first make application for construction document approval in accordance with Chapter 1 of Title 28 of the Administrative Code and this chapter and obtain the required permit. [CONT.]: 106.2 Required. Any owner or authorized agent who intends to construct, add to, alter, repair, move, demolish, or change the occupancy of a building or structure, or to erect, install, add to, alter, repair, remove, convert or replace a ny gas, mechanical or plumbing system, the installation of which is regulated by this code, or to cause any such work to be done, shall first make application for construction document approval in accordance with Chapter 1 of Title 28 of the Administrative Code and this chapter and obtain the required permit. [CONT.]: 106.2 Required. Any owner or authorized agent who intends to construct, add to, alter, repair, move, demolish, or change the occupancy of a building or structure, or to erect, install, add to, alter, repair, remove, convert or replace a ny gas, mechanical or plumbing system, the installation of which is regulated by this code, or to cause any such work to be done, shall first make application for construction document approval in accordance with Chapter 1 of Title 28 of the Administrative Code and this chapter and obtain the required permit.",
    "metadata": {
      "section_full": "106.2",
      "parent_major": "106",
      "parent_minor": "106.2",
      "source": "025.txt"
    }
  },
  {
    "id": "106.3",
    "text": "CONTEXT: 106 > 106.3 | CONTENT: 106.3 106.3 Work exempt from permit. Exemptions from permit requirements of this code as authorized in Chapter 1 of Title 28 of the Administrative Code and the rules of the department shall not be deemed to grant authorization for any work to be done in any manner in violation of the provisions of this code or any other laws or rules. [CONT.]: 106.3 Work exempt from permit. Exemptions from permit requirements of this code as authorized in Chapter 1 of Title 28 of the Administrative Code and the rules of the department shall not be deemed to grant authorization for any work to be done in any manner in violation of the provisions of this code or any other laws or rules. [CONT.]: 106.3 Work exempt from permit. Exemptions from permit requirements of this code as authorized in Chapter 1 of Title 28 of the Administrative Code and the rules of the department shall not be deemed to grant authorization for any work to be done in any manner in violation of the provisions of this code or any other laws or rules. [CONT.]: 106.3 Work exempt from permit. Exemptions from permit requirements of this code as authorized in Chapter 1 of Title 28 of the Administrative Code and the rules of the department shall not be deemed to grant authorization for any work to be done in any manner in violation of the provisions of this code or any other laws or rules. [CONT.]: 106.3 Work exempt from permit. Exemptions from permit requirements of this code as authorized in Chapter 1 of Title 28 of the Administrative Code and the rules of the department shall not be deemed to grant authorization for any work to be done in any manner in violation of the provisions of this code or any other laws or rules.",
    "metadata": {
      "section_full": "106.3",
      "parent_major": "106",
      "parent_minor": "106.3",
      "source": "025.txt"
    }
  },
  {
    "id": "106.4",
    "text": "CONTEXT: 106 > 106.4 | CONTENT: 106.4 106.4 Validity of permit. The issuance or granting of a permit shall not be construed to be a permit for, or an approval of, a ny violation of any of the provisions of this code or of any other law. Permits presuming to give authority to violate or cancel the provisions of this code or other law shall not be valid. The issuance of a permit based on construction documents and other data shall not prevent the commissioner from requiring the correction of errors in the construction documents and other data. The commissioner is also authorized to prevent occupancy or use of a structure where in violation of this code or of any other la w. [CONT.]: 106.4 Validity of permit. The issuance or granting of a permit shall not be construed to be a permit for, or an approval of, a ny violation of any of the provisions of this code or of any other law. Permits presuming to give authority to violate or cancel the provisions of this code or other law shall not be valid. The issuance of a permit based on construction documents and other data shall not prevent the commissioner from requiring the correction of errors in the construction documents and other data. The commissioner is also authorized to prevent occupancy or use of a structure where in violation of this code or of any other la w. [CONT.]: 106.4 Validity of permit. The issuance or granting of a permit shall not be construed to be a permit for, or an approval of, a ny violation of any of the provisions of this code or of any other law. Permits presuming to give authority to violate or cancel the provisions of this code or other law shall not be valid. The issuance of a permit based on construction documents and other data shall not prevent the commissioner from requiring the correction of errors in the construction documents and other data. The commissioner is also authorized to prevent occupancy or use of a structure where in violation of this code or of any other la w. [CONT.]: 106.4 Validity of permit. The issuance or granting of a permit shall not be construed to be a permit for, or an approval of, a ny violation of any of the provisions of this code or of any other law. Permits presuming to give authority to violate or cancel the provisions of this code or other law shall not be valid. The issuance of a permit based on construction documents and other data shall not prevent the commissioner from requiring the correction of errors in the construction documents and other data. The commissioner is also authorized to prevent occupancy or use of a structure where in violation of this code or of any other la w. [CONT.]: 106.4 Validity of permit. The issuance or granting of a permit shall not be construed to be a permit for, or an approval of, a ny violation of any of the provisions of this code or of any other law. Permits presuming to give authority to violate or cancel the provisions of this code or other law shall not be valid. The issuance of a permit based on construction documents and other data shall not prevent the commissioner from requiring the correction of errors in the construction documents and other data. The commissioner is also authorized to prevent occupancy or use of a structure where in violation of this code or of any other la w.",
    "metadata": {
      "section_full": "106.4",
      "parent_major": "106",
      "parent_minor": "106.4",
      "source": "025.txt"
    }
  },
  {
    "id": "106.5",
    "text": "CONTEXT: 106 > 106.5 | CONTENT: 106.5 106.5 Permits with respect to limited alteration applications. For permits with respect to limited alteration applications refer to Sections 28 - [CONT.]: 106.5 Permits with respect to limited alteration applications. For permits with respect to limited alteration applications refer to Sections 28 - [CONT.]: 106.5 Permits with respect to limited alteration applications. For permits with respect to limited alteration applications refer to Sections 28 - [CONT.]: 106.5 Permits with respect to limited alteration applications. For permits with respect to limited alteration applications refer to Sections 28 - [CONT.]: 106.5 Permits with respect to limited alteration applications. For permits with respect to limited alteration applications refer to Sections 28 -",
    "metadata": {
      "section_full": "106.5",
      "parent_major": "106",
      "parent_minor": "106.5",
      "source": "025.txt"
    }
  },
  {
    "id": "107.1",
    "text": "CONTEXT: 107 > 107.1 | CONTENT: 107.1 107.1 General. Construction documents shall comply with Article 104 of Chapter 1 of Title 28 of the Administrative Code and other applicable provisions of this code and its referenced standards. Such construction documents shall be coordinated with architectural , structural and means of egress plans. [CONT.]: 107.1 General. Construction documents shall comply with Article 104 of Chapter 1 of Title 28 of the Administrative Code and other applicable provisions of this code and its referenced standards. Such construction documents shall be coordinated with architectural , structural and means of egress plans. [CONT.]: 107.1 General. Construction documents shall comply with Article 104 of Chapter 1 of Title 28 of the Administrative Code and other applicable provisions of this code and its referenced standards. Such construction documents shall be coordinated with architectural , structural and means of egress plans. [CONT.]: 107.1 General. Construction documents shall comply with Article 104 of Chapter 1 of Title 28 of the Administrative Code and other applicable provisions of this code and its referenced standards. Such construction documents shall be coordinated with architectural , structural and means of egress plans. [CONT.]: 107.1 General. Construction documents shall comply with Article 104 of Chapter 1 of Title 28 of the Administrative Code and other applicable provisions of this code and its referenced standards. Such construction documents shall be coordinated with architectural , structural and means of egress plans.",
    "metadata": {
      "section_full": "107.1",
      "parent_major": "107",
      "parent_minor": "107.1",
      "source": "025.txt"
    }
  },
  {
    "id": "107.2",
    "text": "CONTEXT: 107 > 107.2 | CONTENT: 107.2 107.2 Required documents. The applicant shall submit all of the documents specified in Sections 107.3 through [CONT.]: 107.2 Required documents. The applicant shall submit all of the documents specified in Sections 107.3 through [CONT.]: 107.2 Required documents. The applicant shall submit all of the documents specified in Sections 107.3 through [CONT.]: 107.2 Required documents. The applicant shall submit all of the documents specified in Sections 107.3 through [CONT.]: 107.2 Required documents. The applicant shall submit all of the documents specified in Sections 107.3 through",
    "metadata": {
      "section_full": "107.2",
      "parent_major": "107",
      "parent_minor": "107.2",
      "source": "025.txt"
    }
  },
  {
    "id": "107.10",
    "text": "CONTEXT: 107 > 107.10 | CONTENT: 107.10 107.10 as appropriate to the nature and extent of the work proposed. Construction documents shall indicate the heating, ventilation, refrigeration, and other mechanical work to be performed, so drawn as to conform to the architectural and structural aspects of the building and to show in detail compliance with this code. [CONT.]: 107.10 Energy efficiency. Construction documents shall include compliance documentation as required by the New York City Energy Conservation Code . [CONT.]: 107.10 as appropriate to the nature and extent of the work proposed. Construction documents shall indicate the heating, ventilation, refrigeration, and other mechanical work to be performed, so drawn as to conform to the architectural and structural aspects of the building and to show in detail compliance with this code. [CONT.]: 107.10 Energy efficiency. Construction documents shall include compliance documentation as required by the New York City Energy Conservation Code . [CONT.]: 107.10 as appropriate to the nature and extent of the work proposed. Construction documents shall indicate the heating, ventilation, refrigeration, and other mechanical work to be performed, so drawn as to conform to the architectural and structural aspects of the building and to show in detail compliance with this code. [CONT.]: 107.10 Energy efficiency. Construction documents shall include compliance documentation as required by the New York City Energy Conservation Code . [CONT.]: 107.10 as appropriate to the nature and extent of the work proposed. Construction documents shall indicate the heating, ventilation, refrigeration, and other mechanical work to be performed, so drawn as to conform to the architectural and structural aspects of the building and to show in detail compliance with this code. [CONT.]: 107.10 Energy efficiency. Construction documents shall include compliance documentation as required by the New York City Energy Conservation Code . [CONT.]: 107.10 as appropriate to the nature and extent of the work proposed. Construction documents shall indicate the heating, ventilation, refrigeration, and other mechanical work to be performed, so drawn as to conform to the architectural and structural aspects of the building and to show in detail compliance with this code. [CONT.]: 107.10 Energy efficiency. Construction documents shall include compliance documentation as required by the New York City Energy Conservation Code .",
    "metadata": {
      "section_full": "107.10",
      "parent_major": "107",
      "parent_minor": "107.10",
      "source": "025.txt"
    }
  },
  {
    "id": "107.2.1",
    "text": "CONTEXT: 107 > 107.2 | CONTENT: 107.2.1 107.2.1 Composite plans. Composite plan s showing compliance of architectural, structural, and mechanical parts of a building may be submitted provided that a clear understanding of each part is not impaired. [CONT.]: 107.2.1 Composite plans. Composite plan s showing compliance of architectural, structural, and mechanical parts of a building may be submitted provided that a clear understanding of each part is not impaired. [CONT.]: 107.2.1 Composite plans. Composite plan s showing compliance of architectural, structural, and mechanical parts of a building may be submitted provided that a clear understanding of each part is not impaired. [CONT.]: 107.2.1 Composite plans. Composite plan s showing compliance of architectural, structural, and mechanical parts of a building may be submitted provided that a clear understanding of each part is not impaired. [CONT.]: 107.2.1 Composite plans. Composite plan s showing compliance of architectural, structural, and mechanical parts of a building may be submitted provided that a clear understanding of each part is not impaired.",
    "metadata": {
      "section_full": "107.2.1",
      "parent_major": "107",
      "parent_minor": "107.2",
      "source": "025.txt"
    }
  },
  {
    "id": "107.3",
    "text": "CONTEXT: 107 > 107.3 | CONTENT: 107.3 107.3 Lot diagram. The lot diagram shall be provided where applicable to the work propo sed, including but not limited to the installation of exterior or rooftop equipment. [CONT.]: 107.3 Lot diagram. The lot diagram shall be provided where applicable to the work propo sed, including but not limited to the installation of exterior or rooftop equipment. [CONT.]: 107.3 Lot diagram. The lot diagram shall be provided where applicable to the work propo sed, including but not limited to the installation of exterior or rooftop equipment. [CONT.]: 107.3 Lot diagram. The lot diagram shall be provided where applicable to the work propo sed, including but not limited to the installation of exterior or rooftop equipment. [CONT.]: 107.3 Lot diagram. The lot diagram shall be provided where applicable to the work propo sed, including but not limited to the installation of exterior or rooftop equipment.",
    "metadata": {
      "section_full": "107.3",
      "parent_major": "107",
      "parent_minor": "107.3",
      "source": "025.txt"
    }
  },
  {
    "id": "107.4",
    "text": "CONTEXT: 107 > 107.4 | CONTENT: 107.4 107.4 Building classification statement. Where applicable to the proposed work, the statement shall identify: 1. The occupancy group or groups that apply to parts of the b uilding in accordance with Section 302 of the New York City Building Code ; 2. The occupancy group of the main use or dominant occupancy of the building; 3. The construction type of the building in accordance with Section 602 of the New York City Building C ode ; 4. The structural occupancy/risk category in accordance with Table 1604.5 of the New York City Building Code ; 5. The height of the building as defined in Section 202 of the New York City Building Code ; ADMINISTRATION 6. The applicable measurements to the highest and lowest level of Fire Department access; 7. Whether the building is inside or outside of the fire districts; and 8. Whether the building is inside or outside a flood hazard area as such term is defined in Chapter 2 of the New York City Building Code . 107 .5 Fuel - burning and fuel - oil storage equipment plans. Construction documents for fuel - burning and fuel - oil storage equipment shall contain plans that include the following data and information: 1. Diagrams of all distribution piping, including vent and fill piping for oil systems, and all safety cut - off and relief devices and valves in piping; indications of the sizes of distribution piping to be used and the fire - resistive ratings of the shafts or spaces containing distribution piping where required to be fire rated. 2. Diagrammatic floor plans showing the size, location, material for all fuel oil and transfer distribution piping and related equipment. 3. Floor plans or partial floor plans showing the location, operating pressure, layout, size, and listing information for all fuel - burning equipment, tanks, vents, and chimneys. The plans shall also indicate the method or means of providing air to the equipment space, including duct and opening sizes or means of direct venting. 4. Plans indicating the location and type of any relevant smoke and heat detectors, alarm and fire extinguishing systems. 5. Seismic protection and restraint details for piping and equipment as required by Chapter 16 of the New York City Building Code . 6. Details indicating the l ocation, size and materials for all breechings; the thickness and type of insulation materials; and the clearances from combustible walls, partitions, and ceiling; and the fire - resistive ratings of rooms and spaces containing the equipment. 7. Details desc ribing the type, material, listing information, height, and termination distances to adjacent properties and structures for chimneys and vents. 8. Details showing structural supports for fuel - burning equipment where required. 9. A statement as to the kind or grade of fuel to be used. 10. Plans indicating the location, arrangement, size, load, and maximum capacity of the burning, storage and fuel - pumping equipment. 11. In special flood hazard areas, construction documents shall comply with Appendix G of the New York City Building Code . [CONT.]: 107.4 Building classification statement. Where applicable to the proposed work, the statement shall identify: 1. The occupancy group or groups that apply to parts of the b uilding in accordance with Section 302 of the New York City Building Code ; 2. The occupancy group of the main use or dominant occupancy of the building; 3. The construction type of the building in accordance with Section 602 of the New York City Building C ode ; 4. The structural occupancy/risk category in accordance with Table 1604.5 of the New York City Building Code ; 5. The height of the building as defined in Section 202 of the New York City Building Code ; ADMINISTRATION 6. The applicable measurements to the highest and lowest level of Fire Department access; 7. Whether the building is inside or outside of the fire districts; and 8. Whether the building is inside or outside a flood hazard area as such term is defined in Chapter 2 of the New York City Building Code . 107 .5 Fuel - burning and fuel - oil storage equipment plans. Construction documents for fuel - burning and fuel - oil storage equipment shall contain plans that include the following data and information: 1. Diagrams of all distribution piping, including vent and fill piping for oil systems, and all safety cut - off and relief devices and valves in piping; indications of the sizes of distribution piping to be used and the fire - resistive ratings of the shafts or spaces containing distribution piping where required to be fire rated. 2. Diagrammatic floor plans showing the size, location, material for all fuel oil and transfer distribution piping and related equipment. 3. Floor plans or partial floor plans showing the location, operating pressure, layout, size, and listing information for all fuel - burning equipment, tanks, vents, and chimneys. The plans shall also indicate the method or means of providing air to the equipment space, including duct and opening sizes or means of direct venting. 4. Plans indicating the location and type of any relevant smoke and heat detectors, alarm and fire extinguishing systems. 5. Seismic protection and restraint details for piping and equipment as required by Chapter 16 of the New York City Building Code . 6. Details indicating the l ocation, size and materials for all breechings; the thickness and type of insulation materials; and the clearances from combustible walls, partitions, and ceiling; and the fire - resistive ratings of rooms and spaces containing the equipment. 7. Details desc ribing the type, material, listing information, height, and termination distances to adjacent properties and structures for chimneys and vents. 8. Details showing structural supports for fuel - burning equipment where required. 9. A statement as to the kind or grade of fuel to be used. 10. Plans indicating the location, arrangement, size, load, and maximum capacity of the burning, storage and fuel - pumping equipment. 11. In special flood hazard areas, construction documents shall comply with Appendix G of the New York City Building Code . [CONT.]: 107.4 Building classification statement. Where applicable to the proposed work, the statement shall identify: 1. The occupancy group or groups that apply to parts of the b uilding in accordance with Section 302 of the New York City Building Code ; 2. The occupancy group of the main use or dominant occupancy of the building; 3. The construction type of the building in accordance with Section 602 of the New York City Building C ode ; 4. The structural occupancy/risk category in accordance with Table 1604.5 of the New York City Building Code ; 5. The height of the building as defined in Section 202 of the New York City Building Code ; ADMINISTRATION 6. The applicable measurements to the highest and lowest level of Fire Department access; 7. Whether the building is inside or outside of the fire districts; and 8. Whether the building is inside or outside a flood hazard area as such term is defined in Chapter 2 of the New York City Building Code . 107 .5 Fuel - burning and fuel - oil storage equipment plans. Construction documents for fuel - burning and fuel - oil storage equipment shall contain plans that include the following data and information: 1. Diagrams of all distribution piping, including vent and fill piping for oil systems, and all safety cut - off and relief devices and valves in piping; indications of the sizes of distribution piping to be used and the fire - resistive ratings of the shafts or spaces containing distribution piping where required to be fire rated. 2. Diagrammatic floor plans showing the size, location, material for all fuel oil and transfer distribution piping and related equipment. 3. Floor plans or partial floor plans showing the location, operating pressure, layout, size, and listing information for all fuel - burning equipment, tanks, vents, and chimneys. The plans shall also indicate the method or means of providing air to the equipment space, including duct and opening sizes or means of direct venting. 4. Plans indicating the location and type of any relevant smoke and heat detectors, alarm and fire extinguishing systems. 5. Seismic protection and restraint details for piping and equipment as required by Chapter 16 of the New York City Building Code . 6. Details indicating the l ocation, size and materials for all breechings; the thickness and type of insulation materials; and the clearances from combustible walls, partitions, and ceiling; and the fire - resistive ratings of rooms and spaces containing the equipment. 7. Details desc ribing the type, material, listing information, height, and termination distances to adjacent properties and structures for chimneys and vents. 8. Details showing structural supports for fuel - burning equipment where required. 9. A statement as to the kind or grade of fuel to be used. 10. Plans indicating the location, arrangement, size, load, and maximum capacity of the burning, storage and fuel - pumping equipment. 11. In special flood hazard areas, construction documents shall comply with Appendix G of the New York City Building Code . [CONT.]: 107.4 Building classification statement. Where applicable to the proposed work, the statement shall identify: 1. The occupancy group or groups that apply to parts of the b uilding in accordance with Section 302 of the New York City Building Code ; 2. The occupancy group of the main use or dominant occupancy of the building; 3. The construction type of the building in accordance with Section 602 of the New York City Building C ode ; 4. The structural occupancy/risk category in accordance with Table 1604.5 of the New York City Building Code ; 5. The height of the building as defined in Section 202 of the New York City Building Code ; ADMINISTRATION 6. The applicable measurements to the highest and lowest level of Fire Department access; 7. Whether the building is inside or outside of the fire districts; and 8. Whether the building is inside or outside a flood hazard area as such term is defined in Chapter 2 of the New York City Building Code . 107 .5 Fuel - burning and fuel - oil storage equipment plans. Construction documents for fuel - burning and fuel - oil storage equipment shall contain plans that include the following data and information: 1. Diagrams of all distribution piping, including vent and fill piping for oil systems, and all safety cut - off and relief devices and valves in piping; indications of the sizes of distribution piping to be used and the fire - resistive ratings of the shafts or spaces containing distribution piping where required to be fire rated. 2. Diagrammatic floor plans showing the size, location, material for all fuel oil and transfer distribution piping and related equipment. 3. Floor plans or partial floor plans showing the location, operating pressure, layout, size, and listing information for all fuel - burning equipment, tanks, vents, and chimneys. The plans shall also indicate the method or means of providing air to the equipment space, including duct and opening sizes or means of direct venting. 4. Plans indicating the location and type of any relevant smoke and heat detectors, alarm and fire extinguishing systems. 5. Seismic protection and restraint details for piping and equipment as required by Chapter 16 of the New York City Building Code . 6. Details indicating the l ocation, size and materials for all breechings; the thickness and type of insulation materials; and the clearances from combustible walls, partitions, and ceiling; and the fire - resistive ratings of rooms and spaces containing the equipment. 7. Details desc ribing the type, material, listing information, height, and termination distances to adjacent properties and structures for chimneys and vents. 8. Details showing structural supports for fuel - burning equipment where required. 9. A statement as to the kind or grade of fuel to be used. 10. Plans indicating the location, arrangement, size, load, and maximum capacity of the burning, storage and fuel - pumping equipment. 11. In special flood hazard areas, construction documents shall comply with Appendix G of the New York City Building Code . [CONT.]: 107.4 Building classification statement. Where applicable to the proposed work, the statement shall identify: 1. The occupancy group or groups that apply to parts of the b uilding in accordance with Section 302 of the New York City Building Code ; 2. The occupancy group of the main use or dominant occupancy of the building; 3. The construction type of the building in accordance with Section 602 of the New York City Building C ode ; 4. The structural occupancy/risk category in accordance with Table 1604.5 of the New York City Building Code ; 5. The height of the building as defined in Section 202 of the New York City Building Code ; ADMINISTRATION 6. The applicable measurements to the highest and lowest level of Fire Department access; 7. Whether the building is inside or outside of the fire districts; and 8. Whether the building is inside or outside a flood hazard area as such term is defined in Chapter 2 of the New York City Building Code . 107 .5 Fuel - burning and fuel - oil storage equipment plans. Construction documents for fuel - burning and fuel - oil storage equipment shall contain plans that include the following data and information: 1. Diagrams of all distribution piping, including vent and fill piping for oil systems, and all safety cut - off and relief devices and valves in piping; indications of the sizes of distribution piping to be used and the fire - resistive ratings of the shafts or spaces containing distribution piping where required to be fire rated. 2. Diagrammatic floor plans showing the size, location, material for all fuel oil and transfer distribution piping and related equipment. 3. Floor plans or partial floor plans showing the location, operating pressure, layout, size, and listing information for all fuel - burning equipment, tanks, vents, and chimneys. The plans shall also indicate the method or means of providing air to the equipment space, including duct and opening sizes or means of direct venting. 4. Plans indicating the location and type of any relevant smoke and heat detectors, alarm and fire extinguishing systems. 5. Seismic protection and restraint details for piping and equipment as required by Chapter 16 of the New York City Building Code . 6. Details indicating the l ocation, size and materials for all breechings; the thickness and type of insulation materials; and the clearances from combustible walls, partitions, and ceiling; and the fire - resistive ratings of rooms and spaces containing the equipment. 7. Details desc ribing the type, material, listing information, height, and termination distances to adjacent properties and structures for chimneys and vents. 8. Details showing structural supports for fuel - burning equipment where required. 9. A statement as to the kind or grade of fuel to be used. 10. Plans indicating the location, arrangement, size, load, and maximum capacity of the burning, storage and fuel - pumping equipment. 11. In special flood hazard areas, construction documents shall comply with Appendix G of the New York City Building Code .",
    "metadata": {
      "section_full": "107.4",
      "parent_major": "107",
      "parent_minor": "107.4",
      "source": "025.txt"
    }
  },
  {
    "id": "107.6",
    "text": "CONTEXT: 107 > 107.6 | CONTENT: 107.6 107.6 Heating systems. Construction documents for heating systems shall include the temperature to be maintained in every room and the output capacity in BTU per hour of the central heating source. [CONT.]: 107.6 Heating systems. Construction documents for heating systems shall include the temperature to be maintained in every room and the output capacity in BTU per hour of the central heating source. [CONT.]: 107.6 Heating systems. Construction documents for heating systems shall include the temperature to be maintained in every room and the output capacity in BTU per hour of the central heating source. [CONT.]: 107.6 Heating systems. Construction documents for heating systems shall include the temperature to be maintained in every room and the output capacity in BTU per hour of the central heating source. [CONT.]: 107.6 Heating systems. Construction documents for heating systems shall include the temperature to be maintained in every room and the output capacity in BTU per hour of the central heating source.",
    "metadata": {
      "section_full": "107.6",
      "parent_major": "107",
      "parent_minor": "107.6",
      "source": "025.txt"
    }
  },
  {
    "id": "107.7",
    "text": "CONTEXT: 107 > 107.7 | CONTENT: 107.7 107.7 Boilers. Construction d ocuments for boiler installations shall indicate the output capacity in BTU per hour, the operating weight of each boiler, the pressure setting of the relief valves, and such other data and information as required by this code. [CONT.]: 107.7 Boilers. Construction d ocuments for boiler installations shall indicate the output capacity in BTU per hour, the operating weight of each boiler, the pressure setting of the relief valves, and such other data and information as required by this code. [CONT.]: 107.7 Boilers. Construction d ocuments for boiler installations shall indicate the output capacity in BTU per hour, the operating weight of each boiler, the pressure setting of the relief valves, and such other data and information as required by this code. [CONT.]: 107.7 Boilers. Construction d ocuments for boiler installations shall indicate the output capacity in BTU per hour, the operating weight of each boiler, the pressure setting of the relief valves, and such other data and information as required by this code. [CONT.]: 107.7 Boilers. Construction d ocuments for boiler installations shall indicate the output capacity in BTU per hour, the operating weight of each boiler, the pressure setting of the relief valves, and such other data and information as required by this code.",
    "metadata": {
      "section_full": "107.7",
      "parent_major": "107",
      "parent_minor": "107.7",
      "source": "025.txt"
    }
  },
  {
    "id": "107.8",
    "text": "CONTEXT: 107 > 107.8 | CONTENT: 107.8 107.8 Air - conditioning and v entilating systems. Construction documents for air - conditioning and ventilating systems shall contain plans that include the following data and information: 1. The location and sizes of all ducts; the location of all fire and smoke dampers, motors, fans, a nd filters; the type, air capacity, and size of all equipment; and where not shown on accompanying structural plans, the operating weight and manner of support of equipment. 2. The locations of smoke detecting devices. 3. The location and size of the fresh air intake, the design population, and the required ventilation for each room or space. 4. The amount of air to be exhausted or supplied from each outlet for each room or space. 5. In the case of ventilating or exhaust systems for ranges, fryers, ovens, a nd other similar types of restaurant or bakery equipment, for which a hood is required, the plans shall also show the type of extinguishing system, the location of heat detection devices, nozzles, piping, gas controls, manual and automatic control valves, method ADMINISTRATION of joining ducts, method and location of discharging exhaust from building, the location of break - glass controls, and the quantity in cfm designed for each hood. 6. The safety group classification of refrigerant utilized, if any. 7. The refrigerant concentration limit calculations and routing of all refrigerant piping for any air - conditioning system that contains more than 6.6 pounds (3.0 kg) of refrigerant. Refer to Chapter 11 for refrigerant piping requirements. [CONT.]: 107.8 Air - conditioning and v entilating systems. Construction documents for air - conditioning and ventilating systems shall contain plans that include the following data and information: 1. The location and sizes of all ducts; the location of all fire and smoke dampers, motors, fans, a nd filters; the type, air capacity, and size of all equipment; and where not shown on accompanying structural plans, the operating weight and manner of support of equipment. 2. The locations of smoke detecting devices. 3. The location and size of the fresh air intake, the design population, and the required ventilation for each room or space. 4. The amount of air to be exhausted or supplied from each outlet for each room or space. 5. In the case of ventilating or exhaust systems for ranges, fryers, ovens, a nd other similar types of restaurant or bakery equipment, for which a hood is required, the plans shall also show the type of extinguishing system, the location of heat detection devices, nozzles, piping, gas controls, manual and automatic control valves, method ADMINISTRATION of joining ducts, method and location of discharging exhaust from building, the location of break - glass controls, and the quantity in cfm designed for each hood. 6. The safety group classification of refrigerant utilized, if any. 7. The refrigerant concentration limit calculations and routing of all refrigerant piping for any air - conditioning system that contains more than 6.6 pounds (3.0 kg) of refrigerant. Refer to Chapter 11 for refrigerant piping requirements. [CONT.]: 107.8 Air - conditioning and v entilating systems. Construction documents for air - conditioning and ventilating systems shall contain plans that include the following data and information: 1. The location and sizes of all ducts; the location of all fire and smoke dampers, motors, fans, a nd filters; the type, air capacity, and size of all equipment; and where not shown on accompanying structural plans, the operating weight and manner of support of equipment. 2. The locations of smoke detecting devices. 3. The location and size of the fresh air intake, the design population, and the required ventilation for each room or space. 4. The amount of air to be exhausted or supplied from each outlet for each room or space. 5. In the case of ventilating or exhaust systems for ranges, fryers, ovens, a nd other similar types of restaurant or bakery equipment, for which a hood is required, the plans shall also show the type of extinguishing system, the location of heat detection devices, nozzles, piping, gas controls, manual and automatic control valves, method ADMINISTRATION of joining ducts, method and location of discharging exhaust from building, the location of break - glass controls, and the quantity in cfm designed for each hood. 6. The safety group classification of refrigerant utilized, if any. 7. The refrigerant concentration limit calculations and routing of all refrigerant piping for any air - conditioning system that contains more than 6.6 pounds (3.0 kg) of refrigerant. Refer to Chapter 11 for refrigerant piping requirements. [CONT.]: 107.8 Air - conditioning and v entilating systems. Construction documents for air - conditioning and ventilating systems shall contain plans that include the following data and information: 1. The location and sizes of all ducts; the location of all fire and smoke dampers, motors, fans, a nd filters; the type, air capacity, and size of all equipment; and where not shown on accompanying structural plans, the operating weight and manner of support of equipment. 2. The locations of smoke detecting devices. 3. The location and size of the fresh air intake, the design population, and the required ventilation for each room or space. 4. The amount of air to be exhausted or supplied from each outlet for each room or space. 5. In the case of ventilating or exhaust systems for ranges, fryers, ovens, a nd other similar types of restaurant or bakery equipment, for which a hood is required, the plans shall also show the type of extinguishing system, the location of heat detection devices, nozzles, piping, gas controls, manual and automatic control valves, method ADMINISTRATION of joining ducts, method and location of discharging exhaust from building, the location of break - glass controls, and the quantity in cfm designed for each hood. 6. The safety group classification of refrigerant utilized, if any. 7. The refrigerant concentration limit calculations and routing of all refrigerant piping for any air - conditioning system that contains more than 6.6 pounds (3.0 kg) of refrigerant. Refer to Chapter 11 for refrigerant piping requirements. [CONT.]: 107.8 Air - conditioning and v entilating systems. Construction documents for air - conditioning and ventilating systems shall contain plans that include the following data and information: 1. The location and sizes of all ducts; the location of all fire and smoke dampers, motors, fans, a nd filters; the type, air capacity, and size of all equipment; and where not shown on accompanying structural plans, the operating weight and manner of support of equipment. 2. The locations of smoke detecting devices. 3. The location and size of the fresh air intake, the design population, and the required ventilation for each room or space. 4. The amount of air to be exhausted or supplied from each outlet for each room or space. 5. In the case of ventilating or exhaust systems for ranges, fryers, ovens, a nd other similar types of restaurant or bakery equipment, for which a hood is required, the plans shall also show the type of extinguishing system, the location of heat detection devices, nozzles, piping, gas controls, manual and automatic control valves, method ADMINISTRATION of joining ducts, method and location of discharging exhaust from building, the location of break - glass controls, and the quantity in cfm designed for each hood. 6. The safety group classification of refrigerant utilized, if any. 7. The refrigerant concentration limit calculations and routing of all refrigerant piping for any air - conditioning system that contains more than 6.6 pounds (3.0 kg) of refrigerant. Refer to Chapter 11 for refrigerant piping requirements.",
    "metadata": {
      "section_full": "107.8",
      "parent_major": "107",
      "parent_minor": "107.8",
      "source": "025.txt"
    }
  },
  {
    "id": "107.9",
    "text": "CONTEXT: 107 > 107.9 | CONTENT: 107.9 107.9 Refrigerating systems. Constru ction documents for refrigerating systems shall contain plans that include the following data and information: 1. The location of all machinery; the horsepower of compressors; the type and number of pounds of refrigerant to be used; and the air quantities for, and means of, ventilating the machinery space. 2. The location of refrigerant detectors and emergency switches for compressors and for ventilation in the machinery rooms. 3. The location of pressure relief piping and any city water connections and wat er - saving devices. 4. The tonnage capacity of the machine and the suction and discharge pressures at which the machine is rated. 5. The operating weight of the equipment. 6. The safety group classification of refrigerant utilized. 7. The refrigerant concen tration limit calculations and routing of all refrigerant piping for any refrigerating system that contains more than 6.6 pounds (3.0 kg) of refrigerant. Refer to Chapter 11 for refrigerant piping requirements. [CONT.]: 107.9 Refrigerating systems. Constru ction documents for refrigerating systems shall contain plans that include the following data and information: 1. The location of all machinery; the horsepower of compressors; the type and number of pounds of refrigerant to be used; and the air quantities for, and means of, ventilating the machinery space. 2. The location of refrigerant detectors and emergency switches for compressors and for ventilation in the machinery rooms. 3. The location of pressure relief piping and any city water connections and wat er - saving devices. 4. The tonnage capacity of the machine and the suction and discharge pressures at which the machine is rated. 5. The operating weight of the equipment. 6. The safety group classification of refrigerant utilized. 7. The refrigerant concen tration limit calculations and routing of all refrigerant piping for any refrigerating system that contains more than 6.6 pounds (3.0 kg) of refrigerant. Refer to Chapter 11 for refrigerant piping requirements. [CONT.]: 107.9 Refrigerating systems. Constru ction documents for refrigerating systems shall contain plans that include the following data and information: 1. The location of all machinery; the horsepower of compressors; the type and number of pounds of refrigerant to be used; and the air quantities for, and means of, ventilating the machinery space. 2. The location of refrigerant detectors and emergency switches for compressors and for ventilation in the machinery rooms. 3. The location of pressure relief piping and any city water connections and wat er - saving devices. 4. The tonnage capacity of the machine and the suction and discharge pressures at which the machine is rated. 5. The operating weight of the equipment. 6. The safety group classification of refrigerant utilized. 7. The refrigerant concen tration limit calculations and routing of all refrigerant piping for any refrigerating system that contains more than 6.6 pounds (3.0 kg) of refrigerant. Refer to Chapter 11 for refrigerant piping requirements. [CONT.]: 107.9 Refrigerating systems. Constru ction documents for refrigerating systems shall contain plans that include the following data and information: 1. The location of all machinery; the horsepower of compressors; the type and number of pounds of refrigerant to be used; and the air quantities for, and means of, ventilating the machinery space. 2. The location of refrigerant detectors and emergency switches for compressors and for ventilation in the machinery rooms. 3. The location of pressure relief piping and any city water connections and wat er - saving devices. 4. The tonnage capacity of the machine and the suction and discharge pressures at which the machine is rated. 5. The operating weight of the equipment. 6. The safety group classification of refrigerant utilized. 7. The refrigerant concen tration limit calculations and routing of all refrigerant piping for any refrigerating system that contains more than 6.6 pounds (3.0 kg) of refrigerant. Refer to Chapter 11 for refrigerant piping requirements. [CONT.]: 107.9 Refrigerating systems. Constru ction documents for refrigerating systems shall contain plans that include the following data and information: 1. The location of all machinery; the horsepower of compressors; the type and number of pounds of refrigerant to be used; and the air quantities for, and means of, ventilating the machinery space. 2. The location of refrigerant detectors and emergency switches for compressors and for ventilation in the machinery rooms. 3. The location of pressure relief piping and any city water connections and wat er - saving devices. 4. The tonnage capacity of the machine and the suction and discharge pressures at which the machine is rated. 5. The operating weight of the equipment. 6. The safety group classification of refrigerant utilized. 7. The refrigerant concen tration limit calculations and routing of all refrigerant piping for any refrigerating system that contains more than 6.6 pounds (3.0 kg) of refrigerant. Refer to Chapter 11 for refrigerant piping requirements.",
    "metadata": {
      "section_full": "107.9",
      "parent_major": "107",
      "parent_minor": "107.9",
      "source": "025.txt"
    }
  },
  {
    "id": "107.11",
    "text": "CONTEXT: 107 > 107.11 | CONTENT: 107.11 107.11 Retention of construction and submittal documents. Refer to Section 28 - [CONT.]: 107.11 Retention of construction and submittal documents. Refer to Section 28 - [CONT.]: 107.11 Retention of construction and submittal documents. Refer to Section 28 - [CONT.]: 107.11 Retention of construction and submittal documents. Refer to Section 28 - [CONT.]: 107.11 Retention of construction and submittal documents. Refer to Section 28 -",
    "metadata": {
      "section_full": "107.11",
      "parent_major": "107",
      "parent_minor": "107.11",
      "source": "025.txt"
    }
  },
  {
    "id": "108.1",
    "text": "CONTEXT: 108 > 108.1 | CONTENT: 108.1 108.1 General. Except as otherwise specified, inspections required by this code or by the department during the progress of work may be performed on behalf of the owner by approved agencies or, if applicable, by special inspectors. However, in the interest of public safety, the commissioner may direct that any of such inspections be performed by the department. All inspections shall be performed at the sole cost and expense of the owner. Refer to Article 116 of Chapter 1 of Title 28 of the Administrative Code for additional provisions relating to inspections. [CONT.]: 108.1 General. Except as otherwise specified, inspections required by this code or by the department during the progress of work may be performed on behalf of the owner by approved agencies or, if applicable, by special inspectors. However, in the interest of public safety, the commissioner may direct that any of such inspections be performed by the department. All inspections shall be performed at the sole cost and expense of the owner. Refer to Article 116 of Chapter 1 of Title 28 of the Administrative Code for additional provisions relating to inspections. [CONT.]: 108.1 General. Except as otherwise specified, inspections required by this code or by the department during the progress of work may be performed on behalf of the owner by approved agencies or, if applicable, by special inspectors. However, in the interest of public safety, the commissioner may direct that any of such inspections be performed by the department. All inspections shall be performed at the sole cost and expense of the owner. Refer to Article 116 of Chapter 1 of Title 28 of the Administrative Code for additional provisions relating to inspections. [CONT.]: 108.1 General. Except as otherwise specified, inspections required by this code or by the department during the progress of work may be performed on behalf of the owner by approved agencies or, if applicable, by special inspectors. However, in the interest of public safety, the commissioner may direct that any of such inspections be performed by the department. All inspections shall be performed at the sole cost and expense of the owner. Refer to Article 116 of Chapter 1 of Title 28 of the Administrative Code for additional provisions relating to inspections. [CONT.]: 108.1 General. Except as otherwise specified, inspections required by this code or by the department during the progress of work may be performed on behalf of the owner by approved agencies or, if applicable, by special inspectors. However, in the interest of public safety, the commissioner may direct that any of such inspections be performed by the department. All inspections shall be performed at the sole cost and expense of the owner. Refer to Article 116 of Chapter 1 of Title 28 of the Administrative Code for additional provisions relating to inspections.",
    "metadata": {
      "section_full": "108.1",
      "parent_major": "108",
      "parent_minor": "108.1",
      "source": "025.txt"
    }
  },
  {
    "id": "108.2",
    "text": "CONTEXT: 108 > 108.2 | CONTENT: 108.2 108.2 Required inspections and testing. In addition to any inspections otherwise required by this code or applicable rules, the following inspections shall be required: 1. Progre ss inspections. 1.1. Underground inspection and/or testing of installed piping, valves, fittings, support structures, anti - corrosion equipment and associated underground components shall be made before backfill is put in place. When excavated soil contains rocks, broken concrete, frozen chunks and other rubble that would damage or break the piping or cause corrosive action, clean backfill shall be on the job site ready for use in backfilling. Exception: Ground - source heat pump loop systems tested and backfi lled in accordance with Section 1210 shall be permitted to be backfilled prior to inspection. 1.2. Rough - in inspection shall be made after the roof, framing, fireblocking and bracing are in place and all ducting and other components to be concealed are com plete, and prior to the installation of wall or ceiling membranes. 1.3. Inspections required by the New York City Energy Conservation Code shall be made in accordance with the rules of the department, as applicable. 2. Special inspections. Special inspections shall be performed in accordance with this code and Chapter 17 of the New York City Building Code . CHAPTER 1 ADMINISTRATION SECTION MC 101 GENERAL [CONT.]: 108.2 Required inspections and testing. In addition to any inspections otherwise required by this code or applicable rules, the following inspections shall be required: 1. Progre ss inspections. 1.1. Underground inspection and/or testing of installed piping, valves, fittings, support structures, anti - corrosion equipment and associated underground components shall be made before backfill is put in place. When excavated soil contains rocks, broken concrete, frozen chunks and other rubble that would damage or break the piping or cause corrosive action, clean backfill shall be on the job site ready for use in backfilling. Exception: Ground - source heat pump loop systems tested and backfi lled in accordance with Section 1210 shall be permitted to be backfilled prior to inspection. 1.2. Rough - in inspection shall be made after the roof, framing, fireblocking and bracing are in place and all ducting and other components to be concealed are com plete, and prior to the installation of wall or ceiling membranes. 1.3. Inspections required by the New York City Energy Conservation Code shall be made in accordance with the rules of the department, as applicable. 2. Special inspections. Special inspections shall be performed in accordance with this code and Chapter 17 of the New York City Building Code . ADMINISTRATION 3. Final inspection. Refer to Article 116 of Chapter 1 of Title 28 of the Administrative Code . 4. Issuance of certificate of compliance. Upon satisfactory inspection of service equipment and the satisfaction of all the requirements for sign - off, the department shall issue a certificate of compliance as applicable for the following service equipment: 4.1. Air - conditioning and ventilation sys tems, 4.2. Fuel - burning and fuel - oil storage equipment, including generators, 4.3. Refrigeration systems, 4.4. Heating systems, and 4.5. Boilers. The requirements of Section 108.2 shall not be considered to prohibit the operation of any heating equipment o r appliances installed to replace existing heating equipment or appliances serving an occupied portion of a structure provided that a request for inspection of such heating equipment or appliances has been filed with the department not more than 48 hours a fter such replacement work is completed, and all required inspections are performed before any portion of such equipment or appliances is concealed by any permanent portion of the structure. [CONT.]: 108.2 Required inspections and testing. In addition to any inspections otherwise required by this code or applicable rules, the following inspections shall be required: 1. Progre ss inspections. 1.1. Underground inspection and/or testing of installed piping, valves, fittings, support structures, anti - corrosion equipment and associated underground components shall be made before backfill is put in place. When excavated soil contains rocks, broken concrete, frozen chunks and other rubble that would damage or break the piping or cause corrosive action, clean backfill shall be on the job site ready for use in backfilling. Exception: Ground - source heat pump loop systems tested and backfi lled in accordance with Section 1210 shall be permitted to be backfilled prior to inspection. 1.2. Rough - in inspection shall be made after the roof, framing, fireblocking and bracing are in place and all ducting and other components to be concealed are com plete, and prior to the installation of wall or ceiling membranes. 1.3. Inspections required by the New York City Energy Conservation Code shall be made in accordance with the rules of the department, as applicable. 2. Special inspections. Special inspections shall be performed in accordance with this code and Chapter 17 of the New York City Building Code . ADMINISTRATION 3. Final inspection. Refer to Article 116 of Chapter 1 of Title 28 of the Administrative Code . 4. Issuance of certificate of compliance. Upon satisfactory inspection of service equipment and the satisfaction of all the requirements for sign - off, the department shall issue a certificate of compliance as applicable for the following service equipment: 4.1. Air - conditioning and ventilation sys tems, 4.2. Fuel - burning and fuel - oil storage equipment, including generators, 4.3. Refrigeration systems, 4.4. Heating systems, and 4.5. Boilers. The requirements of Section 108.2 shall not be considered to prohibit the operation of any heating equipment o r appliances installed to replace existing heating equipment or appliances serving an occupied portion of a structure provided that a request for inspection of such heating equipment or appliances has been filed with the department not more than 48 hours a fter such replacement work is completed, and all required inspections are performed before any portion of such equipment or appliances is concealed by any permanent portion of the structure. [CONT.]: 108.2 Required inspections and testing. In addition to any inspections otherwise required by this code or applicable rules, the following inspections shall be required: 1. Progre ss inspections. 1.1. Underground inspection and/or testing of installed piping, valves, fittings, support structures, anti - corrosion equipment and associated underground components shall be made before backfill is put in place. When excavated soil contains rocks, broken concrete, frozen chunks and other rubble that would damage or break the piping or cause corrosive action, clean backfill shall be on the job site ready for use in backfilling. Exception: Ground - source heat pump loop systems tested and backfi lled in accordance with Section 1210 shall be permitted to be backfilled prior to inspection. 1.2. Rough - in inspection shall be made after the roof, framing, fireblocking and bracing are in place and all ducting and other components to be concealed are com plete, and prior to the installation of wall or ceiling membranes. 1.3. Inspections required by the New York City Energy Conservation Code shall be made in accordance with the rules of the department, as applicable. 2. Special inspections. Special inspections shall be performed in accordance with this code and Chapter 17 of the New York City Building Code . ADMINISTRATION 3. Final inspection. Refer to Article 116 of Chapter 1 of Title 28 of the Administrative Code . 4. Issuance of certificate of compliance. Upon satisfactory inspection of service equipment and the satisfaction of all the requirements for sign - off, the department shall issue a certificate of compliance as applicable for the following service equipment: 4.1. Air - conditioning and ventilation sys tems, 4.2. Fuel - burning and fuel - oil storage equipment, including generators, 4.3. Refrigeration systems, 4.4. Heating systems, and 4.5. Boilers. The requirements of Section 108.2 shall not be considered to prohibit the operation of any heating equipment o r appliances installed to replace existing heating equipment or appliances serving an occupied portion of a structure provided that a request for inspection of such heating equipment or appliances has been filed with the department not more than 48 hours a fter such replacement work is completed, and all required inspections are performed before any portion of such equipment or appliances is concealed by any permanent portion of the structure. [CONT.]: 108.2 Required inspections and testing. In addition to any inspections otherwise required by this code or applicable rules, the following inspections shall be required: 1. Progre ss inspections. 1.1. Underground inspection and/or testing of installed piping, valves, fittings, support structures, anti - corrosion equipment and associated underground components shall be made before backfill is put in place. When excavated soil contains rocks, broken concrete, frozen chunks and other rubble that would damage or break the piping or cause corrosive action, clean backfill shall be on the job site ready for use in backfilling. Exception: Ground - source heat pump loop systems tested and backfi lled in accordance with Section 1210 shall be permitted to be backfilled prior to inspection. 1.2. Rough - in inspection shall be made after the roof, framing, fireblocking and bracing are in place and all ducting and other components to be concealed are com plete, and prior to the installation of wall or ceiling membranes. 1.3. Inspections required by the New York City Energy Conservation Code shall be made in accordance with the rules of the department, as applicable. 2. Special inspections. Special inspections shall be performed in accordance with this code and Chapter 17 of the New York City Building Code . ADMINISTRATION 3. Final inspection. Refer to Article 116 of Chapter 1 of Title 28 of the Administrative Code . 4. Issuance of certificate of compliance. Upon satisfactory inspection of service equipment and the satisfaction of all the requirements for sign - off, the department shall issue a certificate of compliance as applicable for the following service equipment: 4.1. Air - conditioning and ventilation sys tems, 4.2. Fuel - burning and fuel - oil storage equipment, including generators, 4.3. Refrigeration systems, 4.4. Heating systems, and 4.5. Boilers. The requirements of Section 108.2 shall not be considered to prohibit the operation of any heating equipment o r appliances installed to replace existing heating equipment or appliances serving an occupied portion of a structure provided that a request for inspection of such heating equipment or appliances has been filed with the department not more than 48 hours a fter such replacement work is completed, and all required inspections are performed before any portion of such equipment or appliances is concealed by any permanent portion of the structure.",
    "metadata": {
      "section_full": "108.2",
      "parent_major": "108",
      "parent_minor": "108.2",
      "source": "025.txt"
    }
  },
  {
    "id": "108.2.1",
    "text": "CONTEXT: 108 > 108.2 | CONTENT: 108.2.1 108.2.1 Approved inspection agencies. Refer to Articles 114 and 1 15 of Chapter 1 of Title 28 of the Administrative Code . [CONT.]: 108.2.1 Approved inspection agencies. Refer to Articles 114 and 1 15 of Chapter 1 of Title 28 of the Administrative Code . [CONT.]: 108.2.1 Approved inspection agencies. Refer to Articles 114 and 1 15 of Chapter 1 of Title 28 of the Administrative Code . [CONT.]: 108.2.1 Approved inspection agencies. Refer to Articles 114 and 1 15 of Chapter 1 of Title 28 of the Administrative Code .",
    "metadata": {
      "section_full": "108.2.1",
      "parent_major": "108",
      "parent_minor": "108.2",
      "source": "025.txt"
    }
  },
  {
    "id": "108.2.2",
    "text": "CONTEXT: 108 > 108.2 | CONTENT: 108.2.2 108.2.2 Inspection of prefabricated construction assemblies. Prior to the approval of a prefabricated construction assembly having concealed mechanical work and the issuance of a permit, the departmen t shall require the submittal of an evaluation report by an approved agency on each prefabricated construction assembly, indicating the complete details of the mechanical system, including a description of the system and its components, the basis upon whic h the system is being evaluated, test results and similar information, and other data as necessary for the commissioner to determine conformance to this code. [CONT.]: 108.2.2 Inspection of prefabricated construction assemblies. Prior to the approval of a prefabricated construction assembly having concealed mechanical work and the issuance of a permit, the departmen t shall require the submittal of an evaluation report by an approved agency on each prefabricated construction assembly, indicating the complete details of the mechanical system, including a description of the system and its components, the basis upon whic h the system is being evaluated, test results and similar information, and other data as necessary for the commissioner to determine conformance to this code. [CONT.]: 108.2.2 Inspection of prefabricated construction assemblies. Prior to the approval of a prefabricated construction assembly having concealed mechanical work and the issuance of a permit, the departmen t shall require the submittal of an evaluation report by an approved agency on each prefabricated construction assembly, indicating the complete details of the mechanical system, including a description of the system and its components, the basis upon whic h the system is being evaluated, test results and similar information, and other data as necessary for the commissioner to determine conformance to this code. [CONT.]: 108.2.2 Inspection of prefabricated construction assemblies. Prior to the approval of a prefabricated construction assembly having concealed mechanical work and the issuance of a permit, the departmen t shall require the submittal of an evaluation report by an approved agency on each prefabricated construction assembly, indicating the complete details of the mechanical system, including a description of the system and its components, the basis upon whic h the system is being evaluated, test results and similar information, and other data as necessary for the commissioner to determine conformance to this code.",
    "metadata": {
      "section_full": "108.2.2",
      "parent_major": "108",
      "parent_minor": "108.2",
      "source": "025.txt"
    }
  },
  {
    "id": "108.2.2.1",
    "text": "CONTEXT: 108 > 108.2 | CONTENT: 108.2.2.1 108.2.2.1 Test and inspection records. Required test and inspection records shall be available to the commissioner at all times during the fabrication of the mechanical system and the erection of the building; or such records as the commissioner designates shall be filed. [CONT.]: 108.2.2.1 Test and inspection records. Required test and inspection records shall be available to the commissioner at all times during the fabrication of the mechanical system and the erection of the building; or such records as the commissioner designates shall be filed. [CONT.]: 108.2.2.1 Test and inspection records. Required test and inspection records shall be available to the commissioner at all times during the fabrication of the mechanical system and the erection of the building; or such records as the commissioner designates shall be filed. [CONT.]: 108.2.2.1 Test and inspection records. Required test and inspection records shall be available to the commissioner at all times during the fabrication of the mechanical system and the erection of the building; or such records as the commissioner designates shall be filed.",
    "metadata": {
      "section_full": "108.2.2.1",
      "parent_major": "108",
      "parent_minor": "108.2",
      "source": "025.txt"
    }
  },
  {
    "id": "108.2.3",
    "text": "CONTEXT: 108 > 108.2 | CONTENT: 108.2.3 108.2.3 Exposure of work. The work shall remain accessible and expos ed for inspection purposes. Neither the commissioner nor the city shall be liable for expense entailed in the removal or replacement of any material required to allow inspection. [CONT.]: 108.2.3 Exposure of work. The work shall remain accessible and expos ed for inspection purposes. Neither the commissioner nor the city shall be liable for expense entailed in the removal or replacement of any material required to allow inspection. [CONT.]: 108.2.3 Exposure of work. The work shall remain accessible and expos ed for inspection purposes. Neither the commissioner nor the city shall be liable for expense entailed in the removal or replacement of any material required to allow inspection. [CONT.]: 108.2.3 Exposure of work. The work shall remain accessible and expos ed for inspection purposes. Neither the commissioner nor the city shall be liable for expense entailed in the removal or replacement of any material required to allow inspection.",
    "metadata": {
      "section_full": "108.2.3",
      "parent_major": "108",
      "parent_minor": "108.2",
      "source": "025.txt"
    }
  },
  {
    "id": "108.3",
    "text": "CONTEXT: 108 > 108.3 | CONTENT: 108.3 108.3 Testing. Mechanical systems shall be tested as required in this code an d in accordance with Sections 108.3.1 through 108.3.3. Tests shall be made by the permit holder and witnessed by the department or an approved agency. [CONT.]: 108.3 Testing. Mechanical systems shall be tested as required in this code an d in accordance with Sections 108.3.1 through 108.3.3. Tests shall be made by the permit holder and witnessed by the department or an approved agency. [CONT.]: 108.3 Testing. Mechanical systems shall be tested as required in this code an d in accordance with Sections 108.3.1 through 108.3.3. Tests shall be made by the permit holder and witnessed by the department or an approved agency. [CONT.]: 108.3 Testing. Mechanical systems shall be tested as required in this code an d in accordance with Sections 108.3.1 through 108.3.3. Tests shall be made by the permit holder and witnessed by the department or an approved agency.",
    "metadata": {
      "section_full": "108.3",
      "parent_major": "108",
      "parent_minor": "108.3",
      "source": "025.txt"
    }
  },
  {
    "id": "108.3.1",
    "text": "CONTEXT: 108 > 108.3 | CONTENT: 108.3.1 108.3.1 New, altered, extended or repaired systems. New mechanical systems and parts of existing systems, that have been altered, extended, renovated or repaired, shall be tested as prescribed herein to disclose leaks and defects. [CONT.]: 108.3.1 New, altered, extended or repaired systems. New mechanical systems and parts of existing systems, that have been altered, extended, renovated or repaired, shall be tested as prescribed herein to disclose leaks and defects. [CONT.]: 108.3.1 New, altered, extended or repaired systems. New mechanical systems and parts of existing systems, that have been altered, extended, renovated or repaired, shall be tested as prescribed herein to disclose leaks and defects. [CONT.]: 108.3.1 New, altered, extended or repaired systems. New mechanical systems and parts of existing systems, that have been altered, extended, renovated or repaired, shall be tested as prescribed herein to disclose leaks and defects.",
    "metadata": {
      "section_full": "108.3.1",
      "parent_major": "108",
      "parent_minor": "108.3",
      "source": "025.txt"
    }
  },
  {
    "id": "108.3.2",
    "text": "CONTEXT: 108 > 108.3 | CONTENT: 108.3.2 108.3.2 Apparatus, material and labor for tests. Apparatus, material and labor required for testing a mechanical system or part th ereof shall be furnished by the permit holder. [CONT.]: 108.3.2 Apparatus, material and labor for tests. Apparatus, material and labor required for testing a mechanical system or part th ereof shall be furnished by the permit holder. [CONT.]: 108.3.2 Apparatus, material and labor for tests. Apparatus, material and labor required for testing a mechanical system or part th ereof shall be furnished by the permit holder. [CONT.]: 108.3.2 Apparatus, material and labor for tests. Apparatus, material and labor required for testing a mechanical system or part th ereof shall be furnished by the permit holder.",
    "metadata": {
      "section_full": "108.3.2",
      "parent_major": "108",
      "parent_minor": "108.3",
      "source": "025.txt"
    }
  },
  {
    "id": "108.3.3",
    "text": "CONTEXT: 108 > 108.3 | CONTENT: 108.3.3 108.3.3 Reinspection and testing. Where any work or installation does not pass an initial test or inspection, the necessary corrections shall be made to comply with this code. The work or installation shall th en be resubmitted to the department for inspection and testing. [CONT.]: 108.3.3 Reinspection and testing. Where any work or installation does not pass an initial test or inspection, the necessary corrections shall be made to comply with this code. The work or installation shall th en be resubmitted to the department for inspection and testing. [CONT.]: 108.3.3 Reinspection and testing. Where any work or installation does not pass an initial test or inspection, the necessary corrections shall be made to comply with this code. The work or installation shall th en be resubmitted to the department for inspection and testing. [CONT.]: 108.3.3 Reinspection and testing. Where any work or installation does not pass an initial test or inspection, the necessary corrections shall be made to comply with this code. The work or installation shall th en be resubmitted to the department for inspection and testing.",
    "metadata": {
      "section_full": "108.3.3",
      "parent_major": "108",
      "parent_minor": "108.3",
      "source": "025.txt"
    }
  },
  {
    "id": "108.4",
    "text": "CONTEXT: 108 > 108.4 | CONTENT: 108.4 108.4 Sign - off of completed work. Refer to Article 116 of Chapter 1 of Title 28 of the Administrative Code . [CONT.]: 108.4 Sign - off of completed work. Refer to Article 116 of Chapter 1 of Title 28 of the Administrative Code . [CONT.]: 108.4 Sign - off of completed work. Refer to Article 116 of Chapter 1 of Title 28 of the Administrative Code . [CONT.]: 108.4 Sign - off of completed work. Refer to Article 116 of Chapter 1 of Title 28 of the Administrative Code .",
    "metadata": {
      "section_full": "108.4",
      "parent_major": "108",
      "parent_minor": "108.4",
      "source": "025.txt"
    }
  },
  {
    "id": "108.5",
    "text": "CONTEXT: 108 > 108.5 | CONTENT: 108.5 108.5 Temporary connection. The commissioner shall have the authority to authorize t he temporary connection of a mechanical system to the sources of energy for the purpose of testing mechanical systems or for use under a temporary certificate of occupancy. SECTION MC 109 VIOLATIONS [CONT.]: 108.5 Temporary connection. The commissioner shall have the authority to authorize t he temporary connection of a mechanical system to the sources of energy for the purpose of testing mechanical systems or for use under a temporary certificate of occupancy. SECTION MC 109 VIOLATIONS [CONT.]: 108.5 Temporary connection. The commissioner shall have the authority to authorize t he temporary connection of a mechanical system to the sources of energy for the purpose of testing mechanical systems or for use under a temporary certificate of occupancy. SECTION MC 109 VIOLATIONS [CONT.]: 108.5 Temporary connection. The commissioner shall have the authority to authorize t he temporary connection of a mechanical system to the sources of energy for the purpose of testing mechanical systems or for use under a temporary certificate of occupancy. SECTION MC 109 VIOLATIONS",
    "metadata": {
      "section_full": "108.5",
      "parent_major": "108",
      "parent_minor": "108.5",
      "source": "025.txt"
    }
  },
  {
    "id": "109.1",
    "text": "CONTEXT: 109 > 109.1 | CONTENT: 109.1 109.1 General. Refer to Chapters 2 and 3 of Title 28 of the Administrative Code . ADMINISTRATION CHAPTER 1 ADMINISTRATION SECTION MC 101 GENERAL [CONT.]: 109.1 General. Refer to Chapters 2 and 3 of Title 28 of the Administrative Code . ADMINISTRATION CHAPTER 1 ADMINISTRATION SECTION MC 101 GENERAL [CONT.]: 109.1 General. Refer to Chapters 2 and 3 of Title 28 of the Administrative Code . ADMINISTRATION CHAPTER 1 ADMINISTRATION SECTION MC 101 GENERAL [CONT.]: 109.1 General. Refer to Chapters 2 and 3 of Title 28 of the Administrative Code . ADMINISTRATION",
    "metadata": {
      "section_full": "109.1",
      "parent_major": "109",
      "parent_minor": "109.1",
      "source": "025.txt"
    }
  },
  {
    "id": "201.1",
    "text": "CONTEXT: 201 > 201.1 | CONTENT: 201.1 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter. [CONT.]: 201.1 Scope. Unless otherwise expressly stated, the following words and terms shall, for the purposes of this code, have the meanings indicated in this chapter.",
    "metadata": {
      "section_full": "201.1",
      "parent_major": "201",
      "parent_minor": "201.1",
      "source": "026.txt"
    }
  },
  {
    "id": "201.2",
    "text": "CONTEXT: 201 > 201.2 | CONTENT: 201.2 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular. [CONT.]: 201.2 Interchangeability. Words used in the present tense include the future; words in the masculine gender include the feminine and neuter; the singular number includes the plural and the plural, the singular.",
    "metadata": {
      "section_full": "201.2",
      "parent_major": "201",
      "parent_minor": "201.2",
      "source": "026.txt"
    }
  },
  {
    "id": "201.3",
    "text": "CONTEXT: 201 > 201.3 | CONTENT: 201.3 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021 [CONT.]: 201.3 Terms defined in other codes. Where terms are not defined in this code and are defined in the New York City Building Code , the New York City Electrical Code , the New York City Fire Code , the New York City Fuel Gas Code , the New York City Plumbing Code , or the New York City Energy Conse rvation Code, such terms shall have meanings ascribed to them as in those codes. \u2021\u2021\u2021",
    "metadata": {
      "section_full": "201.3",
      "parent_major": "201",
      "parent_minor": "201.3",
      "source": "026.txt"
    }
  },
  {
    "id": "201.3.1",
    "text": "CONTEXT: 201 > 201.3 | CONTENT: 201.3.1 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 - [CONT.]: 201.3.1 Terms defined in the general administrative provisions. The following terms are defined in Section 28 -",
    "metadata": {
      "section_full": "201.3.1",
      "parent_major": "201",
      "parent_minor": "201.3",
      "source": "026.txt"
    }
  },
  {
    "id": "201.4",
    "text": "CONTEXT: 201 > 201.4 | CONTENT: 201.4 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. DEFINITIONS High - heat appliance. Any appliance in which the products of combustion at the point of entrance to the flue under nor - mal operating conditions have a temperature greater than 2, 000\u00b0F (1093.3\u00b0C ). Low - heat appliance (residential appliance). Any appliance in which the products of combustion at the point of entrance to the flue under normal operating conditions have a temperature of 1, 000\u00b0F (537.8\u00b0C ) or less. Medium - heat appliance. Any appliance in which the prod - ucts of combustion at the point of entrance to the flue under normal operating conditions have a temperature of more than 1, 000\u00b0F (537.8\u00b0C ), but not greater than 2, 000\u00b0F (1093.3\u00b0C). APPLIANCE, VENTED. An appliance designed and installed in such a manner that all of the products of combustion are conveyed directly from the appliance to the outdoor atmosphere through an approved chimney or vent system. AUTOMATIC BOILER. Any class of boiler that is equipped with the co ntrols and limit devices specified in Chapter 10. BATHROOM. A room containing a bathtub, shower, spa or similar bathing fixture. BOILER, HIGH - PRESSURE. An appliance for supplying steam or hot water that, for a steam boiler, operates at a pressure of more than 15 psig (103.4 kPa gauge), and for a hot water boiler, operates at a pressure exceeding 160 psig (1103.2 kPa gauge) or at a temperature exceeding 250\u00b0F (121.1\u00b0C). BOILER, LOW - PRESSURE. A self - contained appliance for supplying steam or hot water as fol lows: Hot water heating boiler. A boiler in which no steam is generated, from which hot water is circulated for heating purposes and then returned to the boiler, and that operates at water pressures not exceeding 160 pounds per square inch gauge (psig) (11 03.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet. Hot water supply boiler. A boiler, completely filled with water, which furnishes hot water to be used externally to itself, and that operates at water pre ssures not exceeding 160 psig (1103.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet . Steam heating boiler. A boiler in which steam is generated and that operates at a steam pressure not exceeding 15 psig (1 03.4 kPa gauge). BOILER ROOM. A room primarily utilized for the installation of a boiler. BRAZED JOINT. A gas - tight joint obtained by the joining of metal parts with metallic mixtures or alloys that melt at a temperature above 1, 000\u00b0F (537.8\u00b0C ), but lower than the melting temperature of the parts to be joined. BRAZING. A metal - joining process wherein coalescence is produced by the use of a nonferrous filler metal having a melting point above 1, 000\u00b0F (537.8\u00b0C ), but lower than that of the base metal being joi ned. The filler material is distributed between the closely fitted surfaces of the joint by capillary attraction. BREATHING ZONE. The region within an occupied space between planes 3 and 72 inches (76.2 and 1828.8 mm) above the floor and more than 2 feet ( [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. DEFINITIONS High - heat appliance. Any appliance in which the products of combustion at the point of entrance to the flue under nor - mal operating conditions have a temperature greater than 2, 000\u00b0F (1093.3\u00b0C ). Low - heat appliance (residential appliance). Any appliance in which the products of combustion at the point of entrance to the flue under normal operating conditions have a temperature of 1, 000\u00b0F (537.8\u00b0C ) or less. Medium - heat appliance. Any appliance in which the prod - ucts of combustion at the point of entrance to the flue under normal operating conditions have a temperature of more than 1, 000\u00b0F (537.8\u00b0C ), but not greater than 2, 000\u00b0F (1093.3\u00b0C). APPLIANCE, VENTED. An appliance designed and installed in such a manner that all of the products of combustion are conveyed directly from the appliance to the outdoor atmosphere through an approved chimney or vent system. AUTOMATIC BOILER. Any class of boiler that is equipped with the co ntrols and limit devices specified in Chapter 10. BATHROOM. A room containing a bathtub, shower, spa or similar bathing fixture. BOILER, HIGH - PRESSURE. An appliance for supplying steam or hot water that, for a steam boiler, operates at a pressure of more than 15 psig (103.4 kPa gauge), and for a hot water boiler, operates at a pressure exceeding 160 psig (1103.2 kPa gauge) or at a temperature exceeding 250\u00b0F (121.1\u00b0C). BOILER, LOW - PRESSURE. A self - contained appliance for supplying steam or hot water as fol lows: Hot water heating boiler. A boiler in which no steam is generated, from which hot water is circulated for heating purposes and then returned to the boiler, and that operates at water pressures not exceeding 160 pounds per square inch gauge (psig) (11 03.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet. Hot water supply boiler. A boiler, completely filled with water, which furnishes hot water to be used externally to itself, and that operates at water pre ssures not exceeding 160 psig (1103.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet . Steam heating boiler. A boiler in which steam is generated and that operates at a steam pressure not exceeding 15 psig (1 03.4 kPa gauge). BOILER ROOM. A room primarily utilized for the installation of a boiler. BRAZED JOINT. A gas - tight joint obtained by the joining of metal parts with metallic mixtures or alloys that melt at a temperature above 1, 000\u00b0F (537.8\u00b0C ), but lower than the melting temperature of the parts to be joined. BRAZING. A metal - joining process wherein coalescence is produced by the use of a nonferrous filler metal having a melting point above 1, 000\u00b0F (537.8\u00b0C ), but lower than that of the base metal being joi ned. The filler material is distributed between the closely fitted surfaces of the joint by capillary attraction. BREATHING ZONE. The region within an occupied space between planes 3 and 72 inches (76.2 and 1828.8 mm) above the floor and more than 2 feet ( [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. DEFINITIONS High - heat appliance. Any appliance in which the products of combustion at the point of entrance to the flue under nor - mal operating conditions have a temperature greater than 2, 000\u00b0F (1093.3\u00b0C ). Low - heat appliance (residential appliance). Any appliance in which the products of combustion at the point of entrance to the flue under normal operating conditions have a temperature of 1, 000\u00b0F (537.8\u00b0C ) or less. Medium - heat appliance. Any appliance in which the prod - ucts of combustion at the point of entrance to the flue under normal operating conditions have a temperature of more than 1, 000\u00b0F (537.8\u00b0C ), but not greater than 2, 000\u00b0F (1093.3\u00b0C). APPLIANCE, VENTED. An appliance designed and installed in such a manner that all of the products of combustion are conveyed directly from the appliance to the outdoor atmosphere through an approved chimney or vent system. AUTOMATIC BOILER. Any class of boiler that is equipped with the co ntrols and limit devices specified in Chapter 10. BATHROOM. A room containing a bathtub, shower, spa or similar bathing fixture. BOILER, HIGH - PRESSURE. An appliance for supplying steam or hot water that, for a steam boiler, operates at a pressure of more than 15 psig (103.4 kPa gauge), and for a hot water boiler, operates at a pressure exceeding 160 psig (1103.2 kPa gauge) or at a temperature exceeding 250\u00b0F (121.1\u00b0C). BOILER, LOW - PRESSURE. A self - contained appliance for supplying steam or hot water as fol lows: Hot water heating boiler. A boiler in which no steam is generated, from which hot water is circulated for heating purposes and then returned to the boiler, and that operates at water pressures not exceeding 160 pounds per square inch gauge (psig) (11 03.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet. Hot water supply boiler. A boiler, completely filled with water, which furnishes hot water to be used externally to itself, and that operates at water pre ssures not exceeding 160 psig (1103.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet . Steam heating boiler. A boiler in which steam is generated and that operates at a steam pressure not exceeding 15 psig (1 03.4 kPa gauge). BOILER ROOM. A room primarily utilized for the installation of a boiler. BRAZED JOINT. A gas - tight joint obtained by the joining of metal parts with metallic mixtures or alloys that melt at a temperature above 1, 000\u00b0F (537.8\u00b0C ), but lower than the melting temperature of the parts to be joined. BRAZING. A metal - joining process wherein coalescence is produced by the use of a nonferrous filler metal having a melting point above 1, 000\u00b0F (537.8\u00b0C ), but lower than that of the base metal being joi ned. The filler material is distributed between the closely fitted surfaces of the joint by capillary attraction. BREATHING ZONE. The region within an occupied space between planes 3 and 72 inches (76.2 and 1828.8 mm) above the floor and more than 2 feet ( [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. DEFINITIONS High - heat appliance. Any appliance in which the products of combustion at the point of entrance to the flue under nor - mal operating conditions have a temperature greater than 2, 000\u00b0F (1093.3\u00b0C ). Low - heat appliance (residential appliance). Any appliance in which the products of combustion at the point of entrance to the flue under normal operating conditions have a temperature of 1, 000\u00b0F (537.8\u00b0C ) or less. Medium - heat appliance. Any appliance in which the prod - ucts of combustion at the point of entrance to the flue under normal operating conditions have a temperature of more than 1, 000\u00b0F (537.8\u00b0C ), but not greater than 2, 000\u00b0F (1093.3\u00b0C). APPLIANCE, VENTED. An appliance designed and installed in such a manner that all of the products of combustion are conveyed directly from the appliance to the outdoor atmosphere through an approved chimney or vent system. AUTOMATIC BOILER. Any class of boiler that is equipped with the co ntrols and limit devices specified in Chapter 10. BATHROOM. A room containing a bathtub, shower, spa or similar bathing fixture. BOILER, HIGH - PRESSURE. An appliance for supplying steam or hot water that, for a steam boiler, operates at a pressure of more than 15 psig (103.4 kPa gauge), and for a hot water boiler, operates at a pressure exceeding 160 psig (1103.2 kPa gauge) or at a temperature exceeding 250\u00b0F (121.1\u00b0C). BOILER, LOW - PRESSURE. A self - contained appliance for supplying steam or hot water as fol lows: Hot water heating boiler. A boiler in which no steam is generated, from which hot water is circulated for heating purposes and then returned to the boiler, and that operates at water pressures not exceeding 160 pounds per square inch gauge (psig) (11 03.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet. Hot water supply boiler. A boiler, completely filled with water, which furnishes hot water to be used externally to itself, and that operates at water pre ssures not exceeding 160 psig (1103.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet . Steam heating boiler. A boiler in which steam is generated and that operates at a steam pressure not exceeding 15 psig (1 03.4 kPa gauge). BOILER ROOM. A room primarily utilized for the installation of a boiler. BRAZED JOINT. A gas - tight joint obtained by the joining of metal parts with metallic mixtures or alloys that melt at a temperature above 1, 000\u00b0F (537.8\u00b0C ), but lower than the melting temperature of the parts to be joined. BRAZING. A metal - joining process wherein coalescence is produced by the use of a nonferrous filler metal having a melting point above 1, 000\u00b0F (537.8\u00b0C ), but lower than that of the base metal being joi ned. The filler material is distributed between the closely fitted surfaces of the joint by capillary attraction. BREATHING ZONE. The region within an occupied space between planes 3 and 72 inches (76.2 and 1828.8 mm) above the floor and more than 2 feet ( [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. DEFINITIONS High - heat appliance. Any appliance in which the products of combustion at the point of entrance to the flue under nor - mal operating conditions have a temperature greater than 2, 000\u00b0F (1093.3\u00b0C ). Low - heat appliance (residential appliance). Any appliance in which the products of combustion at the point of entrance to the flue under normal operating conditions have a temperature of 1, 000\u00b0F (537.8\u00b0C ) or less. Medium - heat appliance. Any appliance in which the prod - ucts of combustion at the point of entrance to the flue under normal operating conditions have a temperature of more than 1, 000\u00b0F (537.8\u00b0C ), but not greater than 2, 000\u00b0F (1093.3\u00b0C). APPLIANCE, VENTED. An appliance designed and installed in such a manner that all of the products of combustion are conveyed directly from the appliance to the outdoor atmosphere through an approved chimney or vent system. AUTOMATIC BOILER. Any class of boiler that is equipped with the co ntrols and limit devices specified in Chapter 10. BATHROOM. A room containing a bathtub, shower, spa or similar bathing fixture. BOILER, HIGH - PRESSURE. An appliance for supplying steam or hot water that, for a steam boiler, operates at a pressure of more than 15 psig (103.4 kPa gauge), and for a hot water boiler, operates at a pressure exceeding 160 psig (1103.2 kPa gauge) or at a temperature exceeding 250\u00b0F (121.1\u00b0C). BOILER, LOW - PRESSURE. A self - contained appliance for supplying steam or hot water as fol lows: Hot water heating boiler. A boiler in which no steam is generated, from which hot water is circulated for heating purposes and then returned to the boiler, and that operates at water pressures not exceeding 160 pounds per square inch gauge (psig) (11 03.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet. Hot water supply boiler. A boiler, completely filled with water, which furnishes hot water to be used externally to itself, and that operates at water pre ssures not exceeding 160 psig (1103.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet . Steam heating boiler. A boiler in which steam is generated and that operates at a steam pressure not exceeding 15 psig (1 03.4 kPa gauge). BOILER ROOM. A room primarily utilized for the installation of a boiler. BRAZED JOINT. A gas - tight joint obtained by the joining of metal parts with metallic mixtures or alloys that melt at a temperature above 1, 000\u00b0F (537.8\u00b0C ), but lower than the melting temperature of the parts to be joined. BRAZING. A metal - joining process wherein coalescence is produced by the use of a nonferrous filler metal having a melting point above 1, 000\u00b0F (537.8\u00b0C ), but lower than that of the base metal being joi ned. The filler material is distributed between the closely fitted surfaces of the joint by capillary attraction. BREATHING ZONE. The region within an occupied space between planes 3 and 72 inches (76.2 and 1828.8 mm) above the floor and more than 2 feet ( [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. DEFINITIONS High - heat appliance. Any appliance in which the products of combustion at the point of entrance to the flue under nor - mal operating conditions have a temperature greater than 2, 000\u00b0F (1093.3\u00b0C ). Low - heat appliance (residential appliance). Any appliance in which the products of combustion at the point of entrance to the flue under normal operating conditions have a temperature of 1, 000\u00b0F (537.8\u00b0C ) or less. Medium - heat appliance. Any appliance in which the prod - ucts of combustion at the point of entrance to the flue under normal operating conditions have a temperature of more than 1, 000\u00b0F (537.8\u00b0C ), but not greater than 2, 000\u00b0F (1093.3\u00b0C). APPLIANCE, VENTED. An appliance designed and installed in such a manner that all of the products of combustion are conveyed directly from the appliance to the outdoor atmosphere through an approved chimney or vent system. AUTOMATIC BOILER. Any class of boiler that is equipped with the co ntrols and limit devices specified in Chapter 10. BATHROOM. A room containing a bathtub, shower, spa or similar bathing fixture. BOILER, HIGH - PRESSURE. An appliance for supplying steam or hot water that, for a steam boiler, operates at a pressure of more than 15 psig (103.4 kPa gauge), and for a hot water boiler, operates at a pressure exceeding 160 psig (1103.2 kPa gauge) or at a temperature exceeding 250\u00b0F (121.1\u00b0C). BOILER, LOW - PRESSURE. A self - contained appliance for supplying steam or hot water as fol lows: Hot water heating boiler. A boiler in which no steam is generated, from which hot water is circulated for heating purposes and then returned to the boiler, and that operates at water pressures not exceeding 160 pounds per square inch gauge (psig) (11 03.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet. Hot water supply boiler. A boiler, completely filled with water, which furnishes hot water to be used externally to itself, and that operates at water pre ssures not exceeding 160 psig (1103.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet . Steam heating boiler. A boiler in which steam is generated and that operates at a steam pressure not exceeding 15 psig (1 03.4 kPa gauge). BOILER ROOM. A room primarily utilized for the installation of a boiler. BRAZED JOINT. A gas - tight joint obtained by the joining of metal parts with metallic mixtures or alloys that melt at a temperature above 1, 000\u00b0F (537.8\u00b0C ), but lower than the melting temperature of the parts to be joined. BRAZING. A metal - joining process wherein coalescence is produced by the use of a nonferrous filler metal having a melting point above 1, 000\u00b0F (537.8\u00b0C ), but lower than that of the base metal being joi ned. The filler material is distributed between the closely fitted surfaces of the joint by capillary attraction. BREATHING ZONE. The region within an occupied space between planes 3 and 72 inches (76.2 and 1828.8 mm) above the floor and more than 2 feet ( [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. DEFINITIONS High - heat appliance. Any appliance in which the products of combustion at the point of entrance to the flue under nor - mal operating conditions have a temperature greater than 2, 000\u00b0F (1093.3\u00b0C ). Low - heat appliance (residential appliance). Any appliance in which the products of combustion at the point of entrance to the flue under normal operating conditions have a temperature of 1, 000\u00b0F (537.8\u00b0C ) or less. Medium - heat appliance. Any appliance in which the prod - ucts of combustion at the point of entrance to the flue under normal operating conditions have a temperature of more than 1, 000\u00b0F (537.8\u00b0C ), but not greater than 2, 000\u00b0F (1093.3\u00b0C). APPLIANCE, VENTED. An appliance designed and installed in such a manner that all of the products of combustion are conveyed directly from the appliance to the outdoor atmosphere through an approved chimney or vent system. AUTOMATIC BOILER. Any class of boiler that is equipped with the co ntrols and limit devices specified in Chapter 10. BATHROOM. A room containing a bathtub, shower, spa or similar bathing fixture. BOILER, HIGH - PRESSURE. An appliance for supplying steam or hot water that, for a steam boiler, operates at a pressure of more than 15 psig (103.4 kPa gauge), and for a hot water boiler, operates at a pressure exceeding 160 psig (1103.2 kPa gauge) or at a temperature exceeding 250\u00b0F (121.1\u00b0C). BOILER, LOW - PRESSURE. A self - contained appliance for supplying steam or hot water as fol lows: Hot water heating boiler. A boiler in which no steam is generated, from which hot water is circulated for heating purposes and then returned to the boiler, and that operates at water pressures not exceeding 160 pounds per square inch gauge (psig) (11 03.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet. Hot water supply boiler. A boiler, completely filled with water, which furnishes hot water to be used externally to itself, and that operates at water pre ssures not exceeding 160 psig (1103.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet . Steam heating boiler. A boiler in which steam is generated and that operates at a steam pressure not exceeding 15 psig (1 03.4 kPa gauge). BOILER ROOM. A room primarily utilized for the installation of a boiler. BRAZED JOINT. A gas - tight joint obtained by the joining of metal parts with metallic mixtures or alloys that melt at a temperature above 1, 000\u00b0F (537.8\u00b0C ), but lower than the melting temperature of the parts to be joined. BRAZING. A metal - joining process wherein coalescence is produced by the use of a nonferrous filler metal having a melting point above 1, 000\u00b0F (537.8\u00b0C ), but lower than that of the base metal being joi ned. The filler material is distributed between the closely fitted surfaces of the joint by capillary attraction. BREATHING ZONE. The region within an occupied space between planes 3 and 72 inches (76.2 and 1828.8 mm) above the floor and more than 2 feet ( [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. DEFINITIONS High - heat appliance. Any appliance in which the products of combustion at the point of entrance to the flue under nor - mal operating conditions have a temperature greater than 2, 000\u00b0F (1093.3\u00b0C ). Low - heat appliance (residential appliance). Any appliance in which the products of combustion at the point of entrance to the flue under normal operating conditions have a temperature of 1, 000\u00b0F (537.8\u00b0C ) or less. Medium - heat appliance. Any appliance in which the prod - ucts of combustion at the point of entrance to the flue under normal operating conditions have a temperature of more than 1, 000\u00b0F (537.8\u00b0C ), but not greater than 2, 000\u00b0F (1093.3\u00b0C). APPLIANCE, VENTED. An appliance designed and installed in such a manner that all of the products of combustion are conveyed directly from the appliance to the outdoor atmosphere through an approved chimney or vent system. AUTOMATIC BOILER. Any class of boiler that is equipped with the co ntrols and limit devices specified in Chapter 10. BATHROOM. A room containing a bathtub, shower, spa or similar bathing fixture. BOILER, HIGH - PRESSURE. An appliance for supplying steam or hot water that, for a steam boiler, operates at a pressure of more than 15 psig (103.4 kPa gauge), and for a hot water boiler, operates at a pressure exceeding 160 psig (1103.2 kPa gauge) or at a temperature exceeding 250\u00b0F (121.1\u00b0C). BOILER, LOW - PRESSURE. A self - contained appliance for supplying steam or hot water as fol lows: Hot water heating boiler. A boiler in which no steam is generated, from which hot water is circulated for heating purposes and then returned to the boiler, and that operates at water pressures not exceeding 160 pounds per square inch gauge (psig) (11 03.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet. Hot water supply boiler. A boiler, completely filled with water, which furnishes hot water to be used externally to itself, and that operates at water pre ssures not exceeding 160 psig (1103.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet . Steam heating boiler. A boiler in which steam is generated and that operates at a steam pressure not exceeding 15 psig (1 03.4 kPa gauge). BOILER ROOM. A room primarily utilized for the installation of a boiler. BRAZED JOINT. A gas - tight joint obtained by the joining of metal parts with metallic mixtures or alloys that melt at a temperature above 1, 000\u00b0F (537.8\u00b0C ), but lower than the melting temperature of the parts to be joined. BRAZING. A metal - joining process wherein coalescence is produced by the use of a nonferrous filler metal having a melting point above 1, 000\u00b0F (537.8\u00b0C ), but lower than that of the base metal being joi ned. The filler material is distributed between the closely fitted surfaces of the joint by capillary attraction. BREATHING ZONE. The region within an occupied space between planes 3 and 72 inches (76.2 and 1828.8 mm) above the floor and more than 2 feet ( [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. DEFINITIONS High - heat appliance. Any appliance in which the products of combustion at the point of entrance to the flue under nor - mal operating conditions have a temperature greater than 2, 000\u00b0F (1093.3\u00b0C ). Low - heat appliance (residential appliance). Any appliance in which the products of combustion at the point of entrance to the flue under normal operating conditions have a temperature of 1, 000\u00b0F (537.8\u00b0C ) or less. Medium - heat appliance. Any appliance in which the prod - ucts of combustion at the point of entrance to the flue under normal operating conditions have a temperature of more than 1, 000\u00b0F (537.8\u00b0C ), but not greater than 2, 000\u00b0F (1093.3\u00b0C). APPLIANCE, VENTED. An appliance designed and installed in such a manner that all of the products of combustion are conveyed directly from the appliance to the outdoor atmosphere through an approved chimney or vent system. AUTOMATIC BOILER. Any class of boiler that is equipped with the co ntrols and limit devices specified in Chapter 10. BATHROOM. A room containing a bathtub, shower, spa or similar bathing fixture. BOILER, HIGH - PRESSURE. An appliance for supplying steam or hot water that, for a steam boiler, operates at a pressure of more than 15 psig (103.4 kPa gauge), and for a hot water boiler, operates at a pressure exceeding 160 psig (1103.2 kPa gauge) or at a temperature exceeding 250\u00b0F (121.1\u00b0C). BOILER, LOW - PRESSURE. A self - contained appliance for supplying steam or hot water as fol lows: Hot water heating boiler. A boiler in which no steam is generated, from which hot water is circulated for heating purposes and then returned to the boiler, and that operates at water pressures not exceeding 160 pounds per square inch gauge (psig) (11 03.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet. Hot water supply boiler. A boiler, completely filled with water, which furnishes hot water to be used externally to itself, and that operates at water pre ssures not exceeding 160 psig (1103.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet . Steam heating boiler. A boiler in which steam is generated and that operates at a steam pressure not exceeding 15 psig (1 03.4 kPa gauge). BOILER ROOM. A room primarily utilized for the installation of a boiler. BRAZED JOINT. A gas - tight joint obtained by the joining of metal parts with metallic mixtures or alloys that melt at a temperature above 1, 000\u00b0F (537.8\u00b0C ), but lower than the melting temperature of the parts to be joined. BRAZING. A metal - joining process wherein coalescence is produced by the use of a nonferrous filler metal having a melting point above 1, 000\u00b0F (537.8\u00b0C ), but lower than that of the base metal being joi ned. The filler material is distributed between the closely fitted surfaces of the joint by capillary attraction. BREATHING ZONE. The region within an occupied space between planes 3 and 72 inches (76.2 and 1828.8 mm) above the floor and more than 2 feet ( [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. DEFINITIONS High - heat appliance. Any appliance in which the products of combustion at the point of entrance to the flue under nor - mal operating conditions have a temperature greater than 2, 000\u00b0F (1093.3\u00b0C ). Low - heat appliance (residential appliance). Any appliance in which the products of combustion at the point of entrance to the flue under normal operating conditions have a temperature of 1, 000\u00b0F (537.8\u00b0C ) or less. Medium - heat appliance. Any appliance in which the prod - ucts of combustion at the point of entrance to the flue under normal operating conditions have a temperature of more than 1, 000\u00b0F (537.8\u00b0C ), but not greater than 2, 000\u00b0F (1093.3\u00b0C). APPLIANCE, VENTED. An appliance designed and installed in such a manner that all of the products of combustion are conveyed directly from the appliance to the outdoor atmosphere through an approved chimney or vent system. AUTOMATIC BOILER. Any class of boiler that is equipped with the co ntrols and limit devices specified in Chapter 10. BATHROOM. A room containing a bathtub, shower, spa or similar bathing fixture. BOILER, HIGH - PRESSURE. An appliance for supplying steam or hot water that, for a steam boiler, operates at a pressure of more than 15 psig (103.4 kPa gauge), and for a hot water boiler, operates at a pressure exceeding 160 psig (1103.2 kPa gauge) or at a temperature exceeding 250\u00b0F (121.1\u00b0C). BOILER, LOW - PRESSURE. A self - contained appliance for supplying steam or hot water as fol lows: Hot water heating boiler. A boiler in which no steam is generated, from which hot water is circulated for heating purposes and then returned to the boiler, and that operates at water pressures not exceeding 160 pounds per square inch gauge (psig) (11 03.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet. Hot water supply boiler. A boiler, completely filled with water, which furnishes hot water to be used externally to itself, and that operates at water pre ssures not exceeding 160 psig (1103.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet . Steam heating boiler. A boiler in which steam is generated and that operates at a steam pressure not exceeding 15 psig (1 03.4 kPa gauge). BOILER ROOM. A room primarily utilized for the installation of a boiler. BRAZED JOINT. A gas - tight joint obtained by the joining of metal parts with metallic mixtures or alloys that melt at a temperature above 1, 000\u00b0F (537.8\u00b0C ), but lower than the melting temperature of the parts to be joined. BRAZING. A metal - joining process wherein coalescence is produced by the use of a nonferrous filler metal having a melting point above 1, 000\u00b0F (537.8\u00b0C ), but lower than that of the base metal being joi ned. The filler material is distributed between the closely fitted surfaces of the joint by capillary attraction. BREATHING ZONE. The region within an occupied space between planes 3 and 72 inches (76.2 and 1828.8 mm) above the floor and more than 2 feet ( [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. DEFINITIONS High - heat appliance. Any appliance in which the products of combustion at the point of entrance to the flue under nor - mal operating conditions have a temperature greater than 2, 000\u00b0F (1093.3\u00b0C ). Low - heat appliance (residential appliance). Any appliance in which the products of combustion at the point of entrance to the flue under normal operating conditions have a temperature of 1, 000\u00b0F (537.8\u00b0C ) or less. Medium - heat appliance. Any appliance in which the prod - ucts of combustion at the point of entrance to the flue under normal operating conditions have a temperature of more than 1, 000\u00b0F (537.8\u00b0C ), but not greater than 2, 000\u00b0F (1093.3\u00b0C). APPLIANCE, VENTED. An appliance designed and installed in such a manner that all of the products of combustion are conveyed directly from the appliance to the outdoor atmosphere through an approved chimney or vent system. AUTOMATIC BOILER. Any class of boiler that is equipped with the co ntrols and limit devices specified in Chapter 10. BATHROOM. A room containing a bathtub, shower, spa or similar bathing fixture. BOILER, HIGH - PRESSURE. An appliance for supplying steam or hot water that, for a steam boiler, operates at a pressure of more than 15 psig (103.4 kPa gauge), and for a hot water boiler, operates at a pressure exceeding 160 psig (1103.2 kPa gauge) or at a temperature exceeding 250\u00b0F (121.1\u00b0C). BOILER, LOW - PRESSURE. A self - contained appliance for supplying steam or hot water as fol lows: Hot water heating boiler. A boiler in which no steam is generated, from which hot water is circulated for heating purposes and then returned to the boiler, and that operates at water pressures not exceeding 160 pounds per square inch gauge (psig) (11 03.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet. Hot water supply boiler. A boiler, completely filled with water, which furnishes hot water to be used externally to itself, and that operates at water pre ssures not exceeding 160 psig (1103.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet . Steam heating boiler. A boiler in which steam is generated and that operates at a steam pressure not exceeding 15 psig (1 03.4 kPa gauge). BOILER ROOM. A room primarily utilized for the installation of a boiler. BRAZED JOINT. A gas - tight joint obtained by the joining of metal parts with metallic mixtures or alloys that melt at a temperature above 1, 000\u00b0F (537.8\u00b0C ), but lower than the melting temperature of the parts to be joined. BRAZING. A metal - joining process wherein coalescence is produced by the use of a nonferrous filler metal having a melting point above 1, 000\u00b0F (537.8\u00b0C ), but lower than that of the base metal being joi ned. The filler material is distributed between the closely fitted surfaces of the joint by capillary attraction. BREATHING ZONE. The region within an occupied space between planes 3 and 72 inches (76.2 and 1828.8 mm) above the floor and more than 2 feet ( [CONT.]: 201.4 Terms not defined. Where terms are not defined through the methods authorized by this section, such terms shall have ordinarily accepted meanings such as the context implies. \u2021\u2021\u2021 SECTION MC 202 GENERAL DEFINITIONS DEFINITIONS ABRASIVE MATERIALS. Moderately abrasive particulate in high concentrations, and highly abrasive particulate in moderate and high concentrations, such as alumina, bauxite, iron sili cate, sand and slag. ABSORPTION SYSTEM. A refrigerating system in which refrigerant is pressurized by pumping a chemical solution of refrigerant in absorbent, and then separated by the addition of heat in a generator, condensed (to reject heat), expanded, evaporated (to provide refrigeration), and reabsorbed in an absorber to repeat the cycle; the system may be single or multiple effect, the latter using multiple stages or internally cascaded use of heat to improve efficiency. ACCESS (TO). That which enable s a device, fixture, appliance or equipment to be reached by ready access or by a means that first requires the removal or movement of a panel, door or similar obstruction ( see also \u201cReady access (t o)\u201d). AIR. All air supplied to mechanical equipment and ap pliances for combustion, ventilation, cooling and similar purposes. Standard air is air at standard temperature and pressure, namely, 70\u00b0F (21.1\u00b0C ) and 29.92 inches of mercury (101.3 kPa). AIR CONDITIONING. The treatment of air so as to control simultaneou sly the temperature, humidity, cleanness and distribution of the air to meet the requirements of a conditioned space. AIR - CONDITIONING SYSTEM. A system that consists of heat exchangers, blowers, filters, supply, exhaust and return ducts, and shall include any apparatus installed in connection therewith. AIR DISPERSION SYSTEM. Any diffuser system designed to both convey air within a room, space or area and diffuse air into that space while operating under positive pressure. Systems are commonly constructed o f, but not limited to, fabric or plastic film. AIR DISTRIBUTION SYSTEM. Any system of ducts, plenums and air - handling equipment that circulates air within a space or spaces and includes systems made up of one or more air - handling units. AIR, EXHAUST. Air b eing removed from any space, appliance or piece of equipment and conveyed directly to the atmosphere by means of openings or ducts. AIR, INTAKE. Air supplied from the outdoors to any space, appliance or piece of equipment. AIR - HANDLING UNIT. A blower or fan used for the purpose of distributing supply air to a room, space or area. AIR, MAKEUP. Any combination of outdoor and transfer air intended to replace exhaust air and exfiltration. AIR, OUTDOOR. Ambient air that enters a building through a ventilation system, through intentional openings for natural ventilation, or by infiltration. AIR, RELIEF. Air removed from any space, appliance or piece of equipment that serves to balance building pressurization due to introduction of outdoor air. Exhaust air shall not be considered relief air. AIR, RETURN. Air removed from a conditioned space or location and recirculated or relieved to the outdoors. AIR, TRANSFER. Air moved from one indoor space to another. AIR TRANSFER OPENING. An ope ning designed to allow the movement of environmental air between two contiguous spaces. APPLIANCE. A device or apparatus that is manufactured and designed to utilize energy and for which this code provides specific requirements. APPLIANCE, EXISTING. Any ap pliance regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install has been issued. APPLIANCE, FUEL - FIRED. An appliance that burns solid, liquid and/or gaseous fuel, including but not limite d to wood stoves, household cooking ranges, furnaces, boilers, water heaters, clothes dryers and gas - fired refrigerators. APPLIANCE, GAS (EQUIPMENT). Any apparatus or equipment that uses gas as a fuel or raw material to produce light, heat, power, refriger ation or air conditioning. APPLIANCE TYPE. DEFINITIONS High - heat appliance. Any appliance in which the products of combustion at the point of entrance to the flue under nor - mal operating conditions have a temperature greater than 2, 000\u00b0F (1093.3\u00b0C ). Low - heat appliance (residential appliance). Any appliance in which the products of combustion at the point of entrance to the flue under normal operating conditions have a temperature of 1, 000\u00b0F (537.8\u00b0C ) or less. Medium - heat appliance. Any appliance in which the prod - ucts of combustion at the point of entrance to the flue under normal operating conditions have a temperature of more than 1, 000\u00b0F (537.8\u00b0C ), but not greater than 2, 000\u00b0F (1093.3\u00b0C). APPLIANCE, VENTED. An appliance designed and installed in such a manner that all of the products of combustion are conveyed directly from the appliance to the outdoor atmosphere through an approved chimney or vent system. AUTOMATIC BOILER. Any class of boiler that is equipped with the co ntrols and limit devices specified in Chapter 10. BATHROOM. A room containing a bathtub, shower, spa or similar bathing fixture. BOILER, HIGH - PRESSURE. An appliance for supplying steam or hot water that, for a steam boiler, operates at a pressure of more than 15 psig (103.4 kPa gauge), and for a hot water boiler, operates at a pressure exceeding 160 psig (1103.2 kPa gauge) or at a temperature exceeding 250\u00b0F (121.1\u00b0C). BOILER, LOW - PRESSURE. A self - contained appliance for supplying steam or hot water as fol lows: Hot water heating boiler. A boiler in which no steam is generated, from which hot water is circulated for heating purposes and then returned to the boiler, and that operates at water pressures not exceeding 160 pounds per square inch gauge (psig) (11 03.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet. Hot water supply boiler. A boiler, completely filled with water, which furnishes hot water to be used externally to itself, and that operates at water pre ssures not exceeding 160 psig (1103.2 kPa gauge) and at water temperatures not exceeding 250\u00b0F (121.1\u00b0C) at or near the boiler outlet . Steam heating boiler. A boiler in which steam is generated and that operates at a steam pressure not exceeding 15 psig (1 03.4 kPa gauge). BOILER ROOM. A room primarily utilized for the installation of a boiler. BRAZED JOINT. A gas - tight joint obtained by the joining of metal parts with metallic mixtures or alloys that melt at a temperature above 1, 000\u00b0F (537.8\u00b0C ), but lower than the melting temperature of the parts to be joined. BRAZING. A metal - joining process wherein coalescence is produced by the use of a nonferrous filler metal having a melting point above 1, 000\u00b0F (537.8\u00b0C ), but lower than that of the base metal being joi ned. The filler material is distributed between the closely fitted surfaces of the joint by capillary attraction. BREATHING ZONE. The region within an occupied space between planes 3 and 72 inches (76.2 and 1828.8 mm) above the floor and more than 2 feet (",
    "metadata": {
      "section_full": "201.4",
      "parent_major": "201",
      "parent_minor": "201.4",
      "source": "026.txt"
    }
  },
  {
    "id": "609.6",
    "text": "CONTEXT: 609 > 609.6 | CONTENT: 609.6 609.6 mm) from the walls of the space or from fixed air - conditioning equipment. BTU. Abbreviation for British thermal unit, which is the quantity of heat required to raise the temperature of 1 pound (453.6 g) of water 1\u00b0F ( - 17.22\u00b0C ) (1 Btu = 1055 J). CEILING RADIATION DAMPER. A listed device installed in a ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly to limit automatically the radiative heat transfer through an air inlet/outlet opening. CHIMNEY. A primarily vertic al structure containing one or more flues used to remove products of combustion from fuel - burning appliances, refuse incineration, or industrial processes. Factory - built chimney. A listed and labeled chimney com - posed of factory - made components, assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. Masonry chimney. A field - constructed chimney composed of solid masonry units, bricks, stones or concrete. Metal chimney. A field - constructed chimney composed of metal. \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 609.6 mm) from the walls of the space or from fixed air - conditioning equipment. BTU. Abbreviation for British thermal unit, which is the quantity of heat required to raise the temperature of 1 pound (453.6 g) of water 1\u00b0F ( - 17.22\u00b0C ) (1 Btu = 1055 J). CEILING RADIATION DAMPER. A listed device installed in a ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly to limit automatically the radiative heat transfer through an air inlet/outlet opening. CHIMNEY. A primarily vertic al structure containing one or more flues used to remove products of combustion from fuel - burning appliances, refuse incineration, or industrial processes. Factory - built chimney. A listed and labeled chimney com - posed of factory - made components, assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. Masonry chimney. A field - constructed chimney composed of solid masonry units, bricks, stones or concrete. Metal chimney. A field - constructed chimney composed of metal. DEFINITIONS CHIMNEY CONNECTOR. A pipe that connects a fuel - burning appliance to a chimney. CLEARANCE. The minimum distance through air measured between the heat - producing surface of the mechanical appliance, device or equipment and the surface of the combustibl e material or assembly. CLOSED COMBUSTION SOLID FUEL - BURNING APPLIANCE. A heat - producing appliance that employs a combustion chamber that does not have openings other than the flue collar, fuel charging door and adjustable openings provided to control the amount of combustion air that enters the combustion chamber. CLOTHES DRYER. An appliance used to dry wet laundry by means of heat. COMBINATION FIRE/SMOKE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon the detection of heat and resist the passage of flame and smoke. The device is installed to operate automatically, be controlled by a smoke detection system, and where required, is capable of being positioned from a fire command center. COMBUSTIBLE AS SEMBLY. Wall, floor, ceiling or other assembly constructed of one or more component materials that are not defined as noncombustible. COMBUSTIBLE LIQUID. For the purposes of transportation, a combustible liquid as defined in the regulations of the United S tates Department of Transportation, as set forth in 49 CFR 173.120. For all other purposes, a liquid, other than a compressed gas or cryogenic fluid, having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) classified as follows: Class II. Liquids having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) and below 140\u00b0F (60\u00b0C). Class IIIA. Liquids having a closed cup flash point at or above 140\u00b0F (60\u00b0C) and below 200\u00b0F (93.3\u00b0C). Class IIIB. Liquids having a closed cup flash point at or above 200\u00b0F (93. 3\u00b0C ). COMBUSTIBLE MATERIAL. Any material not defined as noncombustible. COMBUSTION. In the context of this code, refers to the rapid oxidation of fuel accompanied by the production of heat or heat and light. COMBUSTION AIR. Air necessary for complete combustion of a fuel, including theoretical air and excess air. COMBUSTION CHAMBER. The portion of an appliance within which combustion occurs. COMBUSTION PRODUCTS. Constituents resulting from the combustion of a fuel with the oxygen of the air, including the inert gases, but excluding excess air. COMMERCIAL COOKING APPLIANCES. Appliances used in a commercial food service establishment for heating or cooking food and which produce grease vapors, steam, fumes, smoke or odors that are required to be removed through a local exhaust ventilation system. Such appliances include deep fat fryers; upright broilers; griddles; broilers; steam - jacketed kettles; hot - top ranges; under - fired broilers (charbroilers); ovens; barbeques ; rotisseries; and similar appliances. For the purpose of this definition, a food service establishment shall include any building or a portion thereof used for the preparation and serving of food. COMMERCIAL COOKING RECIRCULATING SYSTEM. Self - contained system consisting of the exhaust hood, the cooking equipment, the filters and the fire suppression system . The system is designed to capture cooking vapors and res - idues generated from commercial cooking equipment. The system removes contaminants from the exhaust air and recirculates the air to the space from which it was withdrawn. COMMERCIAL KITCHEN EXHAUST HOODS. Backshelf hood. A backshelf hood is also referred to as a low - proximity hood, or as a sidewall hood where wall mounted. Its front lower lip is low over the appliance(s) and is \u201cset back\u201d from the front of the appliance(s). It is always closed to the rear of the appliances by a panel where free - standing, or by a panel or wall where wall mounted, and its height above the cooking surface varies. (This style of hood can be constructed with partial end panels to increase its effectiveness in capturing the effluent generated by the cooking operation). Double island canopy hood. A double island canopy hood is placed over back to back appl iances or appliance lines. It is open on all sides and overhangs both fronts and the sides of the appliance(s). It could have a wall panel between the backs of the appliances. (The fact that exhaust air is drawn from both sides of the double canopy to \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 609.6 mm) from the walls of the space or from fixed air - conditioning equipment. BTU. Abbreviation for British thermal unit, which is the quantity of heat required to raise the temperature of 1 pound (453.6 g) of water 1\u00b0F ( - 17.22\u00b0C ) (1 Btu = 1055 J). CEILING RADIATION DAMPER. A listed device installed in a ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly to limit automatically the radiative heat transfer through an air inlet/outlet opening. CHIMNEY. A primarily vertic al structure containing one or more flues used to remove products of combustion from fuel - burning appliances, refuse incineration, or industrial processes. Factory - built chimney. A listed and labeled chimney com - posed of factory - made components, assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. Masonry chimney. A field - constructed chimney composed of solid masonry units, bricks, stones or concrete. Metal chimney. A field - constructed chimney composed of metal. DEFINITIONS CHIMNEY CONNECTOR. A pipe that connects a fuel - burning appliance to a chimney. CLEARANCE. The minimum distance through air measured between the heat - producing surface of the mechanical appliance, device or equipment and the surface of the combustibl e material or assembly. CLOSED COMBUSTION SOLID FUEL - BURNING APPLIANCE. A heat - producing appliance that employs a combustion chamber that does not have openings other than the flue collar, fuel charging door and adjustable openings provided to control the amount of combustion air that enters the combustion chamber. CLOTHES DRYER. An appliance used to dry wet laundry by means of heat. COMBINATION FIRE/SMOKE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon the detection of heat and resist the passage of flame and smoke. The device is installed to operate automatically, be controlled by a smoke detection system, and where required, is capable of being positioned from a fire command center. COMBUSTIBLE AS SEMBLY. Wall, floor, ceiling or other assembly constructed of one or more component materials that are not defined as noncombustible. COMBUSTIBLE LIQUID. For the purposes of transportation, a combustible liquid as defined in the regulations of the United S tates Department of Transportation, as set forth in 49 CFR 173.120. For all other purposes, a liquid, other than a compressed gas or cryogenic fluid, having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) classified as follows: Class II. Liquids having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) and below 140\u00b0F (60\u00b0C). Class IIIA. Liquids having a closed cup flash point at or above 140\u00b0F (60\u00b0C) and below 200\u00b0F (93.3\u00b0C). Class IIIB. Liquids having a closed cup flash point at or above 200\u00b0F (93. 3\u00b0C ). COMBUSTIBLE MATERIAL. Any material not defined as noncombustible. COMBUSTION. In the context of this code, refers to the rapid oxidation of fuel accompanied by the production of heat or heat and light. COMBUSTION AIR. Air necessary for complete combustion of a fuel, including theoretical air and excess air. COMBUSTION CHAMBER. The portion of an appliance within which combustion occurs. COMBUSTION PRODUCTS. Constituents resulting from the combustion of a fuel with the oxygen of the air, including the inert gases, but excluding excess air. COMMERCIAL COOKING APPLIANCES. Appliances used in a commercial food service establishment for heating or cooking food and which produce grease vapors, steam, fumes, smoke or odors that are required to be removed through a local exhaust ventilation system. Such appliances include deep fat fryers; upright broilers; griddles; broilers; steam - jacketed kettles; hot - top ranges; under - fired broilers (charbroilers); ovens; barbeques ; rotisseries; and similar appliances. For the purpose of this definition, a food service establishment shall include any building or a portion thereof used for the preparation and serving of food. COMMERCIAL COOKING RECIRCULATING SYSTEM. Self - contained system consisting of the exhaust hood, the cooking equipment, the filters and the fire suppression system . The system is designed to capture cooking vapors and res - idues generated from commercial cooking equipment. The system removes contaminants from the exhaust air and recirculates the air to the space from which it was withdrawn. COMMERCIAL KITCHEN EXHAUST HOODS. Backshelf hood. A backshelf hood is also referred to as a low - proximity hood, or as a sidewall hood where wall mounted. Its front lower lip is low over the appliance(s) and is \u201cset back\u201d from the front of the appliance(s). It is always closed to the rear of the appliances by a panel where free - standing, or by a panel or wall where wall mounted, and its height above the cooking surface varies. (This style of hood can be constructed with partial end panels to increase its effectiveness in capturing the effluent generated by the cooking operation). Double island canopy hood. A double island canopy hood is placed over back to back appl iances or appliance lines. It is open on all sides and overhangs both fronts and the sides of the appliance(s). It could have a wall panel between the backs of the appliances. (The fact that exhaust air is drawn from both sides of the double canopy to \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 609.6 mm) from the walls of the space or from fixed air - conditioning equipment. BTU. Abbreviation for British thermal unit, which is the quantity of heat required to raise the temperature of 1 pound (453.6 g) of water 1\u00b0F ( - 17.22\u00b0C ) (1 Btu = 1055 J). CEILING RADIATION DAMPER. A listed device installed in a ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly to limit automatically the radiative heat transfer through an air inlet/outlet opening. CHIMNEY. A primarily vertic al structure containing one or more flues used to remove products of combustion from fuel - burning appliances, refuse incineration, or industrial processes. Factory - built chimney. A listed and labeled chimney com - posed of factory - made components, assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. Masonry chimney. A field - constructed chimney composed of solid masonry units, bricks, stones or concrete. Metal chimney. A field - constructed chimney composed of metal. DEFINITIONS CHIMNEY CONNECTOR. A pipe that connects a fuel - burning appliance to a chimney. CLEARANCE. The minimum distance through air measured between the heat - producing surface of the mechanical appliance, device or equipment and the surface of the combustibl e material or assembly. CLOSED COMBUSTION SOLID FUEL - BURNING APPLIANCE. A heat - producing appliance that employs a combustion chamber that does not have openings other than the flue collar, fuel charging door and adjustable openings provided to control the amount of combustion air that enters the combustion chamber. CLOTHES DRYER. An appliance used to dry wet laundry by means of heat. COMBINATION FIRE/SMOKE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon the detection of heat and resist the passage of flame and smoke. The device is installed to operate automatically, be controlled by a smoke detection system, and where required, is capable of being positioned from a fire command center. COMBUSTIBLE AS SEMBLY. Wall, floor, ceiling or other assembly constructed of one or more component materials that are not defined as noncombustible. COMBUSTIBLE LIQUID. For the purposes of transportation, a combustible liquid as defined in the regulations of the United S tates Department of Transportation, as set forth in 49 CFR 173.120. For all other purposes, a liquid, other than a compressed gas or cryogenic fluid, having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) classified as follows: Class II. Liquids having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) and below 140\u00b0F (60\u00b0C). Class IIIA. Liquids having a closed cup flash point at or above 140\u00b0F (60\u00b0C) and below 200\u00b0F (93.3\u00b0C). Class IIIB. Liquids having a closed cup flash point at or above 200\u00b0F (93. 3\u00b0C ). COMBUSTIBLE MATERIAL. Any material not defined as noncombustible. COMBUSTION. In the context of this code, refers to the rapid oxidation of fuel accompanied by the production of heat or heat and light. COMBUSTION AIR. Air necessary for complete combustion of a fuel, including theoretical air and excess air. COMBUSTION CHAMBER. The portion of an appliance within which combustion occurs. COMBUSTION PRODUCTS. Constituents resulting from the combustion of a fuel with the oxygen of the air, including the inert gases, but excluding excess air. COMMERCIAL COOKING APPLIANCES. Appliances used in a commercial food service establishment for heating or cooking food and which produce grease vapors, steam, fumes, smoke or odors that are required to be removed through a local exhaust ventilation system. Such appliances include deep fat fryers; upright broilers; griddles; broilers; steam - jacketed kettles; hot - top ranges; under - fired broilers (charbroilers); ovens; barbeques ; rotisseries; and similar appliances. For the purpose of this definition, a food service establishment shall include any building or a portion thereof used for the preparation and serving of food. COMMERCIAL COOKING RECIRCULATING SYSTEM. Self - contained system consisting of the exhaust hood, the cooking equipment, the filters and the fire suppression system . The system is designed to capture cooking vapors and res - idues generated from commercial cooking equipment. The system removes contaminants from the exhaust air and recirculates the air to the space from which it was withdrawn. COMMERCIAL KITCHEN EXHAUST HOODS. Backshelf hood. A backshelf hood is also referred to as a low - proximity hood, or as a sidewall hood where wall mounted. Its front lower lip is low over the appliance(s) and is \u201cset back\u201d from the front of the appliance(s). It is always closed to the rear of the appliances by a panel where free - standing, or by a panel or wall where wall mounted, and its height above the cooking surface varies. (This style of hood can be constructed with partial end panels to increase its effectiveness in capturing the effluent generated by the cooking operation). Double island canopy hood. A double island canopy hood is placed over back to back appl iances or appliance lines. It is open on all sides and overhangs both fronts and the sides of the appliance(s). It could have a wall panel between the backs of the appliances. (The fact that exhaust air is drawn from both sides of the double canopy to DEFINITIONS meet in the center causes each side of this hood to emulate a wall canopy hood, and thus it functions much the same with or without an actual wall panel between the backs of the appliances). Eyebrow hood. An eyebrow hood is mounted directly to the face of an a ppliance, such as an oven and dishwasher, above the opening(s) or door(s) from which effluent is emitted , extending past the sides and overhanging the front of the opening to capture the effluent. Pass - over hood. A pass - over hood is a free - standing form of a backshelf hood constructed low enough to pass food over the top. Single island canopy hood. A single island canopy hood is placed over a single appliance or appliance line. It is open on all sides and overhangs the front, rear and sides of the appliance (s). A single island canopy is more susceptible to cross drafts and requires a greater exhaust air flow than an equivalent sized wall - mounted canopy to capture and contain effluent generated by the cooking operation(s). Wall canopy hood. A wall canopy hood is mounted against a wall above a single appliance or line of appliance(s), or it could be free - standing with a back panel from the rear of the appliances to the hood. It overhangs the front and sides of the appliance(s) on all open sides. The wall acts a s a back panel, forcing the makeup air to be drawn across the front of the cooking equipment, thus increasing the effectiveness of the hood to capture and contain effluent generated by the cooking operation(s). COMPENSATING HOODS. Compensating hoods are th ose having integral (built - in) makeup air supply. The makeup air supply for such hoods is generally supplied from: short - circuit flow from inside the hood, air curtain flow from the bottom of the front face, and front face discharge from the outside front wall of the hood. The compensating makeup airflow can also be supplied from the rear or side of the hood, or the rear, front or sides of the cooking equipment. The makeup air flow can be one or a combination of methods. COMPRESSOR. A specific machine, with or without accessories, for compressing a gas. COMPRESSOR, POSITIVE DISPLACEMENT. A compressor in which increase in pressure is attained by changing the internal volume of the compression chamber. COMPRESSOR UNIT. A compressor with its prime mover and acc essories. CONCEALED LOCATION. A location that cannot be accessed without damaging permanent parts of the building structure or finished surface. Spaces above, below or behind readily removable panels or doors shall not be considered as concealed. CONDENSAT E. The liquid that condenses from a gas (including flue gas) caused by a reduction in temperature or increase in pressure . CONDENSER. A heat exchanger designed to liquefy refrigerant vapor by removal of heat. CONDENSING UNIT. A specific refrigerating machi ne combination for a given refrigerant, consisting of one or more power - driven compressors, condensers and, where required, liquid receivers, and the regularly furnished accessories. CONDITIONED SPACE. An area or room within a building that is within the t hermal envelope of a building that is directly or indirectly heated or cooled using fossil fuel or electricity as the energy source. Spaces that are indirectly heated or cooled where they communicate through openings with conditioned spaces, where they are separated from conditioned spaces by uninsulated walls, floors or ceilings, or where they contain uninsulated ducts, piping or other sources of heating or cooling using fossil fuel or electricity. CONFINED SPACES. A space having a volume less than 50 cubi c feet per 1,000 British thermal units per hour (Btu/h) (4.8 m 3 /kW) of the aggregate input rating of all appliances installed in that space. CONTROL. A manual or automatic device designed to regulate the gas, air, water or electrical supply to, or operation of, a mechanical system. CONVERSION BURNER. A burner designed to supply gaseous fuel to an appliance originally designed to utilize another fuel. COOKING APPLIANCE. See \u201cCommercial cooking appliances.\u201d DEFINITIONS DAMPER. A manua lly or automatically controlled device to regulate draft or the rate of flow of air or combustion gases. Volume damper. A device that will restrict, retard or direct the flow of air in a duct, or the products of combustion in a heat - producing appliance, its vent connector, vent or chimney therefrom. DECORATIVE SHROUD. A listed, partial, noncombustible enclosure for aesthetic purposes that is installed at the termination of a venting system that surrounds or conceals a factory - built chimney system or vent ca p. DESIGN FLOOD ELEVATION. Refer to Section G201.2 of Appendix G of the New York City Building Code . DESIGN WORKING PRESSURE. The maximum allowable working pressure for which a specific part of a system is designed. DIRECT REFRIGERATION SYSTEM. A system in which the evaporator or condenser of the refrigerating system is in direct contact with the air or other substances to be cooled or heated. DIRECT - VENT APPLIANCES. Appliances that are constructed and installed so that all air for combustion is derived directly from the outdoor atmosphere and all flue gases are discharged directly to the outdoor atmosphere. DISCRETE PRODUCT. Products that are non - con tinuous, individual, distinct pieces such as, but not limited to, electrical, plumbing and mechanical products and duct straps, duct fittings, duct registers and pipe hangers. DRAFT. The pressure difference existing between the appliance or any component part and the atmosphere, that causes a continuous flow of air and products of combustion through the gas passages of the appliance to the atmosphere. Induced draft. The pressure difference created by the action of a fan, blower or ejector, that is located b etween the appliance and the chimney or vent termination. Natural draft. The pressure difference created by a vent or chimney because of its height, and the temperature difference between the flue gases and the atmosphere. DRIP. The container placed at a l ow point in a system of piping to collect condensate and from which the condensate is removable. DRY CLEANING SYSTEMS. Dry cleaning plants or systems are classified as follows: Type I. Those systems using Class I flammable liquid solvents having a flash po int below 100\u00b0F (37.8\u00b0C). Type II. Those systems using Class II combustible liquid solvents having a flash point at or above 100\u00b0F (37.8\u00b0C ) and below 140\u00b0F (60\u00b0C). Type III. Those systems using Class III combustible liquid solvents having a flash point at or above 140\u00b0F (60\u00b0C ). Types IV and V. Those systems using Class IV nonflammable liquid solvents. DUCT. A tube or conduit utilized for conveying air. The air passages of sel fcontained systems are not to be construed as air ducts. DUCT FURNACE. A warm - air furnace or heater normally installed in an air distribution duct to supply warm air for heating. This definition shall apply only to a warm - air heating appliance that, for a ir circulation, depends on a blower not furnished as part of the furnace. DUCT SYSTEM. A continuous passageway for the transmission of air that, in addition to ducts, includes duct fittings, dampers, plenums, fans and accessory air - handling equipment and a ppliances. DUCTLESS MINI - SPLIT SYSTEM. A heating and cooling system that is comprised of one or multiple indoor evaporator/air - handling units and an outdoor condensing unit that is connected by refrigerant piping and electrical wiring. A ductless mini - spli t system is capable of cooling or heating one or more rooms without the use of a traditional ductwork system. DWELLING. A building or structure that is occupied in whole or in part as the home, residence or sleeping place of one or more families. \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 609.6 mm) from the walls of the space or from fixed air - conditioning equipment. BTU. Abbreviation for British thermal unit, which is the quantity of heat required to raise the temperature of 1 pound (453.6 g) of water 1\u00b0F ( - 17.22\u00b0C ) (1 Btu = 1055 J). CEILING RADIATION DAMPER. A listed device installed in a ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly to limit automatically the radiative heat transfer through an air inlet/outlet opening. CHIMNEY. A primarily vertic al structure containing one or more flues used to remove products of combustion from fuel - burning appliances, refuse incineration, or industrial processes. Factory - built chimney. A listed and labeled chimney com - posed of factory - made components, assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. Masonry chimney. A field - constructed chimney composed of solid masonry units, bricks, stones or concrete. Metal chimney. A field - constructed chimney composed of metal. DEFINITIONS CHIMNEY CONNECTOR. A pipe that connects a fuel - burning appliance to a chimney. CLEARANCE. The minimum distance through air measured between the heat - producing surface of the mechanical appliance, device or equipment and the surface of the combustibl e material or assembly. CLOSED COMBUSTION SOLID FUEL - BURNING APPLIANCE. A heat - producing appliance that employs a combustion chamber that does not have openings other than the flue collar, fuel charging door and adjustable openings provided to control the amount of combustion air that enters the combustion chamber. CLOTHES DRYER. An appliance used to dry wet laundry by means of heat. COMBINATION FIRE/SMOKE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon the detection of heat and resist the passage of flame and smoke. The device is installed to operate automatically, be controlled by a smoke detection system, and where required, is capable of being positioned from a fire command center. COMBUSTIBLE AS SEMBLY. Wall, floor, ceiling or other assembly constructed of one or more component materials that are not defined as noncombustible. COMBUSTIBLE LIQUID. For the purposes of transportation, a combustible liquid as defined in the regulations of the United S tates Department of Transportation, as set forth in 49 CFR 173.120. For all other purposes, a liquid, other than a compressed gas or cryogenic fluid, having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) classified as follows: Class II. Liquids having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) and below 140\u00b0F (60\u00b0C). Class IIIA. Liquids having a closed cup flash point at or above 140\u00b0F (60\u00b0C) and below 200\u00b0F (93.3\u00b0C). Class IIIB. Liquids having a closed cup flash point at or above 200\u00b0F (93. 3\u00b0C ). COMBUSTIBLE MATERIAL. Any material not defined as noncombustible. COMBUSTION. In the context of this code, refers to the rapid oxidation of fuel accompanied by the production of heat or heat and light. COMBUSTION AIR. Air necessary for complete combustion of a fuel, including theoretical air and excess air. COMBUSTION CHAMBER. The portion of an appliance within which combustion occurs. COMBUSTION PRODUCTS. Constituents resulting from the combustion of a fuel with the oxygen of the air, including the inert gases, but excluding excess air. COMMERCIAL COOKING APPLIANCES. Appliances used in a commercial food service establishment for heating or cooking food and which produce grease vapors, steam, fumes, smoke or odors that are required to be removed through a local exhaust ventilation system. Such appliances include deep fat fryers; upright broilers; griddles; broilers; steam - jacketed kettles; hot - top ranges; under - fired broilers (charbroilers); ovens; barbeques ; rotisseries; and similar appliances. For the purpose of this definition, a food service establishment shall include any building or a portion thereof used for the preparation and serving of food. COMMERCIAL COOKING RECIRCULATING SYSTEM. Self - contained system consisting of the exhaust hood, the cooking equipment, the filters and the fire suppression system . The system is designed to capture cooking vapors and res - idues generated from commercial cooking equipment. The system removes contaminants from the exhaust air and recirculates the air to the space from which it was withdrawn. COMMERCIAL KITCHEN EXHAUST HOODS. Backshelf hood. A backshelf hood is also referred to as a low - proximity hood, or as a sidewall hood where wall mounted. Its front lower lip is low over the appliance(s) and is \u201cset back\u201d from the front of the appliance(s). It is always closed to the rear of the appliances by a panel where free - standing, or by a panel or wall where wall mounted, and its height above the cooking surface varies. (This style of hood can be constructed with partial end panels to increase its effectiveness in capturing the effluent generated by the cooking operation). Double island canopy hood. A double island canopy hood is placed over back to back appl iances or appliance lines. It is open on all sides and overhangs both fronts and the sides of the appliance(s). It could have a wall panel between the backs of the appliances. (The fact that exhaust air is drawn from both sides of the double canopy to DEFINITIONS meet in the center causes each side of this hood to emulate a wall canopy hood, and thus it functions much the same with or without an actual wall panel between the backs of the appliances). Eyebrow hood. An eyebrow hood is mounted directly to the face of an a ppliance, such as an oven and dishwasher, above the opening(s) or door(s) from which effluent is emitted , extending past the sides and overhanging the front of the opening to capture the effluent. Pass - over hood. A pass - over hood is a free - standing form of a backshelf hood constructed low enough to pass food over the top. Single island canopy hood. A single island canopy hood is placed over a single appliance or appliance line. It is open on all sides and overhangs the front, rear and sides of the appliance (s). A single island canopy is more susceptible to cross drafts and requires a greater exhaust air flow than an equivalent sized wall - mounted canopy to capture and contain effluent generated by the cooking operation(s). Wall canopy hood. A wall canopy hood is mounted against a wall above a single appliance or line of appliance(s), or it could be free - standing with a back panel from the rear of the appliances to the hood. It overhangs the front and sides of the appliance(s) on all open sides. The wall acts a s a back panel, forcing the makeup air to be drawn across the front of the cooking equipment, thus increasing the effectiveness of the hood to capture and contain effluent generated by the cooking operation(s). COMPENSATING HOODS. Compensating hoods are th ose having integral (built - in) makeup air supply. The makeup air supply for such hoods is generally supplied from: short - circuit flow from inside the hood, air curtain flow from the bottom of the front face, and front face discharge from the outside front wall of the hood. The compensating makeup airflow can also be supplied from the rear or side of the hood, or the rear, front or sides of the cooking equipment. The makeup air flow can be one or a combination of methods. COMPRESSOR. A specific machine, with or without accessories, for compressing a gas. COMPRESSOR, POSITIVE DISPLACEMENT. A compressor in which increase in pressure is attained by changing the internal volume of the compression chamber. COMPRESSOR UNIT. A compressor with its prime mover and acc essories. CONCEALED LOCATION. A location that cannot be accessed without damaging permanent parts of the building structure or finished surface. Spaces above, below or behind readily removable panels or doors shall not be considered as concealed. CONDENSAT E. The liquid that condenses from a gas (including flue gas) caused by a reduction in temperature or increase in pressure . CONDENSER. A heat exchanger designed to liquefy refrigerant vapor by removal of heat. CONDENSING UNIT. A specific refrigerating machi ne combination for a given refrigerant, consisting of one or more power - driven compressors, condensers and, where required, liquid receivers, and the regularly furnished accessories. CONDITIONED SPACE. An area or room within a building that is within the t hermal envelope of a building that is directly or indirectly heated or cooled using fossil fuel or electricity as the energy source. Spaces that are indirectly heated or cooled where they communicate through openings with conditioned spaces, where they are separated from conditioned spaces by uninsulated walls, floors or ceilings, or where they contain uninsulated ducts, piping or other sources of heating or cooling using fossil fuel or electricity. CONFINED SPACES. A space having a volume less than 50 cubi c feet per 1,000 British thermal units per hour (Btu/h) (4.8 m 3 /kW) of the aggregate input rating of all appliances installed in that space. CONTROL. A manual or automatic device designed to regulate the gas, air, water or electrical supply to, or operation of, a mechanical system. CONVERSION BURNER. A burner designed to supply gaseous fuel to an appliance originally designed to utilize another fuel. COOKING APPLIANCE. See \u201cCommercial cooking appliances.\u201d DEFINITIONS DAMPER. A manua lly or automatically controlled device to regulate draft or the rate of flow of air or combustion gases. Volume damper. A device that will restrict, retard or direct the flow of air in a duct, or the products of combustion in a heat - producing appliance, its vent connector, vent or chimney therefrom. DECORATIVE SHROUD. A listed, partial, noncombustible enclosure for aesthetic purposes that is installed at the termination of a venting system that surrounds or conceals a factory - built chimney system or vent ca p. DESIGN FLOOD ELEVATION. Refer to Section G201.2 of Appendix G of the New York City Building Code . DESIGN WORKING PRESSURE. The maximum allowable working pressure for which a specific part of a system is designed. DIRECT REFRIGERATION SYSTEM. A system in which the evaporator or condenser of the refrigerating system is in direct contact with the air or other substances to be cooled or heated. DIRECT - VENT APPLIANCES. Appliances that are constructed and installed so that all air for combustion is derived directly from the outdoor atmosphere and all flue gases are discharged directly to the outdoor atmosphere. DISCRETE PRODUCT. Products that are non - con tinuous, individual, distinct pieces such as, but not limited to, electrical, plumbing and mechanical products and duct straps, duct fittings, duct registers and pipe hangers. DRAFT. The pressure difference existing between the appliance or any component part and the atmosphere, that causes a continuous flow of air and products of combustion through the gas passages of the appliance to the atmosphere. Induced draft. The pressure difference created by the action of a fan, blower or ejector, that is located b etween the appliance and the chimney or vent termination. Natural draft. The pressure difference created by a vent or chimney because of its height, and the temperature difference between the flue gases and the atmosphere. DRIP. The container placed at a l ow point in a system of piping to collect condensate and from which the condensate is removable. DRY CLEANING SYSTEMS. Dry cleaning plants or systems are classified as follows: Type I. Those systems using Class I flammable liquid solvents having a flash po int below 100\u00b0F (37.8\u00b0C). Type II. Those systems using Class II combustible liquid solvents having a flash point at or above 100\u00b0F (37.8\u00b0C ) and below 140\u00b0F (60\u00b0C). Type III. Those systems using Class III combustible liquid solvents having a flash point at or above 140\u00b0F (60\u00b0C ). Types IV and V. Those systems using Class IV nonflammable liquid solvents. DUCT. A tube or conduit utilized for conveying air. The air passages of sel fcontained systems are not to be construed as air ducts. DUCT FURNACE. A warm - air furnace or heater normally installed in an air distribution duct to supply warm air for heating. This definition shall apply only to a warm - air heating appliance that, for a ir circulation, depends on a blower not furnished as part of the furnace. DUCT SYSTEM. A continuous passageway for the transmission of air that, in addition to ducts, includes duct fittings, dampers, plenums, fans and accessory air - handling equipment and a ppliances. DUCTLESS MINI - SPLIT SYSTEM. A heating and cooling system that is comprised of one or multiple indoor evaporator/air - handling units and an outdoor condensing unit that is connected by refrigerant piping and electrical wiring. A ductless mini - spli t system is capable of cooling or heating one or more rooms without the use of a traditional ductwork system. DWELLING. A building or structure that is occupied in whole or in part as the home, residence or sleeping place of one or more families. DEFINITIONS DWELLING UNIT . A single unit consisting of one or more habitable rooms and occupied or arranged to be occupied as a unit separate from all other units within a dwelling. ELECTRIC HEATING APPLIANCE. An appliance that produces heat energy to create a warm environment by the application of electric power to resistance elements, refrigerant compressors or dissimilar material junctions. ENERGY RECOVERY VENTILATION SYSTEM. Systems that employ air - to - air heat exchangers to recover energy from or reject energy to exhaust ai r for the purpose of preheating, precooling , humidifying or dehumidifying outdoor ventilation air prior to supplying such air to a space, either directly or as part of an HVAC system. ENGINEERED SMOKE CONTROL SYSTEM. Refer to Smoke Control System in Sectio n 909 of the New York City Building Code . ENVIRONMENTAL AIR. Air that is conveyed to or from occupied areas through ducts that are not part of the heating or air - conditioning system, such as ventilation for human usage, domestic kitchen range exhaust, bath room exhaust, and domestic clothes dryer exhaust. EQUIPMENT. All piping, ducts, vents, control devices and other components of systems other than appliances that are permanently installed and integrated to provide control of environmental conditions for bu ildings. This definition shall also include other systems specifically regulated in this code. EQUIPMENT, EXISTING. Any equipment regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install h as been issued. EVAPORATIVE COOLER. A device used for reducing the sensible heat of air for cooling by the process of evaporation of water into an airstream. EVAPORATIVE COOLING SYSTEM. The equipment and appliances intended or installed for the purpose of environmental cooling by an evaporative cooler from which the conditioned air is distributed through ducts or plenums to the conditioned area. EVAPORATOR. That part of the system in which liquid refrigerant is vaporized to produce refrigeration. EXCESS AIR. The amount of air provided in addition to theoretical air to achieve complete combustion of a fuel, thereby preventing the formation of dangerous produc ts of combustion . EXFILTRATION. Uncontrolled outward air leakage from conditioned spaces through unintentional openings in ceilings, floors and walls to unconditioned spaces or the outdoors caused by pressure differences across these openings resulting from wind, the stack effect create d by temperature differences between indoors and outdoors, and imbalances between supply, return and exhaust airflow rates. EXHAUST SYSTEM. An assembly of connected ducts, plenums , fittings, registers, grilles and hoods through which air is conducted from a space or spaces and exhausted to the outdoor atmosphere. EXTRA - HEAVY - DUTY COOKING APPLIANCE. Extra - heavy - duty cooking appliances are those utilizing open flame combustion of solid fuel such as wood, charcoal, briquettes, and mesquite to provide all or pa rt of the heat source for cooking at any time. FIELD ERECTED BOILER. A boiler where the pressure vessel is constructed partially or totally in the field. Field erected boilers do not include cast iron sectional boilers that are considered factory built sin ce each section is a separate pressure vessel. FIRE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon detection of heat and to restrict the passage of flame. Fire dampers are classified for use in eit her static systems that will automatically shut down in the event of a fire, or in dynamic systems that continue to operate during a fire. A dynamic fire damper is tested and rated for closure under elevated temperature airflow. FIREPLACE. An assembly con sisting of a hearth and fire chamber of noncombustible material and provided with a chimney, for use with solid fuels. A fireplace shall be considered an appliance. Factory - built fireplace. A listed and labeled fireplace and chimney system composed of fact ory - made components, and assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 609.6 mm) from the walls of the space or from fixed air - conditioning equipment. BTU. Abbreviation for British thermal unit, which is the quantity of heat required to raise the temperature of 1 pound (453.6 g) of water 1\u00b0F ( - 17.22\u00b0C ) (1 Btu = 1055 J). CEILING RADIATION DAMPER. A listed device installed in a ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly to limit automatically the radiative heat transfer through an air inlet/outlet opening. CHIMNEY. A primarily vertic al structure containing one or more flues used to remove products of combustion from fuel - burning appliances, refuse incineration, or industrial processes. Factory - built chimney. A listed and labeled chimney com - posed of factory - made components, assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. Masonry chimney. A field - constructed chimney composed of solid masonry units, bricks, stones or concrete. Metal chimney. A field - constructed chimney composed of metal. DEFINITIONS CHIMNEY CONNECTOR. A pipe that connects a fuel - burning appliance to a chimney. CLEARANCE. The minimum distance through air measured between the heat - producing surface of the mechanical appliance, device or equipment and the surface of the combustibl e material or assembly. CLOSED COMBUSTION SOLID FUEL - BURNING APPLIANCE. A heat - producing appliance that employs a combustion chamber that does not have openings other than the flue collar, fuel charging door and adjustable openings provided to control the amount of combustion air that enters the combustion chamber. CLOTHES DRYER. An appliance used to dry wet laundry by means of heat. COMBINATION FIRE/SMOKE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon the detection of heat and resist the passage of flame and smoke. The device is installed to operate automatically, be controlled by a smoke detection system, and where required, is capable of being positioned from a fire command center. COMBUSTIBLE AS SEMBLY. Wall, floor, ceiling or other assembly constructed of one or more component materials that are not defined as noncombustible. COMBUSTIBLE LIQUID. For the purposes of transportation, a combustible liquid as defined in the regulations of the United S tates Department of Transportation, as set forth in 49 CFR 173.120. For all other purposes, a liquid, other than a compressed gas or cryogenic fluid, having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) classified as follows: Class II. Liquids having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) and below 140\u00b0F (60\u00b0C). Class IIIA. Liquids having a closed cup flash point at or above 140\u00b0F (60\u00b0C) and below 200\u00b0F (93.3\u00b0C). Class IIIB. Liquids having a closed cup flash point at or above 200\u00b0F (93. 3\u00b0C ). COMBUSTIBLE MATERIAL. Any material not defined as noncombustible. COMBUSTION. In the context of this code, refers to the rapid oxidation of fuel accompanied by the production of heat or heat and light. COMBUSTION AIR. Air necessary for complete combustion of a fuel, including theoretical air and excess air. COMBUSTION CHAMBER. The portion of an appliance within which combustion occurs. COMBUSTION PRODUCTS. Constituents resulting from the combustion of a fuel with the oxygen of the air, including the inert gases, but excluding excess air. COMMERCIAL COOKING APPLIANCES. Appliances used in a commercial food service establishment for heating or cooking food and which produce grease vapors, steam, fumes, smoke or odors that are required to be removed through a local exhaust ventilation system. Such appliances include deep fat fryers; upright broilers; griddles; broilers; steam - jacketed kettles; hot - top ranges; under - fired broilers (charbroilers); ovens; barbeques ; rotisseries; and similar appliances. For the purpose of this definition, a food service establishment shall include any building or a portion thereof used for the preparation and serving of food. COMMERCIAL COOKING RECIRCULATING SYSTEM. Self - contained system consisting of the exhaust hood, the cooking equipment, the filters and the fire suppression system . The system is designed to capture cooking vapors and res - idues generated from commercial cooking equipment. The system removes contaminants from the exhaust air and recirculates the air to the space from which it was withdrawn. COMMERCIAL KITCHEN EXHAUST HOODS. Backshelf hood. A backshelf hood is also referred to as a low - proximity hood, or as a sidewall hood where wall mounted. Its front lower lip is low over the appliance(s) and is \u201cset back\u201d from the front of the appliance(s). It is always closed to the rear of the appliances by a panel where free - standing, or by a panel or wall where wall mounted, and its height above the cooking surface varies. (This style of hood can be constructed with partial end panels to increase its effectiveness in capturing the effluent generated by the cooking operation). Double island canopy hood. A double island canopy hood is placed over back to back appl iances or appliance lines. It is open on all sides and overhangs both fronts and the sides of the appliance(s). It could have a wall panel between the backs of the appliances. (The fact that exhaust air is drawn from both sides of the double canopy to DEFINITIONS meet in the center causes each side of this hood to emulate a wall canopy hood, and thus it functions much the same with or without an actual wall panel between the backs of the appliances). Eyebrow hood. An eyebrow hood is mounted directly to the face of an a ppliance, such as an oven and dishwasher, above the opening(s) or door(s) from which effluent is emitted , extending past the sides and overhanging the front of the opening to capture the effluent. Pass - over hood. A pass - over hood is a free - standing form of a backshelf hood constructed low enough to pass food over the top. Single island canopy hood. A single island canopy hood is placed over a single appliance or appliance line. It is open on all sides and overhangs the front, rear and sides of the appliance (s). A single island canopy is more susceptible to cross drafts and requires a greater exhaust air flow than an equivalent sized wall - mounted canopy to capture and contain effluent generated by the cooking operation(s). Wall canopy hood. A wall canopy hood is mounted against a wall above a single appliance or line of appliance(s), or it could be free - standing with a back panel from the rear of the appliances to the hood. It overhangs the front and sides of the appliance(s) on all open sides. The wall acts a s a back panel, forcing the makeup air to be drawn across the front of the cooking equipment, thus increasing the effectiveness of the hood to capture and contain effluent generated by the cooking operation(s). COMPENSATING HOODS. Compensating hoods are th ose having integral (built - in) makeup air supply. The makeup air supply for such hoods is generally supplied from: short - circuit flow from inside the hood, air curtain flow from the bottom of the front face, and front face discharge from the outside front wall of the hood. The compensating makeup airflow can also be supplied from the rear or side of the hood, or the rear, front or sides of the cooking equipment. The makeup air flow can be one or a combination of methods. COMPRESSOR. A specific machine, with or without accessories, for compressing a gas. COMPRESSOR, POSITIVE DISPLACEMENT. A compressor in which increase in pressure is attained by changing the internal volume of the compression chamber. COMPRESSOR UNIT. A compressor with its prime mover and acc essories. CONCEALED LOCATION. A location that cannot be accessed without damaging permanent parts of the building structure or finished surface. Spaces above, below or behind readily removable panels or doors shall not be considered as concealed. CONDENSAT E. The liquid that condenses from a gas (including flue gas) caused by a reduction in temperature or increase in pressure . CONDENSER. A heat exchanger designed to liquefy refrigerant vapor by removal of heat. CONDENSING UNIT. A specific refrigerating machi ne combination for a given refrigerant, consisting of one or more power - driven compressors, condensers and, where required, liquid receivers, and the regularly furnished accessories. CONDITIONED SPACE. An area or room within a building that is within the t hermal envelope of a building that is directly or indirectly heated or cooled using fossil fuel or electricity as the energy source. Spaces that are indirectly heated or cooled where they communicate through openings with conditioned spaces, where they are separated from conditioned spaces by uninsulated walls, floors or ceilings, or where they contain uninsulated ducts, piping or other sources of heating or cooling using fossil fuel or electricity. CONFINED SPACES. A space having a volume less than 50 cubi c feet per 1,000 British thermal units per hour (Btu/h) (4.8 m 3 /kW) of the aggregate input rating of all appliances installed in that space. CONTROL. A manual or automatic device designed to regulate the gas, air, water or electrical supply to, or operation of, a mechanical system. CONVERSION BURNER. A burner designed to supply gaseous fuel to an appliance originally designed to utilize another fuel. COOKING APPLIANCE. See \u201cCommercial cooking appliances.\u201d DEFINITIONS DAMPER. A manua lly or automatically controlled device to regulate draft or the rate of flow of air or combustion gases. Volume damper. A device that will restrict, retard or direct the flow of air in a duct, or the products of combustion in a heat - producing appliance, its vent connector, vent or chimney therefrom. DECORATIVE SHROUD. A listed, partial, noncombustible enclosure for aesthetic purposes that is installed at the termination of a venting system that surrounds or conceals a factory - built chimney system or vent ca p. DESIGN FLOOD ELEVATION. Refer to Section G201.2 of Appendix G of the New York City Building Code . DESIGN WORKING PRESSURE. The maximum allowable working pressure for which a specific part of a system is designed. DIRECT REFRIGERATION SYSTEM. A system in which the evaporator or condenser of the refrigerating system is in direct contact with the air or other substances to be cooled or heated. DIRECT - VENT APPLIANCES. Appliances that are constructed and installed so that all air for combustion is derived directly from the outdoor atmosphere and all flue gases are discharged directly to the outdoor atmosphere. DISCRETE PRODUCT. Products that are non - con tinuous, individual, distinct pieces such as, but not limited to, electrical, plumbing and mechanical products and duct straps, duct fittings, duct registers and pipe hangers. DRAFT. The pressure difference existing between the appliance or any component part and the atmosphere, that causes a continuous flow of air and products of combustion through the gas passages of the appliance to the atmosphere. Induced draft. The pressure difference created by the action of a fan, blower or ejector, that is located b etween the appliance and the chimney or vent termination. Natural draft. The pressure difference created by a vent or chimney because of its height, and the temperature difference between the flue gases and the atmosphere. DRIP. The container placed at a l ow point in a system of piping to collect condensate and from which the condensate is removable. DRY CLEANING SYSTEMS. Dry cleaning plants or systems are classified as follows: Type I. Those systems using Class I flammable liquid solvents having a flash po int below 100\u00b0F (37.8\u00b0C). Type II. Those systems using Class II combustible liquid solvents having a flash point at or above 100\u00b0F (37.8\u00b0C ) and below 140\u00b0F (60\u00b0C). Type III. Those systems using Class III combustible liquid solvents having a flash point at or above 140\u00b0F (60\u00b0C ). Types IV and V. Those systems using Class IV nonflammable liquid solvents. DUCT. A tube or conduit utilized for conveying air. The air passages of sel fcontained systems are not to be construed as air ducts. DUCT FURNACE. A warm - air furnace or heater normally installed in an air distribution duct to supply warm air for heating. This definition shall apply only to a warm - air heating appliance that, for a ir circulation, depends on a blower not furnished as part of the furnace. DUCT SYSTEM. A continuous passageway for the transmission of air that, in addition to ducts, includes duct fittings, dampers, plenums, fans and accessory air - handling equipment and a ppliances. DUCTLESS MINI - SPLIT SYSTEM. A heating and cooling system that is comprised of one or multiple indoor evaporator/air - handling units and an outdoor condensing unit that is connected by refrigerant piping and electrical wiring. A ductless mini - spli t system is capable of cooling or heating one or more rooms without the use of a traditional ductwork system. DWELLING. A building or structure that is occupied in whole or in part as the home, residence or sleeping place of one or more families. DEFINITIONS DWELLING UNIT . A single unit consisting of one or more habitable rooms and occupied or arranged to be occupied as a unit separate from all other units within a dwelling. ELECTRIC HEATING APPLIANCE. An appliance that produces heat energy to create a warm environment by the application of electric power to resistance elements, refrigerant compressors or dissimilar material junctions. ENERGY RECOVERY VENTILATION SYSTEM. Systems that employ air - to - air heat exchangers to recover energy from or reject energy to exhaust ai r for the purpose of preheating, precooling , humidifying or dehumidifying outdoor ventilation air prior to supplying such air to a space, either directly or as part of an HVAC system. ENGINEERED SMOKE CONTROL SYSTEM. Refer to Smoke Control System in Sectio n 909 of the New York City Building Code . ENVIRONMENTAL AIR. Air that is conveyed to or from occupied areas through ducts that are not part of the heating or air - conditioning system, such as ventilation for human usage, domestic kitchen range exhaust, bath room exhaust, and domestic clothes dryer exhaust. EQUIPMENT. All piping, ducts, vents, control devices and other components of systems other than appliances that are permanently installed and integrated to provide control of environmental conditions for bu ildings. This definition shall also include other systems specifically regulated in this code. EQUIPMENT, EXISTING. Any equipment regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install h as been issued. EVAPORATIVE COOLER. A device used for reducing the sensible heat of air for cooling by the process of evaporation of water into an airstream. EVAPORATIVE COOLING SYSTEM. The equipment and appliances intended or installed for the purpose of environmental cooling by an evaporative cooler from which the conditioned air is distributed through ducts or plenums to the conditioned area. EVAPORATOR. That part of the system in which liquid refrigerant is vaporized to produce refrigeration. EXCESS AIR. The amount of air provided in addition to theoretical air to achieve complete combustion of a fuel, thereby preventing the formation of dangerous produc ts of combustion . EXFILTRATION. Uncontrolled outward air leakage from conditioned spaces through unintentional openings in ceilings, floors and walls to unconditioned spaces or the outdoors caused by pressure differences across these openings resulting from wind, the stack effect create d by temperature differences between indoors and outdoors, and imbalances between supply, return and exhaust airflow rates. EXHAUST SYSTEM. An assembly of connected ducts, plenums , fittings, registers, grilles and hoods through which air is conducted from a space or spaces and exhausted to the outdoor atmosphere. EXTRA - HEAVY - DUTY COOKING APPLIANCE. Extra - heavy - duty cooking appliances are those utilizing open flame combustion of solid fuel such as wood, charcoal, briquettes, and mesquite to provide all or pa rt of the heat source for cooking at any time. FIELD ERECTED BOILER. A boiler where the pressure vessel is constructed partially or totally in the field. Field erected boilers do not include cast iron sectional boilers that are considered factory built sin ce each section is a separate pressure vessel. FIRE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon detection of heat and to restrict the passage of flame. Fire dampers are classified for use in eit her static systems that will automatically shut down in the event of a fire, or in dynamic systems that continue to operate during a fire. A dynamic fire damper is tested and rated for closure under elevated temperature airflow. FIREPLACE. An assembly con sisting of a hearth and fire chamber of noncombustible material and provided with a chimney, for use with solid fuels. A fireplace shall be considered an appliance. Factory - built fireplace. A listed and labeled fireplace and chimney system composed of fact ory - made components, and assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 609.6 mm) from the walls of the space or from fixed air - conditioning equipment. BTU. Abbreviation for British thermal unit, which is the quantity of heat required to raise the temperature of 1 pound (453.6 g) of water 1\u00b0F ( - 17.22\u00b0C ) (1 Btu = 1055 J). CEILING RADIATION DAMPER. A listed device installed in a ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly to limit automatically the radiative heat transfer through an air inlet/outlet opening. CHIMNEY. A primarily vertic al structure containing one or more flues used to remove products of combustion from fuel - burning appliances, refuse incineration, or industrial processes. Factory - built chimney. A listed and labeled chimney com - posed of factory - made components, assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. Masonry chimney. A field - constructed chimney composed of solid masonry units, bricks, stones or concrete. Metal chimney. A field - constructed chimney composed of metal. DEFINITIONS CHIMNEY CONNECTOR. A pipe that connects a fuel - burning appliance to a chimney. CLEARANCE. The minimum distance through air measured between the heat - producing surface of the mechanical appliance, device or equipment and the surface of the combustibl e material or assembly. CLOSED COMBUSTION SOLID FUEL - BURNING APPLIANCE. A heat - producing appliance that employs a combustion chamber that does not have openings other than the flue collar, fuel charging door and adjustable openings provided to control the amount of combustion air that enters the combustion chamber. CLOTHES DRYER. An appliance used to dry wet laundry by means of heat. COMBINATION FIRE/SMOKE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon the detection of heat and resist the passage of flame and smoke. The device is installed to operate automatically, be controlled by a smoke detection system, and where required, is capable of being positioned from a fire command center. COMBUSTIBLE AS SEMBLY. Wall, floor, ceiling or other assembly constructed of one or more component materials that are not defined as noncombustible. COMBUSTIBLE LIQUID. For the purposes of transportation, a combustible liquid as defined in the regulations of the United S tates Department of Transportation, as set forth in 49 CFR 173.120. For all other purposes, a liquid, other than a compressed gas or cryogenic fluid, having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) classified as follows: Class II. Liquids having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) and below 140\u00b0F (60\u00b0C). Class IIIA. Liquids having a closed cup flash point at or above 140\u00b0F (60\u00b0C) and below 200\u00b0F (93.3\u00b0C). Class IIIB. Liquids having a closed cup flash point at or above 200\u00b0F (93. 3\u00b0C ). COMBUSTIBLE MATERIAL. Any material not defined as noncombustible. COMBUSTION. In the context of this code, refers to the rapid oxidation of fuel accompanied by the production of heat or heat and light. COMBUSTION AIR. Air necessary for complete combustion of a fuel, including theoretical air and excess air. COMBUSTION CHAMBER. The portion of an appliance within which combustion occurs. COMBUSTION PRODUCTS. Constituents resulting from the combustion of a fuel with the oxygen of the air, including the inert gases, but excluding excess air. COMMERCIAL COOKING APPLIANCES. Appliances used in a commercial food service establishment for heating or cooking food and which produce grease vapors, steam, fumes, smoke or odors that are required to be removed through a local exhaust ventilation system. Such appliances include deep fat fryers; upright broilers; griddles; broilers; steam - jacketed kettles; hot - top ranges; under - fired broilers (charbroilers); ovens; barbeques ; rotisseries; and similar appliances. For the purpose of this definition, a food service establishment shall include any building or a portion thereof used for the preparation and serving of food. COMMERCIAL COOKING RECIRCULATING SYSTEM. Self - contained system consisting of the exhaust hood, the cooking equipment, the filters and the fire suppression system . The system is designed to capture cooking vapors and res - idues generated from commercial cooking equipment. The system removes contaminants from the exhaust air and recirculates the air to the space from which it was withdrawn. COMMERCIAL KITCHEN EXHAUST HOODS. Backshelf hood. A backshelf hood is also referred to as a low - proximity hood, or as a sidewall hood where wall mounted. Its front lower lip is low over the appliance(s) and is \u201cset back\u201d from the front of the appliance(s). It is always closed to the rear of the appliances by a panel where free - standing, or by a panel or wall where wall mounted, and its height above the cooking surface varies. (This style of hood can be constructed with partial end panels to increase its effectiveness in capturing the effluent generated by the cooking operation). Double island canopy hood. A double island canopy hood is placed over back to back appl iances or appliance lines. It is open on all sides and overhangs both fronts and the sides of the appliance(s). It could have a wall panel between the backs of the appliances. (The fact that exhaust air is drawn from both sides of the double canopy to DEFINITIONS meet in the center causes each side of this hood to emulate a wall canopy hood, and thus it functions much the same with or without an actual wall panel between the backs of the appliances). Eyebrow hood. An eyebrow hood is mounted directly to the face of an a ppliance, such as an oven and dishwasher, above the opening(s) or door(s) from which effluent is emitted , extending past the sides and overhanging the front of the opening to capture the effluent. Pass - over hood. A pass - over hood is a free - standing form of a backshelf hood constructed low enough to pass food over the top. Single island canopy hood. A single island canopy hood is placed over a single appliance or appliance line. It is open on all sides and overhangs the front, rear and sides of the appliance (s). A single island canopy is more susceptible to cross drafts and requires a greater exhaust air flow than an equivalent sized wall - mounted canopy to capture and contain effluent generated by the cooking operation(s). Wall canopy hood. A wall canopy hood is mounted against a wall above a single appliance or line of appliance(s), or it could be free - standing with a back panel from the rear of the appliances to the hood. It overhangs the front and sides of the appliance(s) on all open sides. The wall acts a s a back panel, forcing the makeup air to be drawn across the front of the cooking equipment, thus increasing the effectiveness of the hood to capture and contain effluent generated by the cooking operation(s). COMPENSATING HOODS. Compensating hoods are th ose having integral (built - in) makeup air supply. The makeup air supply for such hoods is generally supplied from: short - circuit flow from inside the hood, air curtain flow from the bottom of the front face, and front face discharge from the outside front wall of the hood. The compensating makeup airflow can also be supplied from the rear or side of the hood, or the rear, front or sides of the cooking equipment. The makeup air flow can be one or a combination of methods. COMPRESSOR. A specific machine, with or without accessories, for compressing a gas. COMPRESSOR, POSITIVE DISPLACEMENT. A compressor in which increase in pressure is attained by changing the internal volume of the compression chamber. COMPRESSOR UNIT. A compressor with its prime mover and acc essories. CONCEALED LOCATION. A location that cannot be accessed without damaging permanent parts of the building structure or finished surface. Spaces above, below or behind readily removable panels or doors shall not be considered as concealed. CONDENSAT E. The liquid that condenses from a gas (including flue gas) caused by a reduction in temperature or increase in pressure . CONDENSER. A heat exchanger designed to liquefy refrigerant vapor by removal of heat. CONDENSING UNIT. A specific refrigerating machi ne combination for a given refrigerant, consisting of one or more power - driven compressors, condensers and, where required, liquid receivers, and the regularly furnished accessories. CONDITIONED SPACE. An area or room within a building that is within the t hermal envelope of a building that is directly or indirectly heated or cooled using fossil fuel or electricity as the energy source. Spaces that are indirectly heated or cooled where they communicate through openings with conditioned spaces, where they are separated from conditioned spaces by uninsulated walls, floors or ceilings, or where they contain uninsulated ducts, piping or other sources of heating or cooling using fossil fuel or electricity. CONFINED SPACES. A space having a volume less than 50 cubi c feet per 1,000 British thermal units per hour (Btu/h) (4.8 m 3 /kW) of the aggregate input rating of all appliances installed in that space. CONTROL. A manual or automatic device designed to regulate the gas, air, water or electrical supply to, or operation of, a mechanical system. CONVERSION BURNER. A burner designed to supply gaseous fuel to an appliance originally designed to utilize another fuel. COOKING APPLIANCE. See \u201cCommercial cooking appliances.\u201d DEFINITIONS DAMPER. A manua lly or automatically controlled device to regulate draft or the rate of flow of air or combustion gases. Volume damper. A device that will restrict, retard or direct the flow of air in a duct, or the products of combustion in a heat - producing appliance, its vent connector, vent or chimney therefrom. DECORATIVE SHROUD. A listed, partial, noncombustible enclosure for aesthetic purposes that is installed at the termination of a venting system that surrounds or conceals a factory - built chimney system or vent ca p. DESIGN FLOOD ELEVATION. Refer to Section G201.2 of Appendix G of the New York City Building Code . DESIGN WORKING PRESSURE. The maximum allowable working pressure for which a specific part of a system is designed. DIRECT REFRIGERATION SYSTEM. A system in which the evaporator or condenser of the refrigerating system is in direct contact with the air or other substances to be cooled or heated. DIRECT - VENT APPLIANCES. Appliances that are constructed and installed so that all air for combustion is derived directly from the outdoor atmosphere and all flue gases are discharged directly to the outdoor atmosphere. DISCRETE PRODUCT. Products that are non - con tinuous, individual, distinct pieces such as, but not limited to, electrical, plumbing and mechanical products and duct straps, duct fittings, duct registers and pipe hangers. DRAFT. The pressure difference existing between the appliance or any component part and the atmosphere, that causes a continuous flow of air and products of combustion through the gas passages of the appliance to the atmosphere. Induced draft. The pressure difference created by the action of a fan, blower or ejector, that is located b etween the appliance and the chimney or vent termination. Natural draft. The pressure difference created by a vent or chimney because of its height, and the temperature difference between the flue gases and the atmosphere. DRIP. The container placed at a l ow point in a system of piping to collect condensate and from which the condensate is removable. DRY CLEANING SYSTEMS. Dry cleaning plants or systems are classified as follows: Type I. Those systems using Class I flammable liquid solvents having a flash po int below 100\u00b0F (37.8\u00b0C). Type II. Those systems using Class II combustible liquid solvents having a flash point at or above 100\u00b0F (37.8\u00b0C ) and below 140\u00b0F (60\u00b0C). Type III. Those systems using Class III combustible liquid solvents having a flash point at or above 140\u00b0F (60\u00b0C ). Types IV and V. Those systems using Class IV nonflammable liquid solvents. DUCT. A tube or conduit utilized for conveying air. The air passages of sel fcontained systems are not to be construed as air ducts. DUCT FURNACE. A warm - air furnace or heater normally installed in an air distribution duct to supply warm air for heating. This definition shall apply only to a warm - air heating appliance that, for a ir circulation, depends on a blower not furnished as part of the furnace. DUCT SYSTEM. A continuous passageway for the transmission of air that, in addition to ducts, includes duct fittings, dampers, plenums, fans and accessory air - handling equipment and a ppliances. DUCTLESS MINI - SPLIT SYSTEM. A heating and cooling system that is comprised of one or multiple indoor evaporator/air - handling units and an outdoor condensing unit that is connected by refrigerant piping and electrical wiring. A ductless mini - spli t system is capable of cooling or heating one or more rooms without the use of a traditional ductwork system. DWELLING. A building or structure that is occupied in whole or in part as the home, residence or sleeping place of one or more families. DEFINITIONS DWELLING UNIT . A single unit consisting of one or more habitable rooms and occupied or arranged to be occupied as a unit separate from all other units within a dwelling. ELECTRIC HEATING APPLIANCE. An appliance that produces heat energy to create a warm environment by the application of electric power to resistance elements, refrigerant compressors or dissimilar material junctions. ENERGY RECOVERY VENTILATION SYSTEM. Systems that employ air - to - air heat exchangers to recover energy from or reject energy to exhaust ai r for the purpose of preheating, precooling , humidifying or dehumidifying outdoor ventilation air prior to supplying such air to a space, either directly or as part of an HVAC system. ENGINEERED SMOKE CONTROL SYSTEM. Refer to Smoke Control System in Sectio n 909 of the New York City Building Code . ENVIRONMENTAL AIR. Air that is conveyed to or from occupied areas through ducts that are not part of the heating or air - conditioning system, such as ventilation for human usage, domestic kitchen range exhaust, bath room exhaust, and domestic clothes dryer exhaust. EQUIPMENT. All piping, ducts, vents, control devices and other components of systems other than appliances that are permanently installed and integrated to provide control of environmental conditions for bu ildings. This definition shall also include other systems specifically regulated in this code. EQUIPMENT, EXISTING. Any equipment regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install h as been issued. EVAPORATIVE COOLER. A device used for reducing the sensible heat of air for cooling by the process of evaporation of water into an airstream. EVAPORATIVE COOLING SYSTEM. The equipment and appliances intended or installed for the purpose of environmental cooling by an evaporative cooler from which the conditioned air is distributed through ducts or plenums to the conditioned area. EVAPORATOR. That part of the system in which liquid refrigerant is vaporized to produce refrigeration. EXCESS AIR. The amount of air provided in addition to theoretical air to achieve complete combustion of a fuel, thereby preventing the formation of dangerous produc ts of combustion . EXFILTRATION. Uncontrolled outward air leakage from conditioned spaces through unintentional openings in ceilings, floors and walls to unconditioned spaces or the outdoors caused by pressure differences across these openings resulting from wind, the stack effect create d by temperature differences between indoors and outdoors, and imbalances between supply, return and exhaust airflow rates. EXHAUST SYSTEM. An assembly of connected ducts, plenums , fittings, registers, grilles and hoods through which air is conducted from a space or spaces and exhausted to the outdoor atmosphere. EXTRA - HEAVY - DUTY COOKING APPLIANCE. Extra - heavy - duty cooking appliances are those utilizing open flame combustion of solid fuel such as wood, charcoal, briquettes, and mesquite to provide all or pa rt of the heat source for cooking at any time. FIELD ERECTED BOILER. A boiler where the pressure vessel is constructed partially or totally in the field. Field erected boilers do not include cast iron sectional boilers that are considered factory built sin ce each section is a separate pressure vessel. FIRE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon detection of heat and to restrict the passage of flame. Fire dampers are classified for use in eit her static systems that will automatically shut down in the event of a fire, or in dynamic systems that continue to operate during a fire. A dynamic fire damper is tested and rated for closure under elevated temperature airflow. FIREPLACE. An assembly con sisting of a hearth and fire chamber of noncombustible material and provided with a chimney, for use with solid fuels. A fireplace shall be considered an appliance. Factory - built fireplace. A listed and labeled fireplace and chimney system composed of fact ory - made components, and assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. DEFINITIONS Masonry fireplace. A hearth and fire chamber of solid masonry units such as bricks, stones, listed masonry units or reinforced concrete, provided with a suitable chimney. FIREPLACE STOVE. A free - standing chimney - connected solid - fuel - burning heater, designed to be operated with the fire chamber doors in either the open or closed position. FLAME SAFEGUARD. A device that will automa tically shut off the fuel supply to a main burner or group of burners when the means of ignition of such burners becomes inoperative, and when flame failure occurs on the burner or group of burners. FLAME SPREAD INDEX. A comparative measure, expressed as a dimensionless number, derived from visual measurements of the spread of flame versus time for a material tested in accordance with ASTM E 84 or UL 723. FLAMMABILITY CLASSIFICATION. Refrigerants shall be assigned to one of the three classes \u2014 1, 2 or 3 \u2014 in ac cordance with ASHRAE 34. FLAMMABLE LIQUIDS. Any liquid that has a closed cup flash point below 100\u00b0F (37.8\u00b0C) , and has a vapor pressure not exceeding 40 psi (275.8 kPa) at 100\u00b0F (37.8\u00b0C ). Flammable liquids shall be known as Class I liquids and shall be div ided into the following classifications: Class IA. Liquids having a closed cup flash point below 73\u00b0F (22.8\u00b0C ) and a boiling point below 100\u00b0F (37.8\u00b0C). Class IB. Liquids having a closed cup flash point below 73\u00b0F (22.8\u00b0C ) and a boiling point at or above 100\u00b0F (37.8\u00b0C). Class IC. Liquids having a closed cup flash point at or above 73\u00b0F (22.8\u00b0C ) and below 100\u00b0F (37.8\u00b0C ). FLAMMABLE VAPOR OR FUMES. Mixtures of gases in air at concentrations equal to or greater than the LFL an d less than or equal to the upper flammability limit (UFL). FLASH POINT. The minimum temperature at which the application of a test flame causes the vapors of a portion of the sample to ignite under the conditions specified by the test procedures and appar atus . The flash point of a liquid shall be determined in accordance with ASTM D 56, ASTM D 93 or ASTM D 3278. FLEXIBLE AIR CONNECTOR. A conduit for transferring air between an air duct or plenum and an air terminal unit or between an air duct or plenum and an air inlet or air outlet. Such conduit is limited in its use, length and location. FLOOR AREA, NET. The actual occupied area, not including unoccupied accessory areas or thicknesses of walls. FLOOR FURNACE. A completely self - contained furnace suspended from the floor of the space being heated, taking air for combustion from outside such space and with means for observing flames and lighting the appliance from such space. Fan type. A floor furnace equipped with a fan that provides the primary means for ci rculating air. Gravity type. A floor furnace depending primarily on circulation of air by gravity. This classification shall also include floor furnaces equipped with booster - type fans that do not materially restrict free circulation of air by gravity flow when such fans are not in operation. FLUE. A passageway within a chimney or vent through which gaseous combustion products pass. FLUE CONNECTION (BREECHING). A passage for con - ducting the products of combustion from a fuel - fired appliance to the vent or c himney (see also \u201cChimney connector\u201d and \u201cVent connector\u201d). FLUE GASES. Products of combustion plus excess air in fireplace and appliance flues, or heat exchangers. FLUE LINER (LINING). A system or material used to form the inside surface of a flue in a ch imney or vent, for the purpose of protecting the surrounding structure from the effects of combustion products and conveying combustion products without leakage to the atmosphere. FUEL GAS. A natural gas, manufactured gas, liquefied petroleum gas or a mixt ure of these gases. FUEL OIL. Kerosene or any hydrocarbon oil having a flash point not less than 100\u00b0F (37.8\u00b0C). \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 609.6 mm) from the walls of the space or from fixed air - conditioning equipment. BTU. Abbreviation for British thermal unit, which is the quantity of heat required to raise the temperature of 1 pound (453.6 g) of water 1\u00b0F ( - 17.22\u00b0C ) (1 Btu = 1055 J). CEILING RADIATION DAMPER. A listed device installed in a ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly to limit automatically the radiative heat transfer through an air inlet/outlet opening. CHIMNEY. A primarily vertic al structure containing one or more flues used to remove products of combustion from fuel - burning appliances, refuse incineration, or industrial processes. Factory - built chimney. A listed and labeled chimney com - posed of factory - made components, assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. Masonry chimney. A field - constructed chimney composed of solid masonry units, bricks, stones or concrete. Metal chimney. A field - constructed chimney composed of metal. DEFINITIONS CHIMNEY CONNECTOR. A pipe that connects a fuel - burning appliance to a chimney. CLEARANCE. The minimum distance through air measured between the heat - producing surface of the mechanical appliance, device or equipment and the surface of the combustibl e material or assembly. CLOSED COMBUSTION SOLID FUEL - BURNING APPLIANCE. A heat - producing appliance that employs a combustion chamber that does not have openings other than the flue collar, fuel charging door and adjustable openings provided to control the amount of combustion air that enters the combustion chamber. CLOTHES DRYER. An appliance used to dry wet laundry by means of heat. COMBINATION FIRE/SMOKE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon the detection of heat and resist the passage of flame and smoke. The device is installed to operate automatically, be controlled by a smoke detection system, and where required, is capable of being positioned from a fire command center. COMBUSTIBLE AS SEMBLY. Wall, floor, ceiling or other assembly constructed of one or more component materials that are not defined as noncombustible. COMBUSTIBLE LIQUID. For the purposes of transportation, a combustible liquid as defined in the regulations of the United S tates Department of Transportation, as set forth in 49 CFR 173.120. For all other purposes, a liquid, other than a compressed gas or cryogenic fluid, having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) classified as follows: Class II. Liquids having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) and below 140\u00b0F (60\u00b0C). Class IIIA. Liquids having a closed cup flash point at or above 140\u00b0F (60\u00b0C) and below 200\u00b0F (93.3\u00b0C). Class IIIB. Liquids having a closed cup flash point at or above 200\u00b0F (93. 3\u00b0C ). COMBUSTIBLE MATERIAL. Any material not defined as noncombustible. COMBUSTION. In the context of this code, refers to the rapid oxidation of fuel accompanied by the production of heat or heat and light. COMBUSTION AIR. Air necessary for complete combustion of a fuel, including theoretical air and excess air. COMBUSTION CHAMBER. The portion of an appliance within which combustion occurs. COMBUSTION PRODUCTS. Constituents resulting from the combustion of a fuel with the oxygen of the air, including the inert gases, but excluding excess air. COMMERCIAL COOKING APPLIANCES. Appliances used in a commercial food service establishment for heating or cooking food and which produce grease vapors, steam, fumes, smoke or odors that are required to be removed through a local exhaust ventilation system. Such appliances include deep fat fryers; upright broilers; griddles; broilers; steam - jacketed kettles; hot - top ranges; under - fired broilers (charbroilers); ovens; barbeques ; rotisseries; and similar appliances. For the purpose of this definition, a food service establishment shall include any building or a portion thereof used for the preparation and serving of food. COMMERCIAL COOKING RECIRCULATING SYSTEM. Self - contained system consisting of the exhaust hood, the cooking equipment, the filters and the fire suppression system . The system is designed to capture cooking vapors and res - idues generated from commercial cooking equipment. The system removes contaminants from the exhaust air and recirculates the air to the space from which it was withdrawn. COMMERCIAL KITCHEN EXHAUST HOODS. Backshelf hood. A backshelf hood is also referred to as a low - proximity hood, or as a sidewall hood where wall mounted. Its front lower lip is low over the appliance(s) and is \u201cset back\u201d from the front of the appliance(s). It is always closed to the rear of the appliances by a panel where free - standing, or by a panel or wall where wall mounted, and its height above the cooking surface varies. (This style of hood can be constructed with partial end panels to increase its effectiveness in capturing the effluent generated by the cooking operation). Double island canopy hood. A double island canopy hood is placed over back to back appl iances or appliance lines. It is open on all sides and overhangs both fronts and the sides of the appliance(s). It could have a wall panel between the backs of the appliances. (The fact that exhaust air is drawn from both sides of the double canopy to DEFINITIONS meet in the center causes each side of this hood to emulate a wall canopy hood, and thus it functions much the same with or without an actual wall panel between the backs of the appliances). Eyebrow hood. An eyebrow hood is mounted directly to the face of an a ppliance, such as an oven and dishwasher, above the opening(s) or door(s) from which effluent is emitted , extending past the sides and overhanging the front of the opening to capture the effluent. Pass - over hood. A pass - over hood is a free - standing form of a backshelf hood constructed low enough to pass food over the top. Single island canopy hood. A single island canopy hood is placed over a single appliance or appliance line. It is open on all sides and overhangs the front, rear and sides of the appliance (s). A single island canopy is more susceptible to cross drafts and requires a greater exhaust air flow than an equivalent sized wall - mounted canopy to capture and contain effluent generated by the cooking operation(s). Wall canopy hood. A wall canopy hood is mounted against a wall above a single appliance or line of appliance(s), or it could be free - standing with a back panel from the rear of the appliances to the hood. It overhangs the front and sides of the appliance(s) on all open sides. The wall acts a s a back panel, forcing the makeup air to be drawn across the front of the cooking equipment, thus increasing the effectiveness of the hood to capture and contain effluent generated by the cooking operation(s). COMPENSATING HOODS. Compensating hoods are th ose having integral (built - in) makeup air supply. The makeup air supply for such hoods is generally supplied from: short - circuit flow from inside the hood, air curtain flow from the bottom of the front face, and front face discharge from the outside front wall of the hood. The compensating makeup airflow can also be supplied from the rear or side of the hood, or the rear, front or sides of the cooking equipment. The makeup air flow can be one or a combination of methods. COMPRESSOR. A specific machine, with or without accessories, for compressing a gas. COMPRESSOR, POSITIVE DISPLACEMENT. A compressor in which increase in pressure is attained by changing the internal volume of the compression chamber. COMPRESSOR UNIT. A compressor with its prime mover and acc essories. CONCEALED LOCATION. A location that cannot be accessed without damaging permanent parts of the building structure or finished surface. Spaces above, below or behind readily removable panels or doors shall not be considered as concealed. CONDENSAT E. The liquid that condenses from a gas (including flue gas) caused by a reduction in temperature or increase in pressure . CONDENSER. A heat exchanger designed to liquefy refrigerant vapor by removal of heat. CONDENSING UNIT. A specific refrigerating machi ne combination for a given refrigerant, consisting of one or more power - driven compressors, condensers and, where required, liquid receivers, and the regularly furnished accessories. CONDITIONED SPACE. An area or room within a building that is within the t hermal envelope of a building that is directly or indirectly heated or cooled using fossil fuel or electricity as the energy source. Spaces that are indirectly heated or cooled where they communicate through openings with conditioned spaces, where they are separated from conditioned spaces by uninsulated walls, floors or ceilings, or where they contain uninsulated ducts, piping or other sources of heating or cooling using fossil fuel or electricity. CONFINED SPACES. A space having a volume less than 50 cubi c feet per 1,000 British thermal units per hour (Btu/h) (4.8 m 3 /kW) of the aggregate input rating of all appliances installed in that space. CONTROL. A manual or automatic device designed to regulate the gas, air, water or electrical supply to, or operation of, a mechanical system. CONVERSION BURNER. A burner designed to supply gaseous fuel to an appliance originally designed to utilize another fuel. COOKING APPLIANCE. See \u201cCommercial cooking appliances.\u201d DEFINITIONS DAMPER. A manua lly or automatically controlled device to regulate draft or the rate of flow of air or combustion gases. Volume damper. A device that will restrict, retard or direct the flow of air in a duct, or the products of combustion in a heat - producing appliance, its vent connector, vent or chimney therefrom. DECORATIVE SHROUD. A listed, partial, noncombustible enclosure for aesthetic purposes that is installed at the termination of a venting system that surrounds or conceals a factory - built chimney system or vent ca p. DESIGN FLOOD ELEVATION. Refer to Section G201.2 of Appendix G of the New York City Building Code . DESIGN WORKING PRESSURE. The maximum allowable working pressure for which a specific part of a system is designed. DIRECT REFRIGERATION SYSTEM. A system in which the evaporator or condenser of the refrigerating system is in direct contact with the air or other substances to be cooled or heated. DIRECT - VENT APPLIANCES. Appliances that are constructed and installed so that all air for combustion is derived directly from the outdoor atmosphere and all flue gases are discharged directly to the outdoor atmosphere. DISCRETE PRODUCT. Products that are non - con tinuous, individual, distinct pieces such as, but not limited to, electrical, plumbing and mechanical products and duct straps, duct fittings, duct registers and pipe hangers. DRAFT. The pressure difference existing between the appliance or any component part and the atmosphere, that causes a continuous flow of air and products of combustion through the gas passages of the appliance to the atmosphere. Induced draft. The pressure difference created by the action of a fan, blower or ejector, that is located b etween the appliance and the chimney or vent termination. Natural draft. The pressure difference created by a vent or chimney because of its height, and the temperature difference between the flue gases and the atmosphere. DRIP. The container placed at a l ow point in a system of piping to collect condensate and from which the condensate is removable. DRY CLEANING SYSTEMS. Dry cleaning plants or systems are classified as follows: Type I. Those systems using Class I flammable liquid solvents having a flash po int below 100\u00b0F (37.8\u00b0C). Type II. Those systems using Class II combustible liquid solvents having a flash point at or above 100\u00b0F (37.8\u00b0C ) and below 140\u00b0F (60\u00b0C). Type III. Those systems using Class III combustible liquid solvents having a flash point at or above 140\u00b0F (60\u00b0C ). Types IV and V. Those systems using Class IV nonflammable liquid solvents. DUCT. A tube or conduit utilized for conveying air. The air passages of sel fcontained systems are not to be construed as air ducts. DUCT FURNACE. A warm - air furnace or heater normally installed in an air distribution duct to supply warm air for heating. This definition shall apply only to a warm - air heating appliance that, for a ir circulation, depends on a blower not furnished as part of the furnace. DUCT SYSTEM. A continuous passageway for the transmission of air that, in addition to ducts, includes duct fittings, dampers, plenums, fans and accessory air - handling equipment and a ppliances. DUCTLESS MINI - SPLIT SYSTEM. A heating and cooling system that is comprised of one or multiple indoor evaporator/air - handling units and an outdoor condensing unit that is connected by refrigerant piping and electrical wiring. A ductless mini - spli t system is capable of cooling or heating one or more rooms without the use of a traditional ductwork system. DWELLING. A building or structure that is occupied in whole or in part as the home, residence or sleeping place of one or more families. DEFINITIONS DWELLING UNIT . A single unit consisting of one or more habitable rooms and occupied or arranged to be occupied as a unit separate from all other units within a dwelling. ELECTRIC HEATING APPLIANCE. An appliance that produces heat energy to create a warm environment by the application of electric power to resistance elements, refrigerant compressors or dissimilar material junctions. ENERGY RECOVERY VENTILATION SYSTEM. Systems that employ air - to - air heat exchangers to recover energy from or reject energy to exhaust ai r for the purpose of preheating, precooling , humidifying or dehumidifying outdoor ventilation air prior to supplying such air to a space, either directly or as part of an HVAC system. ENGINEERED SMOKE CONTROL SYSTEM. Refer to Smoke Control System in Sectio n 909 of the New York City Building Code . ENVIRONMENTAL AIR. Air that is conveyed to or from occupied areas through ducts that are not part of the heating or air - conditioning system, such as ventilation for human usage, domestic kitchen range exhaust, bath room exhaust, and domestic clothes dryer exhaust. EQUIPMENT. All piping, ducts, vents, control devices and other components of systems other than appliances that are permanently installed and integrated to provide control of environmental conditions for bu ildings. This definition shall also include other systems specifically regulated in this code. EQUIPMENT, EXISTING. Any equipment regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install h as been issued. EVAPORATIVE COOLER. A device used for reducing the sensible heat of air for cooling by the process of evaporation of water into an airstream. EVAPORATIVE COOLING SYSTEM. The equipment and appliances intended or installed for the purpose of environmental cooling by an evaporative cooler from which the conditioned air is distributed through ducts or plenums to the conditioned area. EVAPORATOR. That part of the system in which liquid refrigerant is vaporized to produce refrigeration. EXCESS AIR. The amount of air provided in addition to theoretical air to achieve complete combustion of a fuel, thereby preventing the formation of dangerous produc ts of combustion . EXFILTRATION. Uncontrolled outward air leakage from conditioned spaces through unintentional openings in ceilings, floors and walls to unconditioned spaces or the outdoors caused by pressure differences across these openings resulting from wind, the stack effect create d by temperature differences between indoors and outdoors, and imbalances between supply, return and exhaust airflow rates. EXHAUST SYSTEM. An assembly of connected ducts, plenums , fittings, registers, grilles and hoods through which air is conducted from a space or spaces and exhausted to the outdoor atmosphere. EXTRA - HEAVY - DUTY COOKING APPLIANCE. Extra - heavy - duty cooking appliances are those utilizing open flame combustion of solid fuel such as wood, charcoal, briquettes, and mesquite to provide all or pa rt of the heat source for cooking at any time. FIELD ERECTED BOILER. A boiler where the pressure vessel is constructed partially or totally in the field. Field erected boilers do not include cast iron sectional boilers that are considered factory built sin ce each section is a separate pressure vessel. FIRE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon detection of heat and to restrict the passage of flame. Fire dampers are classified for use in eit her static systems that will automatically shut down in the event of a fire, or in dynamic systems that continue to operate during a fire. A dynamic fire damper is tested and rated for closure under elevated temperature airflow. FIREPLACE. An assembly con sisting of a hearth and fire chamber of noncombustible material and provided with a chimney, for use with solid fuels. A fireplace shall be considered an appliance. Factory - built fireplace. A listed and labeled fireplace and chimney system composed of fact ory - made components, and assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. DEFINITIONS Masonry fireplace. A hearth and fire chamber of solid masonry units such as bricks, stones, listed masonry units or reinforced concrete, provided with a suitable chimney. FIREPLACE STOVE. A free - standing chimney - connected solid - fuel - burning heater, designed to be operated with the fire chamber doors in either the open or closed position. FLAME SAFEGUARD. A device that will automa tically shut off the fuel supply to a main burner or group of burners when the means of ignition of such burners becomes inoperative, and when flame failure occurs on the burner or group of burners. FLAME SPREAD INDEX. A comparative measure, expressed as a dimensionless number, derived from visual measurements of the spread of flame versus time for a material tested in accordance with ASTM E 84 or UL 723. FLAMMABILITY CLASSIFICATION. Refrigerants shall be assigned to one of the three classes \u2014 1, 2 or 3 \u2014 in ac cordance with ASHRAE 34. FLAMMABLE LIQUIDS. Any liquid that has a closed cup flash point below 100\u00b0F (37.8\u00b0C) , and has a vapor pressure not exceeding 40 psi (275.8 kPa) at 100\u00b0F (37.8\u00b0C ). Flammable liquids shall be known as Class I liquids and shall be div ided into the following classifications: Class IA. Liquids having a closed cup flash point below 73\u00b0F (22.8\u00b0C ) and a boiling point below 100\u00b0F (37.8\u00b0C). Class IB. Liquids having a closed cup flash point below 73\u00b0F (22.8\u00b0C ) and a boiling point at or above 100\u00b0F (37.8\u00b0C). Class IC. Liquids having a closed cup flash point at or above 73\u00b0F (22.8\u00b0C ) and below 100\u00b0F (37.8\u00b0C ). FLAMMABLE VAPOR OR FUMES. Mixtures of gases in air at concentrations equal to or greater than the LFL an d less than or equal to the upper flammability limit (UFL). FLASH POINT. The minimum temperature at which the application of a test flame causes the vapors of a portion of the sample to ignite under the conditions specified by the test procedures and appar atus . The flash point of a liquid shall be determined in accordance with ASTM D 56, ASTM D 93 or ASTM D 3278. FLEXIBLE AIR CONNECTOR. A conduit for transferring air between an air duct or plenum and an air terminal unit or between an air duct or plenum and an air inlet or air outlet. Such conduit is limited in its use, length and location. FLOOR AREA, NET. The actual occupied area, not including unoccupied accessory areas or thicknesses of walls. FLOOR FURNACE. A completely self - contained furnace suspended from the floor of the space being heated, taking air for combustion from outside such space and with means for observing flames and lighting the appliance from such space. Fan type. A floor furnace equipped with a fan that provides the primary means for ci rculating air. Gravity type. A floor furnace depending primarily on circulation of air by gravity. This classification shall also include floor furnaces equipped with booster - type fans that do not materially restrict free circulation of air by gravity flow when such fans are not in operation. FLUE. A passageway within a chimney or vent through which gaseous combustion products pass. FLUE CONNECTION (BREECHING). A passage for con - ducting the products of combustion from a fuel - fired appliance to the vent or c himney (see also \u201cChimney connector\u201d and \u201cVent connector\u201d). FLUE GASES. Products of combustion plus excess air in fireplace and appliance flues, or heat exchangers. FLUE LINER (LINING). A system or material used to form the inside surface of a flue in a ch imney or vent, for the purpose of protecting the surrounding structure from the effects of combustion products and conveying combustion products without leakage to the atmosphere. FUEL GAS. A natural gas, manufactured gas, liquefied petroleum gas or a mixt ure of these gases. FUEL OIL. Kerosene or any hydrocarbon oil having a flash point not less than 100\u00b0F (37.8\u00b0C). \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 609.6 mm) from the walls of the space or from fixed air - conditioning equipment. BTU. Abbreviation for British thermal unit, which is the quantity of heat required to raise the temperature of 1 pound (453.6 g) of water 1\u00b0F ( - 17.22\u00b0C ) (1 Btu = 1055 J). CEILING RADIATION DAMPER. A listed device installed in a ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly to limit automatically the radiative heat transfer through an air inlet/outlet opening. CHIMNEY. A primarily vertic al structure containing one or more flues used to remove products of combustion from fuel - burning appliances, refuse incineration, or industrial processes. Factory - built chimney. A listed and labeled chimney com - posed of factory - made components, assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. Masonry chimney. A field - constructed chimney composed of solid masonry units, bricks, stones or concrete. Metal chimney. A field - constructed chimney composed of metal. DEFINITIONS CHIMNEY CONNECTOR. A pipe that connects a fuel - burning appliance to a chimney. CLEARANCE. The minimum distance through air measured between the heat - producing surface of the mechanical appliance, device or equipment and the surface of the combustibl e material or assembly. CLOSED COMBUSTION SOLID FUEL - BURNING APPLIANCE. A heat - producing appliance that employs a combustion chamber that does not have openings other than the flue collar, fuel charging door and adjustable openings provided to control the amount of combustion air that enters the combustion chamber. CLOTHES DRYER. An appliance used to dry wet laundry by means of heat. COMBINATION FIRE/SMOKE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon the detection of heat and resist the passage of flame and smoke. The device is installed to operate automatically, be controlled by a smoke detection system, and where required, is capable of being positioned from a fire command center. COMBUSTIBLE AS SEMBLY. Wall, floor, ceiling or other assembly constructed of one or more component materials that are not defined as noncombustible. COMBUSTIBLE LIQUID. For the purposes of transportation, a combustible liquid as defined in the regulations of the United S tates Department of Transportation, as set forth in 49 CFR 173.120. For all other purposes, a liquid, other than a compressed gas or cryogenic fluid, having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) classified as follows: Class II. Liquids having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) and below 140\u00b0F (60\u00b0C). Class IIIA. Liquids having a closed cup flash point at or above 140\u00b0F (60\u00b0C) and below 200\u00b0F (93.3\u00b0C). Class IIIB. Liquids having a closed cup flash point at or above 200\u00b0F (93. 3\u00b0C ). COMBUSTIBLE MATERIAL. Any material not defined as noncombustible. COMBUSTION. In the context of this code, refers to the rapid oxidation of fuel accompanied by the production of heat or heat and light. COMBUSTION AIR. Air necessary for complete combustion of a fuel, including theoretical air and excess air. COMBUSTION CHAMBER. The portion of an appliance within which combustion occurs. COMBUSTION PRODUCTS. Constituents resulting from the combustion of a fuel with the oxygen of the air, including the inert gases, but excluding excess air. COMMERCIAL COOKING APPLIANCES. Appliances used in a commercial food service establishment for heating or cooking food and which produce grease vapors, steam, fumes, smoke or odors that are required to be removed through a local exhaust ventilation system. Such appliances include deep fat fryers; upright broilers; griddles; broilers; steam - jacketed kettles; hot - top ranges; under - fired broilers (charbroilers); ovens; barbeques ; rotisseries; and similar appliances. For the purpose of this definition, a food service establishment shall include any building or a portion thereof used for the preparation and serving of food. COMMERCIAL COOKING RECIRCULATING SYSTEM. Self - contained system consisting of the exhaust hood, the cooking equipment, the filters and the fire suppression system . The system is designed to capture cooking vapors and res - idues generated from commercial cooking equipment. The system removes contaminants from the exhaust air and recirculates the air to the space from which it was withdrawn. COMMERCIAL KITCHEN EXHAUST HOODS. Backshelf hood. A backshelf hood is also referred to as a low - proximity hood, or as a sidewall hood where wall mounted. Its front lower lip is low over the appliance(s) and is \u201cset back\u201d from the front of the appliance(s). It is always closed to the rear of the appliances by a panel where free - standing, or by a panel or wall where wall mounted, and its height above the cooking surface varies. (This style of hood can be constructed with partial end panels to increase its effectiveness in capturing the effluent generated by the cooking operation). Double island canopy hood. A double island canopy hood is placed over back to back appl iances or appliance lines. It is open on all sides and overhangs both fronts and the sides of the appliance(s). It could have a wall panel between the backs of the appliances. (The fact that exhaust air is drawn from both sides of the double canopy to DEFINITIONS meet in the center causes each side of this hood to emulate a wall canopy hood, and thus it functions much the same with or without an actual wall panel between the backs of the appliances). Eyebrow hood. An eyebrow hood is mounted directly to the face of an a ppliance, such as an oven and dishwasher, above the opening(s) or door(s) from which effluent is emitted , extending past the sides and overhanging the front of the opening to capture the effluent. Pass - over hood. A pass - over hood is a free - standing form of a backshelf hood constructed low enough to pass food over the top. Single island canopy hood. A single island canopy hood is placed over a single appliance or appliance line. It is open on all sides and overhangs the front, rear and sides of the appliance (s). A single island canopy is more susceptible to cross drafts and requires a greater exhaust air flow than an equivalent sized wall - mounted canopy to capture and contain effluent generated by the cooking operation(s). Wall canopy hood. A wall canopy hood is mounted against a wall above a single appliance or line of appliance(s), or it could be free - standing with a back panel from the rear of the appliances to the hood. It overhangs the front and sides of the appliance(s) on all open sides. The wall acts a s a back panel, forcing the makeup air to be drawn across the front of the cooking equipment, thus increasing the effectiveness of the hood to capture and contain effluent generated by the cooking operation(s). COMPENSATING HOODS. Compensating hoods are th ose having integral (built - in) makeup air supply. The makeup air supply for such hoods is generally supplied from: short - circuit flow from inside the hood, air curtain flow from the bottom of the front face, and front face discharge from the outside front wall of the hood. The compensating makeup airflow can also be supplied from the rear or side of the hood, or the rear, front or sides of the cooking equipment. The makeup air flow can be one or a combination of methods. COMPRESSOR. A specific machine, with or without accessories, for compressing a gas. COMPRESSOR, POSITIVE DISPLACEMENT. A compressor in which increase in pressure is attained by changing the internal volume of the compression chamber. COMPRESSOR UNIT. A compressor with its prime mover and acc essories. CONCEALED LOCATION. A location that cannot be accessed without damaging permanent parts of the building structure or finished surface. Spaces above, below or behind readily removable panels or doors shall not be considered as concealed. CONDENSAT E. The liquid that condenses from a gas (including flue gas) caused by a reduction in temperature or increase in pressure . CONDENSER. A heat exchanger designed to liquefy refrigerant vapor by removal of heat. CONDENSING UNIT. A specific refrigerating machi ne combination for a given refrigerant, consisting of one or more power - driven compressors, condensers and, where required, liquid receivers, and the regularly furnished accessories. CONDITIONED SPACE. An area or room within a building that is within the t hermal envelope of a building that is directly or indirectly heated or cooled using fossil fuel or electricity as the energy source. Spaces that are indirectly heated or cooled where they communicate through openings with conditioned spaces, where they are separated from conditioned spaces by uninsulated walls, floors or ceilings, or where they contain uninsulated ducts, piping or other sources of heating or cooling using fossil fuel or electricity. CONFINED SPACES. A space having a volume less than 50 cubi c feet per 1,000 British thermal units per hour (Btu/h) (4.8 m 3 /kW) of the aggregate input rating of all appliances installed in that space. CONTROL. A manual or automatic device designed to regulate the gas, air, water or electrical supply to, or operation of, a mechanical system. CONVERSION BURNER. A burner designed to supply gaseous fuel to an appliance originally designed to utilize another fuel. COOKING APPLIANCE. See \u201cCommercial cooking appliances.\u201d DEFINITIONS DAMPER. A manua lly or automatically controlled device to regulate draft or the rate of flow of air or combustion gases. Volume damper. A device that will restrict, retard or direct the flow of air in a duct, or the products of combustion in a heat - producing appliance, its vent connector, vent or chimney therefrom. DECORATIVE SHROUD. A listed, partial, noncombustible enclosure for aesthetic purposes that is installed at the termination of a venting system that surrounds or conceals a factory - built chimney system or vent ca p. DESIGN FLOOD ELEVATION. Refer to Section G201.2 of Appendix G of the New York City Building Code . DESIGN WORKING PRESSURE. The maximum allowable working pressure for which a specific part of a system is designed. DIRECT REFRIGERATION SYSTEM. A system in which the evaporator or condenser of the refrigerating system is in direct contact with the air or other substances to be cooled or heated. DIRECT - VENT APPLIANCES. Appliances that are constructed and installed so that all air for combustion is derived directly from the outdoor atmosphere and all flue gases are discharged directly to the outdoor atmosphere. DISCRETE PRODUCT. Products that are non - con tinuous, individual, distinct pieces such as, but not limited to, electrical, plumbing and mechanical products and duct straps, duct fittings, duct registers and pipe hangers. DRAFT. The pressure difference existing between the appliance or any component part and the atmosphere, that causes a continuous flow of air and products of combustion through the gas passages of the appliance to the atmosphere. Induced draft. The pressure difference created by the action of a fan, blower or ejector, that is located b etween the appliance and the chimney or vent termination. Natural draft. The pressure difference created by a vent or chimney because of its height, and the temperature difference between the flue gases and the atmosphere. DRIP. The container placed at a l ow point in a system of piping to collect condensate and from which the condensate is removable. DRY CLEANING SYSTEMS. Dry cleaning plants or systems are classified as follows: Type I. Those systems using Class I flammable liquid solvents having a flash po int below 100\u00b0F (37.8\u00b0C). Type II. Those systems using Class II combustible liquid solvents having a flash point at or above 100\u00b0F (37.8\u00b0C ) and below 140\u00b0F (60\u00b0C). Type III. Those systems using Class III combustible liquid solvents having a flash point at or above 140\u00b0F (60\u00b0C ). Types IV and V. Those systems using Class IV nonflammable liquid solvents. DUCT. A tube or conduit utilized for conveying air. The air passages of sel fcontained systems are not to be construed as air ducts. DUCT FURNACE. A warm - air furnace or heater normally installed in an air distribution duct to supply warm air for heating. This definition shall apply only to a warm - air heating appliance that, for a ir circulation, depends on a blower not furnished as part of the furnace. DUCT SYSTEM. A continuous passageway for the transmission of air that, in addition to ducts, includes duct fittings, dampers, plenums, fans and accessory air - handling equipment and a ppliances. DUCTLESS MINI - SPLIT SYSTEM. A heating and cooling system that is comprised of one or multiple indoor evaporator/air - handling units and an outdoor condensing unit that is connected by refrigerant piping and electrical wiring. A ductless mini - spli t system is capable of cooling or heating one or more rooms without the use of a traditional ductwork system. DWELLING. A building or structure that is occupied in whole or in part as the home, residence or sleeping place of one or more families. DEFINITIONS DWELLING UNIT . A single unit consisting of one or more habitable rooms and occupied or arranged to be occupied as a unit separate from all other units within a dwelling. ELECTRIC HEATING APPLIANCE. An appliance that produces heat energy to create a warm environment by the application of electric power to resistance elements, refrigerant compressors or dissimilar material junctions. ENERGY RECOVERY VENTILATION SYSTEM. Systems that employ air - to - air heat exchangers to recover energy from or reject energy to exhaust ai r for the purpose of preheating, precooling , humidifying or dehumidifying outdoor ventilation air prior to supplying such air to a space, either directly or as part of an HVAC system. ENGINEERED SMOKE CONTROL SYSTEM. Refer to Smoke Control System in Sectio n 909 of the New York City Building Code . ENVIRONMENTAL AIR. Air that is conveyed to or from occupied areas through ducts that are not part of the heating or air - conditioning system, such as ventilation for human usage, domestic kitchen range exhaust, bath room exhaust, and domestic clothes dryer exhaust. EQUIPMENT. All piping, ducts, vents, control devices and other components of systems other than appliances that are permanently installed and integrated to provide control of environmental conditions for bu ildings. This definition shall also include other systems specifically regulated in this code. EQUIPMENT, EXISTING. Any equipment regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install h as been issued. EVAPORATIVE COOLER. A device used for reducing the sensible heat of air for cooling by the process of evaporation of water into an airstream. EVAPORATIVE COOLING SYSTEM. The equipment and appliances intended or installed for the purpose of environmental cooling by an evaporative cooler from which the conditioned air is distributed through ducts or plenums to the conditioned area. EVAPORATOR. That part of the system in which liquid refrigerant is vaporized to produce refrigeration. EXCESS AIR. The amount of air provided in addition to theoretical air to achieve complete combustion of a fuel, thereby preventing the formation of dangerous produc ts of combustion . EXFILTRATION. Uncontrolled outward air leakage from conditioned spaces through unintentional openings in ceilings, floors and walls to unconditioned spaces or the outdoors caused by pressure differences across these openings resulting from wind, the stack effect create d by temperature differences between indoors and outdoors, and imbalances between supply, return and exhaust airflow rates. EXHAUST SYSTEM. An assembly of connected ducts, plenums , fittings, registers, grilles and hoods through which air is conducted from a space or spaces and exhausted to the outdoor atmosphere. EXTRA - HEAVY - DUTY COOKING APPLIANCE. Extra - heavy - duty cooking appliances are those utilizing open flame combustion of solid fuel such as wood, charcoal, briquettes, and mesquite to provide all or pa rt of the heat source for cooking at any time. FIELD ERECTED BOILER. A boiler where the pressure vessel is constructed partially or totally in the field. Field erected boilers do not include cast iron sectional boilers that are considered factory built sin ce each section is a separate pressure vessel. FIRE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon detection of heat and to restrict the passage of flame. Fire dampers are classified for use in eit her static systems that will automatically shut down in the event of a fire, or in dynamic systems that continue to operate during a fire. A dynamic fire damper is tested and rated for closure under elevated temperature airflow. FIREPLACE. An assembly con sisting of a hearth and fire chamber of noncombustible material and provided with a chimney, for use with solid fuels. A fireplace shall be considered an appliance. Factory - built fireplace. A listed and labeled fireplace and chimney system composed of fact ory - made components, and assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. DEFINITIONS Masonry fireplace. A hearth and fire chamber of solid masonry units such as bricks, stones, listed masonry units or reinforced concrete, provided with a suitable chimney. FIREPLACE STOVE. A free - standing chimney - connected solid - fuel - burning heater, designed to be operated with the fire chamber doors in either the open or closed position. FLAME SAFEGUARD. A device that will automa tically shut off the fuel supply to a main burner or group of burners when the means of ignition of such burners becomes inoperative, and when flame failure occurs on the burner or group of burners. FLAME SPREAD INDEX. A comparative measure, expressed as a dimensionless number, derived from visual measurements of the spread of flame versus time for a material tested in accordance with ASTM E 84 or UL 723. FLAMMABILITY CLASSIFICATION. Refrigerants shall be assigned to one of the three classes \u2014 1, 2 or 3 \u2014 in ac cordance with ASHRAE 34. FLAMMABLE LIQUIDS. Any liquid that has a closed cup flash point below 100\u00b0F (37.8\u00b0C) , and has a vapor pressure not exceeding 40 psi (275.8 kPa) at 100\u00b0F (37.8\u00b0C ). Flammable liquids shall be known as Class I liquids and shall be div ided into the following classifications: Class IA. Liquids having a closed cup flash point below 73\u00b0F (22.8\u00b0C ) and a boiling point below 100\u00b0F (37.8\u00b0C). Class IB. Liquids having a closed cup flash point below 73\u00b0F (22.8\u00b0C ) and a boiling point at or above 100\u00b0F (37.8\u00b0C). Class IC. Liquids having a closed cup flash point at or above 73\u00b0F (22.8\u00b0C ) and below 100\u00b0F (37.8\u00b0C ). FLAMMABLE VAPOR OR FUMES. Mixtures of gases in air at concentrations equal to or greater than the LFL an d less than or equal to the upper flammability limit (UFL). FLASH POINT. The minimum temperature at which the application of a test flame causes the vapors of a portion of the sample to ignite under the conditions specified by the test procedures and appar atus . The flash point of a liquid shall be determined in accordance with ASTM D 56, ASTM D 93 or ASTM D 3278. FLEXIBLE AIR CONNECTOR. A conduit for transferring air between an air duct or plenum and an air terminal unit or between an air duct or plenum and an air inlet or air outlet. Such conduit is limited in its use, length and location. FLOOR AREA, NET. The actual occupied area, not including unoccupied accessory areas or thicknesses of walls. FLOOR FURNACE. A completely self - contained furnace suspended from the floor of the space being heated, taking air for combustion from outside such space and with means for observing flames and lighting the appliance from such space. Fan type. A floor furnace equipped with a fan that provides the primary means for ci rculating air. Gravity type. A floor furnace depending primarily on circulation of air by gravity. This classification shall also include floor furnaces equipped with booster - type fans that do not materially restrict free circulation of air by gravity flow when such fans are not in operation. FLUE. A passageway within a chimney or vent through which gaseous combustion products pass. FLUE CONNECTION (BREECHING). A passage for con - ducting the products of combustion from a fuel - fired appliance to the vent or c himney (see also \u201cChimney connector\u201d and \u201cVent connector\u201d). FLUE GASES. Products of combustion plus excess air in fireplace and appliance flues, or heat exchangers. FLUE LINER (LINING). A system or material used to form the inside surface of a flue in a ch imney or vent, for the purpose of protecting the surrounding structure from the effects of combustion products and conveying combustion products without leakage to the atmosphere. FUEL GAS. A natural gas, manufactured gas, liquefied petroleum gas or a mixt ure of these gases. FUEL OIL. Kerosene or any hydrocarbon oil having a flash point not less than 100\u00b0F (37.8\u00b0C). DEFINITIONS FUEL - OIL PIPING SYSTEM. A closed piping system that connects a combustible liquid from a source of supply to a fuel - oil - burning appliance. FURNACE. A completely self - contained heating unit that is designed to supply heated air to spaces remote from or adjacent to the appliance location. FURNACE ROOM. A room primarily utilized for the installation of fuel - burning, s pace - heating and water - heating appliances other than boilers (see also \u201cBoiler room\u201d). FUSIBLE PLUG. A device arranged to relieve pressure by operation of a fusible member at a predetermined temperature. GROUND SOURCE HEAT PUMP LOOP SYSTEM. Piping buried i n horizontal or vertical excavations or placed in a body of water for the purpose of transporting heat transfer liquid to and from a heat pump. Included in this definition are closed loop systems in which the liquid is recirculated and open loop systems in which the liquid is drawn from a well or other source. HAZARDOUS LOCATION. Any location considered to be a fire hazar d for flammable vapors, dust, combustible fibers or other highly combustible substances. The location is not necessarily categorized in the New York City Building Code as a high - hazard use group classification. HEAT EXCHANGER. A device that transfers heat from one medium to another. HEAT PUMP. A refrigeration system that extracts heat from one substance and transfers it to another portion of the same substance or to a second substance at a higher temperature for a beneficial purpose. HEAT TRANSFER LIQUID. T he operating or thermal storage liquid in a mechanical system, including water or other liquid base, and additives at the concentration present under operating conditions used to move heat from one location to another. Refrigerants are not included as heat transfer liquids. HEAVY - DUTY COOKING APPLIANCE. Heavy - duty cooking appliances include electric under - fired broilers, electric chain (conveyor) broilers, gas under - fired broilers, gas chain (conveyor) broilers, gas open - burner ranges (with or without oven) , electric and gas wok ranges, smokers, smoker ovens, and electric and gas over - fired (upright) broilers and salamanders. HIGH - PROBABILITY SYSTEMS. A refrigeration system in which the basic design or the location of components is such that a leakage of ref rigerant from a failed connection, seal or component will enter an occupancy classified area, other than the machinery room. HIGH - SIDE PRESSURE. The parts of a refrigerating system subject to condenser pressure. HOOD. An air - intake device used to capture b y entrapment, impingement, adhesion or similar means, grease, moisture, heat and similar contaminants before they enter a duct system. Type I. A kitchen hood for collecting and removing grease vapors and smoke. Such hoods are equipped with a fire suppressi on system. Type II. A general kitchen hood for collecting and removing steam, vapor, heat, odors and products of combustion. HOOD, FUME. A hood used for hazardous exhaust systems. HYDROGEN GENERATING APPLIANCE. A self - contained package or factory - matched p ackages of integrated systems for generating gaseous hydrogen. Hydrogen generating appliances utilize electrolysis, reformation, chemical, or other processes to generate hydrogen. IGNITION SOURCE. A flame, spark or hot surface capable of igniting flammable vapors or fumes. Such sources include appliance burners, burner ignitors and electrical switching devices. IMMEDIATELY DANGEROUS TO LIFE OR HEALTH (IDLH). The concentration of airborne contaminants that poses a threat of death, immediate or delayed perman ent adverse health effects, or effects that could prevent escape from such an environment. This contaminant concentration level is established by the National Institute of Occupational Safety and Health (NIOSH) based on both toxicity and flammability. It i s generally expressed in parts per million by volume (ppm v/v) or milligrams per cubic meter (mg/m 3 ). DEFINITIONS INDIRECT REFRIGERATION SYSTEM. A system in which a secondary coolant cooled or heated by the refrigerating system is circulated to the air or other substa nce to be cooled or heated. Indirect systems are distinguished by the following methods of application: Closed system. A system in which a secondary fluid is either cooled or heated by the refrigerating system and then circulated within a closed circuit in indirect contact with the air or other substance to be cooled or heated. Double - indirect open - spray system. A system in which the secondary substance for an indirect open - spray system is heated or cooled by an intermediate coolant circulated from a second enclosure. Open - spray system. A system in which a secondary coolant is cooled or heated by the refrigerating system and then circulated in direct contact with the air or other substance to be cooled or heated. Vented closed system. A system in which a secondary coolant is cooled or heated by the refrigerating system and then passed through a closed circuit in the air or other substance to be cooled or heated, except that the evaporator or con - denser is placed in an open or appropriately vented tank. \u2021\u2021\u2021 INFILTRATION. Uncontrolled inward air leakage to conditioned spaces through unintentional openings in ceilings, floors and walls from unconditioned spaces or the outdoors caused by pressure differences across these openings resulting from wind, the stac k effect created by temperature differences between indoors and outdoors, and imbalances between supply, return and exhaust airflow rates. INTEGRAL VENT APPLIANCES. Appliances designed for outdoor installation that have built - in natural or mechanical venti ng means and are constructed and installed so that all air for combustion is derived from the outdoor atmosphere and all flue gases are discharged to the outdoor atmosphere through an integral vent termination. INTERLOCK. A device actuated by another devic e with which it is directly associated, to govern succeeding operations of the same or allied devices. A circuit in which a given action cannot occur until after one or more other actions have taken place. JOINT, FLANGED. A joint made by bolting together a pair of flanged ends. JOINT, FLARED. A metal - to - metal compression joint in which a conical spread is made on the end of a tube that is compressed by a flare nut against a mating flare. JOINT, MECHANICAL. A connection between pipes, fittings, or pipes and fittings, which is neither screwed, caulked, threaded, soldered, solvent cemented, brazed nor welded. Also, a joint in which compression is applied along the centerline of the pieces being joined. Some joi nts are part of a coupling, fitting or adapter. These joints include both the press - type and push - fit joining systems. JOINT, PLASTIC ADHESIVE. A joint made in thermoset plastic piping by the use of an adhesive substance that forms a continuous bond betwee n the mating surfaces without dissolving either one of them. JOINT, PLASTIC HEAT FUSION. A joint made in thermo - plastic piping by heating the parts sufficiently to permit fusion of the materials when the parts are pressed together. JOINT, PLASTIC SOLVENT C EMENT. A joint made in thermoplastic piping by the use of a solvent or solvent cement that forms a continuous bond between the mating surfaces. JOINT, SOLDERED. A gas - tight joint obtained by the joining of metal parts with metallic mixtures of alloys that melt at temperatures between 400\u00b0F (204.4\u00b0C ) and 1, 000\u00b0F (537.8\u00b0C ). JOINT, WELDED. A gas - tight joint obtained by the joining of metal parts in molten state. LIGHT - DUTY COOKING APPLIANCE. Light - duty cooking appliances include gas and electric ovens (includi ng standard , bake, roasting, revolving, retherm, convection, combination convection/steamer, countertop conveyorized baking/finishing, deck and pastry), electric and gas steam - jacketed kettles, electric and gas pasta cookers, electric and gas compartment steamers (both pressure and atmospheric ) and electric and gas cheesemelters. LIMIT CONTROL. A device responsive to changes in pressure , temperature or level for turning on, shutting off or throttling the gas supply to an appliance. \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 609.6 mm) from the walls of the space or from fixed air - conditioning equipment. BTU. Abbreviation for British thermal unit, which is the quantity of heat required to raise the temperature of 1 pound (453.6 g) of water 1\u00b0F ( - 17.22\u00b0C ) (1 Btu = 1055 J). CEILING RADIATION DAMPER. A listed device installed in a ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly to limit automatically the radiative heat transfer through an air inlet/outlet opening. CHIMNEY. A primarily vertic al structure containing one or more flues used to remove products of combustion from fuel - burning appliances, refuse incineration, or industrial processes. Factory - built chimney. A listed and labeled chimney com - posed of factory - made components, assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. Masonry chimney. A field - constructed chimney composed of solid masonry units, bricks, stones or concrete. Metal chimney. A field - constructed chimney composed of metal. DEFINITIONS CHIMNEY CONNECTOR. A pipe that connects a fuel - burning appliance to a chimney. CLEARANCE. The minimum distance through air measured between the heat - producing surface of the mechanical appliance, device or equipment and the surface of the combustibl e material or assembly. CLOSED COMBUSTION SOLID FUEL - BURNING APPLIANCE. A heat - producing appliance that employs a combustion chamber that does not have openings other than the flue collar, fuel charging door and adjustable openings provided to control the amount of combustion air that enters the combustion chamber. CLOTHES DRYER. An appliance used to dry wet laundry by means of heat. COMBINATION FIRE/SMOKE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon the detection of heat and resist the passage of flame and smoke. The device is installed to operate automatically, be controlled by a smoke detection system, and where required, is capable of being positioned from a fire command center. COMBUSTIBLE AS SEMBLY. Wall, floor, ceiling or other assembly constructed of one or more component materials that are not defined as noncombustible. COMBUSTIBLE LIQUID. For the purposes of transportation, a combustible liquid as defined in the regulations of the United S tates Department of Transportation, as set forth in 49 CFR 173.120. For all other purposes, a liquid, other than a compressed gas or cryogenic fluid, having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) classified as follows: Class II. Liquids having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) and below 140\u00b0F (60\u00b0C). Class IIIA. Liquids having a closed cup flash point at or above 140\u00b0F (60\u00b0C) and below 200\u00b0F (93.3\u00b0C). Class IIIB. Liquids having a closed cup flash point at or above 200\u00b0F (93. 3\u00b0C ). COMBUSTIBLE MATERIAL. Any material not defined as noncombustible. COMBUSTION. In the context of this code, refers to the rapid oxidation of fuel accompanied by the production of heat or heat and light. COMBUSTION AIR. Air necessary for complete combustion of a fuel, including theoretical air and excess air. COMBUSTION CHAMBER. The portion of an appliance within which combustion occurs. COMBUSTION PRODUCTS. Constituents resulting from the combustion of a fuel with the oxygen of the air, including the inert gases, but excluding excess air. COMMERCIAL COOKING APPLIANCES. Appliances used in a commercial food service establishment for heating or cooking food and which produce grease vapors, steam, fumes, smoke or odors that are required to be removed through a local exhaust ventilation system. Such appliances include deep fat fryers; upright broilers; griddles; broilers; steam - jacketed kettles; hot - top ranges; under - fired broilers (charbroilers); ovens; barbeques ; rotisseries; and similar appliances. For the purpose of this definition, a food service establishment shall include any building or a portion thereof used for the preparation and serving of food. COMMERCIAL COOKING RECIRCULATING SYSTEM. Self - contained system consisting of the exhaust hood, the cooking equipment, the filters and the fire suppression system . The system is designed to capture cooking vapors and res - idues generated from commercial cooking equipment. The system removes contaminants from the exhaust air and recirculates the air to the space from which it was withdrawn. COMMERCIAL KITCHEN EXHAUST HOODS. Backshelf hood. A backshelf hood is also referred to as a low - proximity hood, or as a sidewall hood where wall mounted. Its front lower lip is low over the appliance(s) and is \u201cset back\u201d from the front of the appliance(s). It is always closed to the rear of the appliances by a panel where free - standing, or by a panel or wall where wall mounted, and its height above the cooking surface varies. (This style of hood can be constructed with partial end panels to increase its effectiveness in capturing the effluent generated by the cooking operation). Double island canopy hood. A double island canopy hood is placed over back to back appl iances or appliance lines. It is open on all sides and overhangs both fronts and the sides of the appliance(s). It could have a wall panel between the backs of the appliances. (The fact that exhaust air is drawn from both sides of the double canopy to DEFINITIONS meet in the center causes each side of this hood to emulate a wall canopy hood, and thus it functions much the same with or without an actual wall panel between the backs of the appliances). Eyebrow hood. An eyebrow hood is mounted directly to the face of an a ppliance, such as an oven and dishwasher, above the opening(s) or door(s) from which effluent is emitted , extending past the sides and overhanging the front of the opening to capture the effluent. Pass - over hood. A pass - over hood is a free - standing form of a backshelf hood constructed low enough to pass food over the top. Single island canopy hood. A single island canopy hood is placed over a single appliance or appliance line. It is open on all sides and overhangs the front, rear and sides of the appliance (s). A single island canopy is more susceptible to cross drafts and requires a greater exhaust air flow than an equivalent sized wall - mounted canopy to capture and contain effluent generated by the cooking operation(s). Wall canopy hood. A wall canopy hood is mounted against a wall above a single appliance or line of appliance(s), or it could be free - standing with a back panel from the rear of the appliances to the hood. It overhangs the front and sides of the appliance(s) on all open sides. The wall acts a s a back panel, forcing the makeup air to be drawn across the front of the cooking equipment, thus increasing the effectiveness of the hood to capture and contain effluent generated by the cooking operation(s). COMPENSATING HOODS. Compensating hoods are th ose having integral (built - in) makeup air supply. The makeup air supply for such hoods is generally supplied from: short - circuit flow from inside the hood, air curtain flow from the bottom of the front face, and front face discharge from the outside front wall of the hood. The compensating makeup airflow can also be supplied from the rear or side of the hood, or the rear, front or sides of the cooking equipment. The makeup air flow can be one or a combination of methods. COMPRESSOR. A specific machine, with or without accessories, for compressing a gas. COMPRESSOR, POSITIVE DISPLACEMENT. A compressor in which increase in pressure is attained by changing the internal volume of the compression chamber. COMPRESSOR UNIT. A compressor with its prime mover and acc essories. CONCEALED LOCATION. A location that cannot be accessed without damaging permanent parts of the building structure or finished surface. Spaces above, below or behind readily removable panels or doors shall not be considered as concealed. CONDENSAT E. The liquid that condenses from a gas (including flue gas) caused by a reduction in temperature or increase in pressure . CONDENSER. A heat exchanger designed to liquefy refrigerant vapor by removal of heat. CONDENSING UNIT. A specific refrigerating machi ne combination for a given refrigerant, consisting of one or more power - driven compressors, condensers and, where required, liquid receivers, and the regularly furnished accessories. CONDITIONED SPACE. An area or room within a building that is within the t hermal envelope of a building that is directly or indirectly heated or cooled using fossil fuel or electricity as the energy source. Spaces that are indirectly heated or cooled where they communicate through openings with conditioned spaces, where they are separated from conditioned spaces by uninsulated walls, floors or ceilings, or where they contain uninsulated ducts, piping or other sources of heating or cooling using fossil fuel or electricity. CONFINED SPACES. A space having a volume less than 50 cubi c feet per 1,000 British thermal units per hour (Btu/h) (4.8 m 3 /kW) of the aggregate input rating of all appliances installed in that space. CONTROL. A manual or automatic device designed to regulate the gas, air, water or electrical supply to, or operation of, a mechanical system. CONVERSION BURNER. A burner designed to supply gaseous fuel to an appliance originally designed to utilize another fuel. COOKING APPLIANCE. See \u201cCommercial cooking appliances.\u201d DEFINITIONS DAMPER. A manua lly or automatically controlled device to regulate draft or the rate of flow of air or combustion gases. Volume damper. A device that will restrict, retard or direct the flow of air in a duct, or the products of combustion in a heat - producing appliance, its vent connector, vent or chimney therefrom. DECORATIVE SHROUD. A listed, partial, noncombustible enclosure for aesthetic purposes that is installed at the termination of a venting system that surrounds or conceals a factory - built chimney system or vent ca p. DESIGN FLOOD ELEVATION. Refer to Section G201.2 of Appendix G of the New York City Building Code . DESIGN WORKING PRESSURE. The maximum allowable working pressure for which a specific part of a system is designed. DIRECT REFRIGERATION SYSTEM. A system in which the evaporator or condenser of the refrigerating system is in direct contact with the air or other substances to be cooled or heated. DIRECT - VENT APPLIANCES. Appliances that are constructed and installed so that all air for combustion is derived directly from the outdoor atmosphere and all flue gases are discharged directly to the outdoor atmosphere. DISCRETE PRODUCT. Products that are non - con tinuous, individual, distinct pieces such as, but not limited to, electrical, plumbing and mechanical products and duct straps, duct fittings, duct registers and pipe hangers. DRAFT. The pressure difference existing between the appliance or any component part and the atmosphere, that causes a continuous flow of air and products of combustion through the gas passages of the appliance to the atmosphere. Induced draft. The pressure difference created by the action of a fan, blower or ejector, that is located b etween the appliance and the chimney or vent termination. Natural draft. The pressure difference created by a vent or chimney because of its height, and the temperature difference between the flue gases and the atmosphere. DRIP. The container placed at a l ow point in a system of piping to collect condensate and from which the condensate is removable. DRY CLEANING SYSTEMS. Dry cleaning plants or systems are classified as follows: Type I. Those systems using Class I flammable liquid solvents having a flash po int below 100\u00b0F (37.8\u00b0C). Type II. Those systems using Class II combustible liquid solvents having a flash point at or above 100\u00b0F (37.8\u00b0C ) and below 140\u00b0F (60\u00b0C). Type III. Those systems using Class III combustible liquid solvents having a flash point at or above 140\u00b0F (60\u00b0C ). Types IV and V. Those systems using Class IV nonflammable liquid solvents. DUCT. A tube or conduit utilized for conveying air. The air passages of sel fcontained systems are not to be construed as air ducts. DUCT FURNACE. A warm - air furnace or heater normally installed in an air distribution duct to supply warm air for heating. This definition shall apply only to a warm - air heating appliance that, for a ir circulation, depends on a blower not furnished as part of the furnace. DUCT SYSTEM. A continuous passageway for the transmission of air that, in addition to ducts, includes duct fittings, dampers, plenums, fans and accessory air - handling equipment and a ppliances. DUCTLESS MINI - SPLIT SYSTEM. A heating and cooling system that is comprised of one or multiple indoor evaporator/air - handling units and an outdoor condensing unit that is connected by refrigerant piping and electrical wiring. A ductless mini - spli t system is capable of cooling or heating one or more rooms without the use of a traditional ductwork system. DWELLING. A building or structure that is occupied in whole or in part as the home, residence or sleeping place of one or more families. DEFINITIONS DWELLING UNIT . A single unit consisting of one or more habitable rooms and occupied or arranged to be occupied as a unit separate from all other units within a dwelling. ELECTRIC HEATING APPLIANCE. An appliance that produces heat energy to create a warm environment by the application of electric power to resistance elements, refrigerant compressors or dissimilar material junctions. ENERGY RECOVERY VENTILATION SYSTEM. Systems that employ air - to - air heat exchangers to recover energy from or reject energy to exhaust ai r for the purpose of preheating, precooling , humidifying or dehumidifying outdoor ventilation air prior to supplying such air to a space, either directly or as part of an HVAC system. ENGINEERED SMOKE CONTROL SYSTEM. Refer to Smoke Control System in Sectio n 909 of the New York City Building Code . ENVIRONMENTAL AIR. Air that is conveyed to or from occupied areas through ducts that are not part of the heating or air - conditioning system, such as ventilation for human usage, domestic kitchen range exhaust, bath room exhaust, and domestic clothes dryer exhaust. EQUIPMENT. All piping, ducts, vents, control devices and other components of systems other than appliances that are permanently installed and integrated to provide control of environmental conditions for bu ildings. This definition shall also include other systems specifically regulated in this code. EQUIPMENT, EXISTING. Any equipment regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install h as been issued. EVAPORATIVE COOLER. A device used for reducing the sensible heat of air for cooling by the process of evaporation of water into an airstream. EVAPORATIVE COOLING SYSTEM. The equipment and appliances intended or installed for the purpose of environmental cooling by an evaporative cooler from which the conditioned air is distributed through ducts or plenums to the conditioned area. EVAPORATOR. That part of the system in which liquid refrigerant is vaporized to produce refrigeration. EXCESS AIR. The amount of air provided in addition to theoretical air to achieve complete combustion of a fuel, thereby preventing the formation of dangerous produc ts of combustion . EXFILTRATION. Uncontrolled outward air leakage from conditioned spaces through unintentional openings in ceilings, floors and walls to unconditioned spaces or the outdoors caused by pressure differences across these openings resulting from wind, the stack effect create d by temperature differences between indoors and outdoors, and imbalances between supply, return and exhaust airflow rates. EXHAUST SYSTEM. An assembly of connected ducts, plenums , fittings, registers, grilles and hoods through which air is conducted from a space or spaces and exhausted to the outdoor atmosphere. EXTRA - HEAVY - DUTY COOKING APPLIANCE. Extra - heavy - duty cooking appliances are those utilizing open flame combustion of solid fuel such as wood, charcoal, briquettes, and mesquite to provide all or pa rt of the heat source for cooking at any time. FIELD ERECTED BOILER. A boiler where the pressure vessel is constructed partially or totally in the field. Field erected boilers do not include cast iron sectional boilers that are considered factory built sin ce each section is a separate pressure vessel. FIRE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon detection of heat and to restrict the passage of flame. Fire dampers are classified for use in eit her static systems that will automatically shut down in the event of a fire, or in dynamic systems that continue to operate during a fire. A dynamic fire damper is tested and rated for closure under elevated temperature airflow. FIREPLACE. An assembly con sisting of a hearth and fire chamber of noncombustible material and provided with a chimney, for use with solid fuels. A fireplace shall be considered an appliance. Factory - built fireplace. A listed and labeled fireplace and chimney system composed of fact ory - made components, and assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. DEFINITIONS Masonry fireplace. A hearth and fire chamber of solid masonry units such as bricks, stones, listed masonry units or reinforced concrete, provided with a suitable chimney. FIREPLACE STOVE. A free - standing chimney - connected solid - fuel - burning heater, designed to be operated with the fire chamber doors in either the open or closed position. FLAME SAFEGUARD. A device that will automa tically shut off the fuel supply to a main burner or group of burners when the means of ignition of such burners becomes inoperative, and when flame failure occurs on the burner or group of burners. FLAME SPREAD INDEX. A comparative measure, expressed as a dimensionless number, derived from visual measurements of the spread of flame versus time for a material tested in accordance with ASTM E 84 or UL 723. FLAMMABILITY CLASSIFICATION. Refrigerants shall be assigned to one of the three classes \u2014 1, 2 or 3 \u2014 in ac cordance with ASHRAE 34. FLAMMABLE LIQUIDS. Any liquid that has a closed cup flash point below 100\u00b0F (37.8\u00b0C) , and has a vapor pressure not exceeding 40 psi (275.8 kPa) at 100\u00b0F (37.8\u00b0C ). Flammable liquids shall be known as Class I liquids and shall be div ided into the following classifications: Class IA. Liquids having a closed cup flash point below 73\u00b0F (22.8\u00b0C ) and a boiling point below 100\u00b0F (37.8\u00b0C). Class IB. Liquids having a closed cup flash point below 73\u00b0F (22.8\u00b0C ) and a boiling point at or above 100\u00b0F (37.8\u00b0C). Class IC. Liquids having a closed cup flash point at or above 73\u00b0F (22.8\u00b0C ) and below 100\u00b0F (37.8\u00b0C ). FLAMMABLE VAPOR OR FUMES. Mixtures of gases in air at concentrations equal to or greater than the LFL an d less than or equal to the upper flammability limit (UFL). FLASH POINT. The minimum temperature at which the application of a test flame causes the vapors of a portion of the sample to ignite under the conditions specified by the test procedures and appar atus . The flash point of a liquid shall be determined in accordance with ASTM D 56, ASTM D 93 or ASTM D 3278. FLEXIBLE AIR CONNECTOR. A conduit for transferring air between an air duct or plenum and an air terminal unit or between an air duct or plenum and an air inlet or air outlet. Such conduit is limited in its use, length and location. FLOOR AREA, NET. The actual occupied area, not including unoccupied accessory areas or thicknesses of walls. FLOOR FURNACE. A completely self - contained furnace suspended from the floor of the space being heated, taking air for combustion from outside such space and with means for observing flames and lighting the appliance from such space. Fan type. A floor furnace equipped with a fan that provides the primary means for ci rculating air. Gravity type. A floor furnace depending primarily on circulation of air by gravity. This classification shall also include floor furnaces equipped with booster - type fans that do not materially restrict free circulation of air by gravity flow when such fans are not in operation. FLUE. A passageway within a chimney or vent through which gaseous combustion products pass. FLUE CONNECTION (BREECHING). A passage for con - ducting the products of combustion from a fuel - fired appliance to the vent or c himney (see also \u201cChimney connector\u201d and \u201cVent connector\u201d). FLUE GASES. Products of combustion plus excess air in fireplace and appliance flues, or heat exchangers. FLUE LINER (LINING). A system or material used to form the inside surface of a flue in a ch imney or vent, for the purpose of protecting the surrounding structure from the effects of combustion products and conveying combustion products without leakage to the atmosphere. FUEL GAS. A natural gas, manufactured gas, liquefied petroleum gas or a mixt ure of these gases. FUEL OIL. Kerosene or any hydrocarbon oil having a flash point not less than 100\u00b0F (37.8\u00b0C). DEFINITIONS FUEL - OIL PIPING SYSTEM. A closed piping system that connects a combustible liquid from a source of supply to a fuel - oil - burning appliance. FURNACE. A completely self - contained heating unit that is designed to supply heated air to spaces remote from or adjacent to the appliance location. FURNACE ROOM. A room primarily utilized for the installation of fuel - burning, s pace - heating and water - heating appliances other than boilers (see also \u201cBoiler room\u201d). FUSIBLE PLUG. A device arranged to relieve pressure by operation of a fusible member at a predetermined temperature. GROUND SOURCE HEAT PUMP LOOP SYSTEM. Piping buried i n horizontal or vertical excavations or placed in a body of water for the purpose of transporting heat transfer liquid to and from a heat pump. Included in this definition are closed loop systems in which the liquid is recirculated and open loop systems in which the liquid is drawn from a well or other source. HAZARDOUS LOCATION. Any location considered to be a fire hazar d for flammable vapors, dust, combustible fibers or other highly combustible substances. The location is not necessarily categorized in the New York City Building Code as a high - hazard use group classification. HEAT EXCHANGER. A device that transfers heat from one medium to another. HEAT PUMP. A refrigeration system that extracts heat from one substance and transfers it to another portion of the same substance or to a second substance at a higher temperature for a beneficial purpose. HEAT TRANSFER LIQUID. T he operating or thermal storage liquid in a mechanical system, including water or other liquid base, and additives at the concentration present under operating conditions used to move heat from one location to another. Refrigerants are not included as heat transfer liquids. HEAVY - DUTY COOKING APPLIANCE. Heavy - duty cooking appliances include electric under - fired broilers, electric chain (conveyor) broilers, gas under - fired broilers, gas chain (conveyor) broilers, gas open - burner ranges (with or without oven) , electric and gas wok ranges, smokers, smoker ovens, and electric and gas over - fired (upright) broilers and salamanders. HIGH - PROBABILITY SYSTEMS. A refrigeration system in which the basic design or the location of components is such that a leakage of ref rigerant from a failed connection, seal or component will enter an occupancy classified area, other than the machinery room. HIGH - SIDE PRESSURE. The parts of a refrigerating system subject to condenser pressure. HOOD. An air - intake device used to capture b y entrapment, impingement, adhesion or similar means, grease, moisture, heat and similar contaminants before they enter a duct system. Type I. A kitchen hood for collecting and removing grease vapors and smoke. Such hoods are equipped with a fire suppressi on system. Type II. A general kitchen hood for collecting and removing steam, vapor, heat, odors and products of combustion. HOOD, FUME. A hood used for hazardous exhaust systems. HYDROGEN GENERATING APPLIANCE. A self - contained package or factory - matched p ackages of integrated systems for generating gaseous hydrogen. Hydrogen generating appliances utilize electrolysis, reformation, chemical, or other processes to generate hydrogen. IGNITION SOURCE. A flame, spark or hot surface capable of igniting flammable vapors or fumes. Such sources include appliance burners, burner ignitors and electrical switching devices. IMMEDIATELY DANGEROUS TO LIFE OR HEALTH (IDLH). The concentration of airborne contaminants that poses a threat of death, immediate or delayed perman ent adverse health effects, or effects that could prevent escape from such an environment. This contaminant concentration level is established by the National Institute of Occupational Safety and Health (NIOSH) based on both toxicity and flammability. It i s generally expressed in parts per million by volume (ppm v/v) or milligrams per cubic meter (mg/m 3 ). DEFINITIONS INDIRECT REFRIGERATION SYSTEM. A system in which a secondary coolant cooled or heated by the refrigerating system is circulated to the air or other substa nce to be cooled or heated. Indirect systems are distinguished by the following methods of application: Closed system. A system in which a secondary fluid is either cooled or heated by the refrigerating system and then circulated within a closed circuit in indirect contact with the air or other substance to be cooled or heated. Double - indirect open - spray system. A system in which the secondary substance for an indirect open - spray system is heated or cooled by an intermediate coolant circulated from a second enclosure. Open - spray system. A system in which a secondary coolant is cooled or heated by the refrigerating system and then circulated in direct contact with the air or other substance to be cooled or heated. Vented closed system. A system in which a secondary coolant is cooled or heated by the refrigerating system and then passed through a closed circuit in the air or other substance to be cooled or heated, except that the evaporator or con - denser is placed in an open or appropriately vented tank. \u2021\u2021\u2021 INFILTRATION. Uncontrolled inward air leakage to conditioned spaces through unintentional openings in ceilings, floors and walls from unconditioned spaces or the outdoors caused by pressure differences across these openings resulting from wind, the stac k effect created by temperature differences between indoors and outdoors, and imbalances between supply, return and exhaust airflow rates. INTEGRAL VENT APPLIANCES. Appliances designed for outdoor installation that have built - in natural or mechanical venti ng means and are constructed and installed so that all air for combustion is derived from the outdoor atmosphere and all flue gases are discharged to the outdoor atmosphere through an integral vent termination. INTERLOCK. A device actuated by another devic e with which it is directly associated, to govern succeeding operations of the same or allied devices. A circuit in which a given action cannot occur until after one or more other actions have taken place. JOINT, FLANGED. A joint made by bolting together a pair of flanged ends. JOINT, FLARED. A metal - to - metal compression joint in which a conical spread is made on the end of a tube that is compressed by a flare nut against a mating flare. JOINT, MECHANICAL. A connection between pipes, fittings, or pipes and fittings, which is neither screwed, caulked, threaded, soldered, solvent cemented, brazed nor welded. Also, a joint in which compression is applied along the centerline of the pieces being joined. Some joi nts are part of a coupling, fitting or adapter. These joints include both the press - type and push - fit joining systems. JOINT, PLASTIC ADHESIVE. A joint made in thermoset plastic piping by the use of an adhesive substance that forms a continuous bond betwee n the mating surfaces without dissolving either one of them. JOINT, PLASTIC HEAT FUSION. A joint made in thermo - plastic piping by heating the parts sufficiently to permit fusion of the materials when the parts are pressed together. JOINT, PLASTIC SOLVENT C EMENT. A joint made in thermoplastic piping by the use of a solvent or solvent cement that forms a continuous bond between the mating surfaces. JOINT, SOLDERED. A gas - tight joint obtained by the joining of metal parts with metallic mixtures of alloys that melt at temperatures between 400\u00b0F (204.4\u00b0C ) and 1, 000\u00b0F (537.8\u00b0C ). JOINT, WELDED. A gas - tight joint obtained by the joining of metal parts in molten state. LIGHT - DUTY COOKING APPLIANCE. Light - duty cooking appliances include gas and electric ovens (includi ng standard , bake, roasting, revolving, retherm, convection, combination convection/steamer, countertop conveyorized baking/finishing, deck and pastry), electric and gas steam - jacketed kettles, electric and gas pasta cookers, electric and gas compartment steamers (both pressure and atmospheric ) and electric and gas cheesemelters. LIMIT CONTROL. A device responsive to changes in pressure , temperature or level for turning on, shutting off or throttling the gas supply to an appliance. \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 609.6 mm) from the walls of the space or from fixed air - conditioning equipment. BTU. Abbreviation for British thermal unit, which is the quantity of heat required to raise the temperature of 1 pound (453.6 g) of water 1\u00b0F ( - 17.22\u00b0C ) (1 Btu = 1055 J). CEILING RADIATION DAMPER. A listed device installed in a ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly to limit automatically the radiative heat transfer through an air inlet/outlet opening. CHIMNEY. A primarily vertic al structure containing one or more flues used to remove products of combustion from fuel - burning appliances, refuse incineration, or industrial processes. Factory - built chimney. A listed and labeled chimney com - posed of factory - made components, assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. Masonry chimney. A field - constructed chimney composed of solid masonry units, bricks, stones or concrete. Metal chimney. A field - constructed chimney composed of metal. DEFINITIONS CHIMNEY CONNECTOR. A pipe that connects a fuel - burning appliance to a chimney. CLEARANCE. The minimum distance through air measured between the heat - producing surface of the mechanical appliance, device or equipment and the surface of the combustibl e material or assembly. CLOSED COMBUSTION SOLID FUEL - BURNING APPLIANCE. A heat - producing appliance that employs a combustion chamber that does not have openings other than the flue collar, fuel charging door and adjustable openings provided to control the amount of combustion air that enters the combustion chamber. CLOTHES DRYER. An appliance used to dry wet laundry by means of heat. COMBINATION FIRE/SMOKE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon the detection of heat and resist the passage of flame and smoke. The device is installed to operate automatically, be controlled by a smoke detection system, and where required, is capable of being positioned from a fire command center. COMBUSTIBLE AS SEMBLY. Wall, floor, ceiling or other assembly constructed of one or more component materials that are not defined as noncombustible. COMBUSTIBLE LIQUID. For the purposes of transportation, a combustible liquid as defined in the regulations of the United S tates Department of Transportation, as set forth in 49 CFR 173.120. For all other purposes, a liquid, other than a compressed gas or cryogenic fluid, having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) classified as follows: Class II. Liquids having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) and below 140\u00b0F (60\u00b0C). Class IIIA. Liquids having a closed cup flash point at or above 140\u00b0F (60\u00b0C) and below 200\u00b0F (93.3\u00b0C). Class IIIB. Liquids having a closed cup flash point at or above 200\u00b0F (93. 3\u00b0C ). COMBUSTIBLE MATERIAL. Any material not defined as noncombustible. COMBUSTION. In the context of this code, refers to the rapid oxidation of fuel accompanied by the production of heat or heat and light. COMBUSTION AIR. Air necessary for complete combustion of a fuel, including theoretical air and excess air. COMBUSTION CHAMBER. The portion of an appliance within which combustion occurs. COMBUSTION PRODUCTS. Constituents resulting from the combustion of a fuel with the oxygen of the air, including the inert gases, but excluding excess air. COMMERCIAL COOKING APPLIANCES. Appliances used in a commercial food service establishment for heating or cooking food and which produce grease vapors, steam, fumes, smoke or odors that are required to be removed through a local exhaust ventilation system. Such appliances include deep fat fryers; upright broilers; griddles; broilers; steam - jacketed kettles; hot - top ranges; under - fired broilers (charbroilers); ovens; barbeques ; rotisseries; and similar appliances. For the purpose of this definition, a food service establishment shall include any building or a portion thereof used for the preparation and serving of food. COMMERCIAL COOKING RECIRCULATING SYSTEM. Self - contained system consisting of the exhaust hood, the cooking equipment, the filters and the fire suppression system . The system is designed to capture cooking vapors and res - idues generated from commercial cooking equipment. The system removes contaminants from the exhaust air and recirculates the air to the space from which it was withdrawn. COMMERCIAL KITCHEN EXHAUST HOODS. Backshelf hood. A backshelf hood is also referred to as a low - proximity hood, or as a sidewall hood where wall mounted. Its front lower lip is low over the appliance(s) and is \u201cset back\u201d from the front of the appliance(s). It is always closed to the rear of the appliances by a panel where free - standing, or by a panel or wall where wall mounted, and its height above the cooking surface varies. (This style of hood can be constructed with partial end panels to increase its effectiveness in capturing the effluent generated by the cooking operation). Double island canopy hood. A double island canopy hood is placed over back to back appl iances or appliance lines. It is open on all sides and overhangs both fronts and the sides of the appliance(s). It could have a wall panel between the backs of the appliances. (The fact that exhaust air is drawn from both sides of the double canopy to DEFINITIONS meet in the center causes each side of this hood to emulate a wall canopy hood, and thus it functions much the same with or without an actual wall panel between the backs of the appliances). Eyebrow hood. An eyebrow hood is mounted directly to the face of an a ppliance, such as an oven and dishwasher, above the opening(s) or door(s) from which effluent is emitted , extending past the sides and overhanging the front of the opening to capture the effluent. Pass - over hood. A pass - over hood is a free - standing form of a backshelf hood constructed low enough to pass food over the top. Single island canopy hood. A single island canopy hood is placed over a single appliance or appliance line. It is open on all sides and overhangs the front, rear and sides of the appliance (s). A single island canopy is more susceptible to cross drafts and requires a greater exhaust air flow than an equivalent sized wall - mounted canopy to capture and contain effluent generated by the cooking operation(s). Wall canopy hood. A wall canopy hood is mounted against a wall above a single appliance or line of appliance(s), or it could be free - standing with a back panel from the rear of the appliances to the hood. It overhangs the front and sides of the appliance(s) on all open sides. The wall acts a s a back panel, forcing the makeup air to be drawn across the front of the cooking equipment, thus increasing the effectiveness of the hood to capture and contain effluent generated by the cooking operation(s). COMPENSATING HOODS. Compensating hoods are th ose having integral (built - in) makeup air supply. The makeup air supply for such hoods is generally supplied from: short - circuit flow from inside the hood, air curtain flow from the bottom of the front face, and front face discharge from the outside front wall of the hood. The compensating makeup airflow can also be supplied from the rear or side of the hood, or the rear, front or sides of the cooking equipment. The makeup air flow can be one or a combination of methods. COMPRESSOR. A specific machine, with or without accessories, for compressing a gas. COMPRESSOR, POSITIVE DISPLACEMENT. A compressor in which increase in pressure is attained by changing the internal volume of the compression chamber. COMPRESSOR UNIT. A compressor with its prime mover and acc essories. CONCEALED LOCATION. A location that cannot be accessed without damaging permanent parts of the building structure or finished surface. Spaces above, below or behind readily removable panels or doors shall not be considered as concealed. CONDENSAT E. The liquid that condenses from a gas (including flue gas) caused by a reduction in temperature or increase in pressure . CONDENSER. A heat exchanger designed to liquefy refrigerant vapor by removal of heat. CONDENSING UNIT. A specific refrigerating machi ne combination for a given refrigerant, consisting of one or more power - driven compressors, condensers and, where required, liquid receivers, and the regularly furnished accessories. CONDITIONED SPACE. An area or room within a building that is within the t hermal envelope of a building that is directly or indirectly heated or cooled using fossil fuel or electricity as the energy source. Spaces that are indirectly heated or cooled where they communicate through openings with conditioned spaces, where they are separated from conditioned spaces by uninsulated walls, floors or ceilings, or where they contain uninsulated ducts, piping or other sources of heating or cooling using fossil fuel or electricity. CONFINED SPACES. A space having a volume less than 50 cubi c feet per 1,000 British thermal units per hour (Btu/h) (4.8 m 3 /kW) of the aggregate input rating of all appliances installed in that space. CONTROL. A manual or automatic device designed to regulate the gas, air, water or electrical supply to, or operation of, a mechanical system. CONVERSION BURNER. A burner designed to supply gaseous fuel to an appliance originally designed to utilize another fuel. COOKING APPLIANCE. See \u201cCommercial cooking appliances.\u201d DEFINITIONS DAMPER. A manua lly or automatically controlled device to regulate draft or the rate of flow of air or combustion gases. Volume damper. A device that will restrict, retard or direct the flow of air in a duct, or the products of combustion in a heat - producing appliance, its vent connector, vent or chimney therefrom. DECORATIVE SHROUD. A listed, partial, noncombustible enclosure for aesthetic purposes that is installed at the termination of a venting system that surrounds or conceals a factory - built chimney system or vent ca p. DESIGN FLOOD ELEVATION. Refer to Section G201.2 of Appendix G of the New York City Building Code . DESIGN WORKING PRESSURE. The maximum allowable working pressure for which a specific part of a system is designed. DIRECT REFRIGERATION SYSTEM. A system in which the evaporator or condenser of the refrigerating system is in direct contact with the air or other substances to be cooled or heated. DIRECT - VENT APPLIANCES. Appliances that are constructed and installed so that all air for combustion is derived directly from the outdoor atmosphere and all flue gases are discharged directly to the outdoor atmosphere. DISCRETE PRODUCT. Products that are non - con tinuous, individual, distinct pieces such as, but not limited to, electrical, plumbing and mechanical products and duct straps, duct fittings, duct registers and pipe hangers. DRAFT. The pressure difference existing between the appliance or any component part and the atmosphere, that causes a continuous flow of air and products of combustion through the gas passages of the appliance to the atmosphere. Induced draft. The pressure difference created by the action of a fan, blower or ejector, that is located b etween the appliance and the chimney or vent termination. Natural draft. The pressure difference created by a vent or chimney because of its height, and the temperature difference between the flue gases and the atmosphere. DRIP. The container placed at a l ow point in a system of piping to collect condensate and from which the condensate is removable. DRY CLEANING SYSTEMS. Dry cleaning plants or systems are classified as follows: Type I. Those systems using Class I flammable liquid solvents having a flash po int below 100\u00b0F (37.8\u00b0C). Type II. Those systems using Class II combustible liquid solvents having a flash point at or above 100\u00b0F (37.8\u00b0C ) and below 140\u00b0F (60\u00b0C). Type III. Those systems using Class III combustible liquid solvents having a flash point at or above 140\u00b0F (60\u00b0C ). Types IV and V. Those systems using Class IV nonflammable liquid solvents. DUCT. A tube or conduit utilized for conveying air. The air passages of sel fcontained systems are not to be construed as air ducts. DUCT FURNACE. A warm - air furnace or heater normally installed in an air distribution duct to supply warm air for heating. This definition shall apply only to a warm - air heating appliance that, for a ir circulation, depends on a blower not furnished as part of the furnace. DUCT SYSTEM. A continuous passageway for the transmission of air that, in addition to ducts, includes duct fittings, dampers, plenums, fans and accessory air - handling equipment and a ppliances. DUCTLESS MINI - SPLIT SYSTEM. A heating and cooling system that is comprised of one or multiple indoor evaporator/air - handling units and an outdoor condensing unit that is connected by refrigerant piping and electrical wiring. A ductless mini - spli t system is capable of cooling or heating one or more rooms without the use of a traditional ductwork system. DWELLING. A building or structure that is occupied in whole or in part as the home, residence or sleeping place of one or more families. DEFINITIONS DWELLING UNIT . A single unit consisting of one or more habitable rooms and occupied or arranged to be occupied as a unit separate from all other units within a dwelling. ELECTRIC HEATING APPLIANCE. An appliance that produces heat energy to create a warm environment by the application of electric power to resistance elements, refrigerant compressors or dissimilar material junctions. ENERGY RECOVERY VENTILATION SYSTEM. Systems that employ air - to - air heat exchangers to recover energy from or reject energy to exhaust ai r for the purpose of preheating, precooling , humidifying or dehumidifying outdoor ventilation air prior to supplying such air to a space, either directly or as part of an HVAC system. ENGINEERED SMOKE CONTROL SYSTEM. Refer to Smoke Control System in Sectio n 909 of the New York City Building Code . ENVIRONMENTAL AIR. Air that is conveyed to or from occupied areas through ducts that are not part of the heating or air - conditioning system, such as ventilation for human usage, domestic kitchen range exhaust, bath room exhaust, and domestic clothes dryer exhaust. EQUIPMENT. All piping, ducts, vents, control devices and other components of systems other than appliances that are permanently installed and integrated to provide control of environmental conditions for bu ildings. This definition shall also include other systems specifically regulated in this code. EQUIPMENT, EXISTING. Any equipment regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install h as been issued. EVAPORATIVE COOLER. A device used for reducing the sensible heat of air for cooling by the process of evaporation of water into an airstream. EVAPORATIVE COOLING SYSTEM. The equipment and appliances intended or installed for the purpose of environmental cooling by an evaporative cooler from which the conditioned air is distributed through ducts or plenums to the conditioned area. EVAPORATOR. That part of the system in which liquid refrigerant is vaporized to produce refrigeration. EXCESS AIR. The amount of air provided in addition to theoretical air to achieve complete combustion of a fuel, thereby preventing the formation of dangerous produc ts of combustion . EXFILTRATION. Uncontrolled outward air leakage from conditioned spaces through unintentional openings in ceilings, floors and walls to unconditioned spaces or the outdoors caused by pressure differences across these openings resulting from wind, the stack effect create d by temperature differences between indoors and outdoors, and imbalances between supply, return and exhaust airflow rates. EXHAUST SYSTEM. An assembly of connected ducts, plenums , fittings, registers, grilles and hoods through which air is conducted from a space or spaces and exhausted to the outdoor atmosphere. EXTRA - HEAVY - DUTY COOKING APPLIANCE. Extra - heavy - duty cooking appliances are those utilizing open flame combustion of solid fuel such as wood, charcoal, briquettes, and mesquite to provide all or pa rt of the heat source for cooking at any time. FIELD ERECTED BOILER. A boiler where the pressure vessel is constructed partially or totally in the field. Field erected boilers do not include cast iron sectional boilers that are considered factory built sin ce each section is a separate pressure vessel. FIRE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon detection of heat and to restrict the passage of flame. Fire dampers are classified for use in eit her static systems that will automatically shut down in the event of a fire, or in dynamic systems that continue to operate during a fire. A dynamic fire damper is tested and rated for closure under elevated temperature airflow. FIREPLACE. An assembly con sisting of a hearth and fire chamber of noncombustible material and provided with a chimney, for use with solid fuels. A fireplace shall be considered an appliance. Factory - built fireplace. A listed and labeled fireplace and chimney system composed of fact ory - made components, and assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. DEFINITIONS Masonry fireplace. A hearth and fire chamber of solid masonry units such as bricks, stones, listed masonry units or reinforced concrete, provided with a suitable chimney. FIREPLACE STOVE. A free - standing chimney - connected solid - fuel - burning heater, designed to be operated with the fire chamber doors in either the open or closed position. FLAME SAFEGUARD. A device that will automa tically shut off the fuel supply to a main burner or group of burners when the means of ignition of such burners becomes inoperative, and when flame failure occurs on the burner or group of burners. FLAME SPREAD INDEX. A comparative measure, expressed as a dimensionless number, derived from visual measurements of the spread of flame versus time for a material tested in accordance with ASTM E 84 or UL 723. FLAMMABILITY CLASSIFICATION. Refrigerants shall be assigned to one of the three classes \u2014 1, 2 or 3 \u2014 in ac cordance with ASHRAE 34. FLAMMABLE LIQUIDS. Any liquid that has a closed cup flash point below 100\u00b0F (37.8\u00b0C) , and has a vapor pressure not exceeding 40 psi (275.8 kPa) at 100\u00b0F (37.8\u00b0C ). Flammable liquids shall be known as Class I liquids and shall be div ided into the following classifications: Class IA. Liquids having a closed cup flash point below 73\u00b0F (22.8\u00b0C ) and a boiling point below 100\u00b0F (37.8\u00b0C). Class IB. Liquids having a closed cup flash point below 73\u00b0F (22.8\u00b0C ) and a boiling point at or above 100\u00b0F (37.8\u00b0C). Class IC. Liquids having a closed cup flash point at or above 73\u00b0F (22.8\u00b0C ) and below 100\u00b0F (37.8\u00b0C ). FLAMMABLE VAPOR OR FUMES. Mixtures of gases in air at concentrations equal to or greater than the LFL an d less than or equal to the upper flammability limit (UFL). FLASH POINT. The minimum temperature at which the application of a test flame causes the vapors of a portion of the sample to ignite under the conditions specified by the test procedures and appar atus . The flash point of a liquid shall be determined in accordance with ASTM D 56, ASTM D 93 or ASTM D 3278. FLEXIBLE AIR CONNECTOR. A conduit for transferring air between an air duct or plenum and an air terminal unit or between an air duct or plenum and an air inlet or air outlet. Such conduit is limited in its use, length and location. FLOOR AREA, NET. The actual occupied area, not including unoccupied accessory areas or thicknesses of walls. FLOOR FURNACE. A completely self - contained furnace suspended from the floor of the space being heated, taking air for combustion from outside such space and with means for observing flames and lighting the appliance from such space. Fan type. A floor furnace equipped with a fan that provides the primary means for ci rculating air. Gravity type. A floor furnace depending primarily on circulation of air by gravity. This classification shall also include floor furnaces equipped with booster - type fans that do not materially restrict free circulation of air by gravity flow when such fans are not in operation. FLUE. A passageway within a chimney or vent through which gaseous combustion products pass. FLUE CONNECTION (BREECHING). A passage for con - ducting the products of combustion from a fuel - fired appliance to the vent or c himney (see also \u201cChimney connector\u201d and \u201cVent connector\u201d). FLUE GASES. Products of combustion plus excess air in fireplace and appliance flues, or heat exchangers. FLUE LINER (LINING). A system or material used to form the inside surface of a flue in a ch imney or vent, for the purpose of protecting the surrounding structure from the effects of combustion products and conveying combustion products without leakage to the atmosphere. FUEL GAS. A natural gas, manufactured gas, liquefied petroleum gas or a mixt ure of these gases. FUEL OIL. Kerosene or any hydrocarbon oil having a flash point not less than 100\u00b0F (37.8\u00b0C). DEFINITIONS FUEL - OIL PIPING SYSTEM. A closed piping system that connects a combustible liquid from a source of supply to a fuel - oil - burning appliance. FURNACE. A completely self - contained heating unit that is designed to supply heated air to spaces remote from or adjacent to the appliance location. FURNACE ROOM. A room primarily utilized for the installation of fuel - burning, s pace - heating and water - heating appliances other than boilers (see also \u201cBoiler room\u201d). FUSIBLE PLUG. A device arranged to relieve pressure by operation of a fusible member at a predetermined temperature. GROUND SOURCE HEAT PUMP LOOP SYSTEM. Piping buried i n horizontal or vertical excavations or placed in a body of water for the purpose of transporting heat transfer liquid to and from a heat pump. Included in this definition are closed loop systems in which the liquid is recirculated and open loop systems in which the liquid is drawn from a well or other source. HAZARDOUS LOCATION. Any location considered to be a fire hazar d for flammable vapors, dust, combustible fibers or other highly combustible substances. The location is not necessarily categorized in the New York City Building Code as a high - hazard use group classification. HEAT EXCHANGER. A device that transfers heat from one medium to another. HEAT PUMP. A refrigeration system that extracts heat from one substance and transfers it to another portion of the same substance or to a second substance at a higher temperature for a beneficial purpose. HEAT TRANSFER LIQUID. T he operating or thermal storage liquid in a mechanical system, including water or other liquid base, and additives at the concentration present under operating conditions used to move heat from one location to another. Refrigerants are not included as heat transfer liquids. HEAVY - DUTY COOKING APPLIANCE. Heavy - duty cooking appliances include electric under - fired broilers, electric chain (conveyor) broilers, gas under - fired broilers, gas chain (conveyor) broilers, gas open - burner ranges (with or without oven) , electric and gas wok ranges, smokers, smoker ovens, and electric and gas over - fired (upright) broilers and salamanders. HIGH - PROBABILITY SYSTEMS. A refrigeration system in which the basic design or the location of components is such that a leakage of ref rigerant from a failed connection, seal or component will enter an occupancy classified area, other than the machinery room. HIGH - SIDE PRESSURE. The parts of a refrigerating system subject to condenser pressure. HOOD. An air - intake device used to capture b y entrapment, impingement, adhesion or similar means, grease, moisture, heat and similar contaminants before they enter a duct system. Type I. A kitchen hood for collecting and removing grease vapors and smoke. Such hoods are equipped with a fire suppressi on system. Type II. A general kitchen hood for collecting and removing steam, vapor, heat, odors and products of combustion. HOOD, FUME. A hood used for hazardous exhaust systems. HYDROGEN GENERATING APPLIANCE. A self - contained package or factory - matched p ackages of integrated systems for generating gaseous hydrogen. Hydrogen generating appliances utilize electrolysis, reformation, chemical, or other processes to generate hydrogen. IGNITION SOURCE. A flame, spark or hot surface capable of igniting flammable vapors or fumes. Such sources include appliance burners, burner ignitors and electrical switching devices. IMMEDIATELY DANGEROUS TO LIFE OR HEALTH (IDLH). The concentration of airborne contaminants that poses a threat of death, immediate or delayed perman ent adverse health effects, or effects that could prevent escape from such an environment. This contaminant concentration level is established by the National Institute of Occupational Safety and Health (NIOSH) based on both toxicity and flammability. It i s generally expressed in parts per million by volume (ppm v/v) or milligrams per cubic meter (mg/m 3 ). DEFINITIONS INDIRECT REFRIGERATION SYSTEM. A system in which a secondary coolant cooled or heated by the refrigerating system is circulated to the air or other substa nce to be cooled or heated. Indirect systems are distinguished by the following methods of application: Closed system. A system in which a secondary fluid is either cooled or heated by the refrigerating system and then circulated within a closed circuit in indirect contact with the air or other substance to be cooled or heated. Double - indirect open - spray system. A system in which the secondary substance for an indirect open - spray system is heated or cooled by an intermediate coolant circulated from a second enclosure. Open - spray system. A system in which a secondary coolant is cooled or heated by the refrigerating system and then circulated in direct contact with the air or other substance to be cooled or heated. Vented closed system. A system in which a secondary coolant is cooled or heated by the refrigerating system and then passed through a closed circuit in the air or other substance to be cooled or heated, except that the evaporator or con - denser is placed in an open or appropriately vented tank. \u2021\u2021\u2021 INFILTRATION. Uncontrolled inward air leakage to conditioned spaces through unintentional openings in ceilings, floors and walls from unconditioned spaces or the outdoors caused by pressure differences across these openings resulting from wind, the stac k effect created by temperature differences between indoors and outdoors, and imbalances between supply, return and exhaust airflow rates. INTEGRAL VENT APPLIANCES. Appliances designed for outdoor installation that have built - in natural or mechanical venti ng means and are constructed and installed so that all air for combustion is derived from the outdoor atmosphere and all flue gases are discharged to the outdoor atmosphere through an integral vent termination. INTERLOCK. A device actuated by another devic e with which it is directly associated, to govern succeeding operations of the same or allied devices. A circuit in which a given action cannot occur until after one or more other actions have taken place. JOINT, FLANGED. A joint made by bolting together a pair of flanged ends. JOINT, FLARED. A metal - to - metal compression joint in which a conical spread is made on the end of a tube that is compressed by a flare nut against a mating flare. JOINT, MECHANICAL. A connection between pipes, fittings, or pipes and fittings, which is neither screwed, caulked, threaded, soldered, solvent cemented, brazed nor welded. Also, a joint in which compression is applied along the centerline of the pieces being joined. Some joi nts are part of a coupling, fitting or adapter. These joints include both the press - type and push - fit joining systems. JOINT, PLASTIC ADHESIVE. A joint made in thermoset plastic piping by the use of an adhesive substance that forms a continuous bond betwee n the mating surfaces without dissolving either one of them. JOINT, PLASTIC HEAT FUSION. A joint made in thermo - plastic piping by heating the parts sufficiently to permit fusion of the materials when the parts are pressed together. JOINT, PLASTIC SOLVENT C EMENT. A joint made in thermoplastic piping by the use of a solvent or solvent cement that forms a continuous bond between the mating surfaces. JOINT, SOLDERED. A gas - tight joint obtained by the joining of metal parts with metallic mixtures of alloys that melt at temperatures between 400\u00b0F (204.4\u00b0C ) and 1, 000\u00b0F (537.8\u00b0C ). JOINT, WELDED. A gas - tight joint obtained by the joining of metal parts in molten state. LIGHT - DUTY COOKING APPLIANCE. Light - duty cooking appliances include gas and electric ovens (includi ng standard , bake, roasting, revolving, retherm, convection, combination convection/steamer, countertop conveyorized baking/finishing, deck and pastry), electric and gas steam - jacketed kettles, electric and gas pasta cookers, electric and gas compartment steamers (both pressure and atmospheric ) and electric and gas cheesemelters. LIMIT CONTROL. A device responsive to changes in pressure , temperature or level for turning on, shutting off or throttling the gas supply to an appliance. DEFINITIONS LIMITED CHARGE SYSTEM. A system in which, with the compressor idle, the design pressure will not be exceeded when the refrigerant charge has completely evaporated. LIMITED COMBUSTIBLE MATERIAL. A building construction material not complying with the definition of noncombustible material, which, in the form in which it is used, has a potential heat value not exceeding 3,500 Btu/lb (8141 kj/kg) and complies with the following: Materials, in the form and thickness used, having neit her a flame spread index/rating greater than 25 nor evidence of continued combustion, and of such composition that surfaces that would be exposed by cutting through the material on any place would have neither a flame spread index/rating greater than 25 no r evidence of continued progressive combustion. Materials subject to increase in combustibility or flame spread index/rating beyond the limits herein established through the effects of age, moisture, or other atmospheric condition shall be considered combu stible. LIVING SPACE. Space within a dwelling unit utilized for living , sleeping, eating, cooking, bathing, washing and sanitation purposes. LOWER EXPLOSIVE LIMIT (LEL). See \u201cLFL.\u201d LOWER FLAMMABLE LIMIT (REFRIGERANT) (LFL). The minimum concentration of re frigerant that is capable of propagating a flame through a homogeneous mixture of refrigerant and air. LOWER FLAMMABLE LIMIT (LFL). The minimum concentration of vapor in air at which propagation of flame will occur in the presence of an ignition source. Th e LFL is sometimes referred to as LEL or lower explosive limit. LOW - PROBABILITY SYSTEMS. A refrigeration system in which the basic design or the location of components is such that a leakage of refrigerant from a failed connection, seal or component will n ot enter an occupancy - classified area, other than the machinery room. LOW - SIDE PRESSURE. The parts of a refrigerating system subject to evaporator pressure. MACHINERY ROOM. A room meeting prescribed safety requirements and in which refrigeration systems or components thereof are located (see Sections 1105 and 1106 of this code, and Section 1006.2.2.2 of the New York City Building Code ). MECHANICAL DRAFT SYSTEM. A venting system designed to remove flue or vent gases by mechanical means that consists of an in duced - draft portion under nonpositive static pressure or a forced - draft portion under positive static pressure. Forced - draft venting system. A portion of a venting system using a fan or other mechanical means to cause the removal of flue or vent gases unde r positive static pressure. Induced - draft venting system. A portion of a venting system using a fan or other mechanical means to cause the removal of flue or vent gases under nonpositive static vent pressure. Power venting system. A portion of a venting sy stem using a fan or other mechanical means to cause the removal of flue or vent gases under positive static vent pressure. MECHANICAL EQUIPMENT/APPLIANCE ROOM. A room or space in which nonfuel - fired mechanical equipment and appliances are located. MECHANIC AL EXHAUST SYSTEM. A system for removing air from a room or space by mechanical means. MECHANICAL SYSTEM. A system specifically addressed and regulated in this code and composed of components, devices, appliances and equipment that become part of the build ing . MEDIUM - DUTY COOKING APPLIANCE. Medium - duty cooking appliances include electric discrete element ranges (with or without oven), electric and gas hot - top ranges, electric and gas griddles, electric and gas double - sided griddles, electric and gas fryers (including open deep fat fryers, donut fryers, kettle fryers and pressure fryers), electric and gas conveyor pizza ovens, electric and gas tilting skillets (braising pans) and electric and gas rotisseries. MODULAR BOILER. A steam or hot - wat er - heating assembly consisting of a group of individual boilers called modules intended to be installed as a unit without intervening stop valves. Modules are under one jacket or are individually jacketed . The individual modules shall be limited to a maxim um input rating of 400,000 Btu/h (117 228 W) gas, 3 gallons per hour (gph) (11.4 L/h) oil, or 115 kW (electric). DEFINITIONS NATURAL DRAFT SYSTEM. A venting system designed to remove flue or vent gases under nonpositive static vent pressure entirely by natural draft. NATURAL VENTILATION. The movement of air into and out of a space through intentionally provided openings, such as windows and doors, or through nonpowered ventilators. NET OCCUPIABLE FLOOR AREA. The floor area of an occupiable space defined by the inside surfaces of its walls but excluding shafts, column enclosures and other permanently enclosed, inaccessible and unoccupiable areas. Obstructions in the space such as furnishings, display or storag e racks and other obstructions, whether temporary or permanent, shall not be deducted from the space area. NONABRASIVE/ABRASIVE MATERIALS. Nonabrasive particulate in high concentrations, moderately abrasive particulate in low and moderate concentrations, a nd highly abrasive particulate in low concentrations, such as alfalfa, asphalt, plaster , gypsum and salt. NONCOMBUSTIBLE MATERIALS. Materials that, when tested in accordance with ASTM E 136, have at least three of four specimens tested meeting all of the f ollowing criteria: 1. The recorded temperature of the surface and interior thermocouples shall not at any time during the test rise more than 54\u00b0F (12.2\u00b0C ) above the furnace temperature at the beginning of the test. 2. There shall not be flaming from the s pecimen after the first 30 seconds. 3. If the weight loss of the specimen during testing exceeds 50 percent, the recorded temperature of the surface and interior thermocouples shall not at any time during the test rise above the furnace air temperature at the begin - ning of the test, and there shall not be flaming of the specimen . \u2021\u2021\u2021 OCCUPATIONAL EXPOSURE LIMIT (OEL). The timeweighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedl y exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. OCCUPIABLE SPACE. An enclosed space intended for human activities, excluding those spaces intended primarily for other purposes, such as storage rooms a nd equipment rooms, that are only intended to be occupied occasionally and for short periods of time. OFFSET (VENT). A combination of approved bends that make two changes in direction bringing one section of the vent out of line but into a line parallel wi th the other section. OUTDOOR AIR. Air taken from the outdoors, and therefore not previously circulated through the system. OUTDOOR OPENING. A door, window, louver or skylight openable to the outdoor atmosphere. OUTLET, GAS. A threaded connection or bolted flange in a piping system to which a gas - burning appliance is attached. PANEL HEATING. A method of radiant space heating in which heat is supplied by large heated areas of room surfaces. The heating element usually consists of warm water piping, warm air ducts, or electrical resistance elements embedded in or located behind ceiling, wall or floor surfaces. PELLET FUEL - BURNING APPLIANCE. A closed - combustion , vented appliance equipped with a fuel - feed mechanism for burning processed pellets of solid fuel of a specified size and composition. PIPING. Where used in this code, \u201cpiping\u201d refers to either pipe or tubing, or both. Pipe. A rigid conduit of iron, steel, copper, brass or plastic. Tubing. Semirigid conduit of copper, aluminum, plastic or steel. PLASTIC, THERMOPLASTIC. A plastic that is capable of being repeatedly softened by increase of temperature and hardened by decrease of temperature. PLASTIC, THERMOSETTING. A plastic that is capable of being changed into a substantially infusible or insoluble product when cured under application of heat or chemical means. DEFINITIONS PLENUM. A compartment or chamber located in one story only to which one or more air ducts are connected a nd that forms part of the air supply or return system and may be part of the building construction, such as the concealed space above a ceiling. PORTABLE FUEL CELL APPLIANCE. A fuel cell generator of electricity, which is not fixed in place. A portable fue l cell appliance utilizes a cord and plug connection to a grid - isolated load and has an integral fuel supply. POWER BOILER. See \u201cBoiler.\u201d PREMISES. Land, improvements thereon, or any part thereof. PRESSURE, FIELD TEST. A test performed in the field to prov e system tightness. PRESSURE - LIMITING DEVICE. A pressure - responsive mechanism designed to stop automatically the operation of the pressure - imposing element at a predetermined pressure. PRESSURE RELIEF DEVICE. A pressure - actuated valve or rupture member des igned to relieve excessive pressure automatically. PRESSURE RELIEF VALVE. A pressure - actuated valve held closed by a spring or other means and designed to relieve pressure automatically in excess of the device\u2019s setting. PRESSURE VESSELS. Closed containers , tanks or vessels that are designed to contain liquids or gases, or both, under pressure. PRESSURE VESSELS \u2014 REFRIGERANT. Any refrigerant - containing receptacle in a refrigerating system. This does not include evaporators where each separate section does not exceed 0.5 cubic foot (0.014 m 3 ) of refrigerant - containing volume , regardless of the maximum inside dimensions, evaporator coils, controls, headers, pumps and piping. PROTECTIVE ASSEMBLY (REDUCED CLEARANCE). Any noncombustible assembly that is labeled or constructed in accordance with Table 308.4.2 and is placed between combustible materials or assemblies and mechanical appliances , devices or equipment, for the purpose of reducing required airspace clearances. Protective assemblies attached directly to a combustible assembly shall not be considered as part of that combustible assembly. PURGE. To clear of air, water or other foreign substances. PUSH - FIT JOINTS. A type of mechanical joint consisting of elastomeric seals and corrosion - resistant tube gripper s. The joint is made by pushing the pipe into the joint and allowing the grippers to secure the connection. QUICK - OPENING VALVE. A valve that opens completely by fast action, either manually or automatically controlled. A valve requiring one - quarter round turn or less is considered to be quick opening. RADIANT HEATER. A heater designed to transfer heat primarily by direct radiation. READY ACCESS (TO). That which enables a device, fixture, appliance or equipment to be directly reached, without requiring the removal or movement of any panel, door or similar obstruction ( see \u201cAccess (to )\u201d). RECEIVER, LIQUID. A vessel permanently connected to a refrigeration system by inlet and outlet pipes for storage of liquid refrigerant. RECIRCULATED AIR. Air removed from a conditioned space and intended for reuse as supply air. RECLAIMED REFRIGERANTS. Refrigerants reproces sed to the same specifications as for new refrigerants by means including distillation. Such refrigerants have been chemically analyzed to verify that the specifications have been met. Reclaiming usually implies the use of processes or procedures that are available only at a reprocessing or manufacturing facility. RECOVERED REFRIGERANTS. Refrigerants removed from a system in any condition without necessarily testing or processing them. RECYCLED REFRIGERANTS. Refrigerants from which contaminants have been re duced by oil separation, removal of noncondensable gases, and single or multiple passes through devices that reduce moisture, acidity and DEFINITIONS particulate matter, such as replaceable core filter dryers . These procedures usually are performed at the field job si te or in a local service shop. REFRIGERANT. A substance used for heat transfer in a refrigerating system; the refrigerant absorbs heat and transfers it at a higher temperature and higher pressure, usually with a change of state. REFRIGERANT SAFETY CLASSIF ICATIONS. Groupings that indicate the toxicity and flammability classes in accordance with ASHRAE 34. REFRIGERATED ROOM OR SPACE. A room or space in which an evaporator or brine coil is located for the purpose of reducing or controlling the temperature wit hin the room or space to below 68\u00baF (20\u00baC). REFRIGERATING SYSTEM. A combination of interconnected refrigerant - containing parts constituting one closed refrigerant circuit in which a refrigerant is circulated for the purpose of extracting heat. REFRIGERATIO N MACHINERY ROOM. See \u201cMachinery room.\u201d REFRIGERATION SYSTEM, ABSORPTION. A heat - operated , closed - refrigeration cycle in which a secondary fluid (the absorbent) absorbs a primary fluid (the refrigerant) that has been vaporized in the evaporator. Direct sys tem. A system in which the evaporator is in direct contact with the material or space refrigerated, or is located in air - circulating passages communicating with such spaces. Indirect system. A system in which a brine coil cooled by the refrigerant is circu lated to the material or space refrigerated , or is utilized to cool the air so circulated. Indirect systems are distinguished by the type or method of application. REFRIGERATION SYSTEM CLASSIFICATION. Refrigeration systems are classified according to the d egree of probability that leaked refrigerant from a failed connection, seal or component will enter an occupied area. The distinction is based on the basic design or location of the components. REFRIGERATION SYSTEM, MECHANICAL. A combi - nation of interconne cted refrigeration - containing parts constituting one closed refrigerant circuit in which a refrigerant is circulated for the purpose of extracting heat and in which a compressor is used for compressing the refrigerant vapor. REFRIGERATION SYSTEM, SELF - CONT AINED. A complete factory - assembled and tested system that is shipped in one or more sections and that does not have refrigerant - containing parts that are joined in the field by other than companion or block valves. RETURN AIR SYSTEM. An assembly of connec ted ducts, plenums, fittings, registers and grilles through which return air from the space or spaces to be heated or cooled is conducted back to the supply unit or relieved to the outdoors (see also \u201cSupply air system\u201d). ROOM HEATER, VENTED. A free - standi ng heating unit burning solid or liquid fuel for direct heating of the space in and adjacent to that in which the unit is located. SAFETY VALVE. A valve that relieves pressure in a steam boiler by opening fully at the rated discharge pressure. The valve is of the spring - pop type. SELF - CONTAINED EQUIPMENT. Complete, factory - assembled and tested, heating, air - conditioning or refrigeration equipment installed as a single unit, and having all working parts, complete with motive power, in an enclosed unit of sai d machinery. SHAFT. An enclosed space extending through one or more stories of a building, connecting vertical openings in successive floors, or floors and the roof. SHAFT ENCLOSURE. The walls or construction forming the boundaries of a shaft. SLEEPING UNIT. A dwelling unit, which may contain either toilet or kitchen facilities but not both. Any sleeping unit housing more than one family shall also be classified as a congregate living unit. The creation of or conversion to sleeping units shall b e limited by Section 27 - 2077 of the New York City Housing Maintenance Code . DEFINITIONS SMOKE DAMPER. A listed device installed in ducts and air transfer openings designed to resist the passage of air and smoke. The device is installed to operate automatically, contro lled by a smoke detection system, and where required, is capable of being positioned from a fire command center. SMOKE - DEVELOPED INDEX. A comparative measure, expressed as a dimensionless number, derived from measurements of smoke obscuration versus time for a material tested in accordance with ASTM E 84. SOLID FUEL (COOKING APPLICATIONS). Applicable to commercial food service operations only, solid fuel is any bulk material such as hardwood, mesquite, charcoal or briquettes that is combusted to produ ce heat for cooking operations. SOURCE CAPTURE SYSTEM. A mechanical exhaust system designed and constructed to capture air contaminants at their source and to exhaust such contaminants to the outdoor atmosphere. STATIONARY FUEL CELL POWER PLANT. A self - con tained package or factory - matched package that constitute an automatically operated assembly of integrated systems for generating useful electrical energy and recoverable thermal energy that is permanently connected and fixed in place. STOP VALVE. A shutof f valve for controlling the flow of liquid or gases. STORY. That portion of a building included between the upper surface of a floor and the upper surface of the floor next above, except that the topmost story shall be that portion of a building included b etween the upper surface of the topmost floor and the ceiling or roof above. STRENGTH, ULTIMATE. The highest stress level that the component will tolerate without rupture. SUPPLY AIR. That air delivered to each or any space supplied by the air distribution system or the total air delivered to all spaces supplied by the air distribution system, which is provided for ventilating, heating, cooling, humidification, dehumidification and other similar purposes. SUPPLY AIR SYSTEM. An assembly of connected ducts, p lenums, fittings, registers and grilles through which air, heated or cooled, is conducted from the supply unit to the space or spaces to be heated or cooled (see also \u201cReturn air system\u201d). THEORETICAL AIR. The exact amount of air required to supply oxygen for complete combustion of a given quantity of a specific fuel. THERMAL RESISTANCE (R). A measure of the ability to retard the flow of heat. The R - value is the reciprocal of thermal conductance. THIRD - PARTY CERTIFICATION AGENCY. An approved agency operatin g a product or material certification system that incorporates initial product testing, assessment and surveillance of a manufacturer\u2019s quality control system. THIRD - PARTY CERTIFIED. Certification obtained by the manufacturer indicating that the function a nd performance characteristics of a product or material have been determined by testing and ongoing surveillance by an approved third - party certification agency. Assertion of certification is in the form of identification in accordance with the requirement s of the third - party certification agency. THIRD - PARTY TESTED. Procedure by which an approved testing laboratory provides documentation that a product, material or system conforms to specified requirements. THRESHOLD LIMIT VALUE - TIME WEIGHTED AVERAGE (TLV - TWA). The time - weighted average concentration of a refrigerant or other chemical in air for a normal 8 - hour workday and a 40 - hour workweek, to which nearly all workers are repeatedly exposed, day after day, without adverse effects, as adopted by the Americ an Conference of Government Industrial Hygienists (ACGIH). TOILET ROOM. A room containing a water closet and, frequently , a lavatory, but not a bathtub, shower, spa or similar bathing fixture. TOXICITY CLASSIFICATION. Refrigerants shall be classified for t oxicity in one of two classes in accordance with ASHRAE 34. \u2021\u2021\u2021 Chapter 2 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 2 DEFINITIONS SECTION MC 201 GENERAL [CONT.]: 609.6 mm) from the walls of the space or from fixed air - conditioning equipment. BTU. Abbreviation for British thermal unit, which is the quantity of heat required to raise the temperature of 1 pound (453.6 g) of water 1\u00b0F ( - 17.22\u00b0C ) (1 Btu = 1055 J). CEILING RADIATION DAMPER. A listed device installed in a ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly to limit automatically the radiative heat transfer through an air inlet/outlet opening. CHIMNEY. A primarily vertic al structure containing one or more flues used to remove products of combustion from fuel - burning appliances, refuse incineration, or industrial processes. Factory - built chimney. A listed and labeled chimney com - posed of factory - made components, assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. Masonry chimney. A field - constructed chimney composed of solid masonry units, bricks, stones or concrete. Metal chimney. A field - constructed chimney composed of metal. DEFINITIONS CHIMNEY CONNECTOR. A pipe that connects a fuel - burning appliance to a chimney. CLEARANCE. The minimum distance through air measured between the heat - producing surface of the mechanical appliance, device or equipment and the surface of the combustibl e material or assembly. CLOSED COMBUSTION SOLID FUEL - BURNING APPLIANCE. A heat - producing appliance that employs a combustion chamber that does not have openings other than the flue collar, fuel charging door and adjustable openings provided to control the amount of combustion air that enters the combustion chamber. CLOTHES DRYER. An appliance used to dry wet laundry by means of heat. COMBINATION FIRE/SMOKE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon the detection of heat and resist the passage of flame and smoke. The device is installed to operate automatically, be controlled by a smoke detection system, and where required, is capable of being positioned from a fire command center. COMBUSTIBLE AS SEMBLY. Wall, floor, ceiling or other assembly constructed of one or more component materials that are not defined as noncombustible. COMBUSTIBLE LIQUID. For the purposes of transportation, a combustible liquid as defined in the regulations of the United S tates Department of Transportation, as set forth in 49 CFR 173.120. For all other purposes, a liquid, other than a compressed gas or cryogenic fluid, having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) classified as follows: Class II. Liquids having a closed cup flash point at or above 100\u00b0F (37.8\u00b0C) and below 140\u00b0F (60\u00b0C). Class IIIA. Liquids having a closed cup flash point at or above 140\u00b0F (60\u00b0C) and below 200\u00b0F (93.3\u00b0C). Class IIIB. Liquids having a closed cup flash point at or above 200\u00b0F (93. 3\u00b0C ). COMBUSTIBLE MATERIAL. Any material not defined as noncombustible. COMBUSTION. In the context of this code, refers to the rapid oxidation of fuel accompanied by the production of heat or heat and light. COMBUSTION AIR. Air necessary for complete combustion of a fuel, including theoretical air and excess air. COMBUSTION CHAMBER. The portion of an appliance within which combustion occurs. COMBUSTION PRODUCTS. Constituents resulting from the combustion of a fuel with the oxygen of the air, including the inert gases, but excluding excess air. COMMERCIAL COOKING APPLIANCES. Appliances used in a commercial food service establishment for heating or cooking food and which produce grease vapors, steam, fumes, smoke or odors that are required to be removed through a local exhaust ventilation system. Such appliances include deep fat fryers; upright broilers; griddles; broilers; steam - jacketed kettles; hot - top ranges; under - fired broilers (charbroilers); ovens; barbeques ; rotisseries; and similar appliances. For the purpose of this definition, a food service establishment shall include any building or a portion thereof used for the preparation and serving of food. COMMERCIAL COOKING RECIRCULATING SYSTEM. Self - contained system consisting of the exhaust hood, the cooking equipment, the filters and the fire suppression system . The system is designed to capture cooking vapors and res - idues generated from commercial cooking equipment. The system removes contaminants from the exhaust air and recirculates the air to the space from which it was withdrawn. COMMERCIAL KITCHEN EXHAUST HOODS. Backshelf hood. A backshelf hood is also referred to as a low - proximity hood, or as a sidewall hood where wall mounted. Its front lower lip is low over the appliance(s) and is \u201cset back\u201d from the front of the appliance(s). It is always closed to the rear of the appliances by a panel where free - standing, or by a panel or wall where wall mounted, and its height above the cooking surface varies. (This style of hood can be constructed with partial end panels to increase its effectiveness in capturing the effluent generated by the cooking operation). Double island canopy hood. A double island canopy hood is placed over back to back appl iances or appliance lines. It is open on all sides and overhangs both fronts and the sides of the appliance(s). It could have a wall panel between the backs of the appliances. (The fact that exhaust air is drawn from both sides of the double canopy to DEFINITIONS meet in the center causes each side of this hood to emulate a wall canopy hood, and thus it functions much the same with or without an actual wall panel between the backs of the appliances). Eyebrow hood. An eyebrow hood is mounted directly to the face of an a ppliance, such as an oven and dishwasher, above the opening(s) or door(s) from which effluent is emitted , extending past the sides and overhanging the front of the opening to capture the effluent. Pass - over hood. A pass - over hood is a free - standing form of a backshelf hood constructed low enough to pass food over the top. Single island canopy hood. A single island canopy hood is placed over a single appliance or appliance line. It is open on all sides and overhangs the front, rear and sides of the appliance (s). A single island canopy is more susceptible to cross drafts and requires a greater exhaust air flow than an equivalent sized wall - mounted canopy to capture and contain effluent generated by the cooking operation(s). Wall canopy hood. A wall canopy hood is mounted against a wall above a single appliance or line of appliance(s), or it could be free - standing with a back panel from the rear of the appliances to the hood. It overhangs the front and sides of the appliance(s) on all open sides. The wall acts a s a back panel, forcing the makeup air to be drawn across the front of the cooking equipment, thus increasing the effectiveness of the hood to capture and contain effluent generated by the cooking operation(s). COMPENSATING HOODS. Compensating hoods are th ose having integral (built - in) makeup air supply. The makeup air supply for such hoods is generally supplied from: short - circuit flow from inside the hood, air curtain flow from the bottom of the front face, and front face discharge from the outside front wall of the hood. The compensating makeup airflow can also be supplied from the rear or side of the hood, or the rear, front or sides of the cooking equipment. The makeup air flow can be one or a combination of methods. COMPRESSOR. A specific machine, with or without accessories, for compressing a gas. COMPRESSOR, POSITIVE DISPLACEMENT. A compressor in which increase in pressure is attained by changing the internal volume of the compression chamber. COMPRESSOR UNIT. A compressor with its prime mover and acc essories. CONCEALED LOCATION. A location that cannot be accessed without damaging permanent parts of the building structure or finished surface. Spaces above, below or behind readily removable panels or doors shall not be considered as concealed. CONDENSAT E. The liquid that condenses from a gas (including flue gas) caused by a reduction in temperature or increase in pressure . CONDENSER. A heat exchanger designed to liquefy refrigerant vapor by removal of heat. CONDENSING UNIT. A specific refrigerating machi ne combination for a given refrigerant, consisting of one or more power - driven compressors, condensers and, where required, liquid receivers, and the regularly furnished accessories. CONDITIONED SPACE. An area or room within a building that is within the t hermal envelope of a building that is directly or indirectly heated or cooled using fossil fuel or electricity as the energy source. Spaces that are indirectly heated or cooled where they communicate through openings with conditioned spaces, where they are separated from conditioned spaces by uninsulated walls, floors or ceilings, or where they contain uninsulated ducts, piping or other sources of heating or cooling using fossil fuel or electricity. CONFINED SPACES. A space having a volume less than 50 cubi c feet per 1,000 British thermal units per hour (Btu/h) (4.8 m 3 /kW) of the aggregate input rating of all appliances installed in that space. CONTROL. A manual or automatic device designed to regulate the gas, air, water or electrical supply to, or operation of, a mechanical system. CONVERSION BURNER. A burner designed to supply gaseous fuel to an appliance originally designed to utilize another fuel. COOKING APPLIANCE. See \u201cCommercial cooking appliances.\u201d DEFINITIONS DAMPER. A manua lly or automatically controlled device to regulate draft or the rate of flow of air or combustion gases. Volume damper. A device that will restrict, retard or direct the flow of air in a duct, or the products of combustion in a heat - producing appliance, its vent connector, vent or chimney therefrom. DECORATIVE SHROUD. A listed, partial, noncombustible enclosure for aesthetic purposes that is installed at the termination of a venting system that surrounds or conceals a factory - built chimney system or vent ca p. DESIGN FLOOD ELEVATION. Refer to Section G201.2 of Appendix G of the New York City Building Code . DESIGN WORKING PRESSURE. The maximum allowable working pressure for which a specific part of a system is designed. DIRECT REFRIGERATION SYSTEM. A system in which the evaporator or condenser of the refrigerating system is in direct contact with the air or other substances to be cooled or heated. DIRECT - VENT APPLIANCES. Appliances that are constructed and installed so that all air for combustion is derived directly from the outdoor atmosphere and all flue gases are discharged directly to the outdoor atmosphere. DISCRETE PRODUCT. Products that are non - con tinuous, individual, distinct pieces such as, but not limited to, electrical, plumbing and mechanical products and duct straps, duct fittings, duct registers and pipe hangers. DRAFT. The pressure difference existing between the appliance or any component part and the atmosphere, that causes a continuous flow of air and products of combustion through the gas passages of the appliance to the atmosphere. Induced draft. The pressure difference created by the action of a fan, blower or ejector, that is located b etween the appliance and the chimney or vent termination. Natural draft. The pressure difference created by a vent or chimney because of its height, and the temperature difference between the flue gases and the atmosphere. DRIP. The container placed at a l ow point in a system of piping to collect condensate and from which the condensate is removable. DRY CLEANING SYSTEMS. Dry cleaning plants or systems are classified as follows: Type I. Those systems using Class I flammable liquid solvents having a flash po int below 100\u00b0F (37.8\u00b0C). Type II. Those systems using Class II combustible liquid solvents having a flash point at or above 100\u00b0F (37.8\u00b0C ) and below 140\u00b0F (60\u00b0C). Type III. Those systems using Class III combustible liquid solvents having a flash point at or above 140\u00b0F (60\u00b0C ). Types IV and V. Those systems using Class IV nonflammable liquid solvents. DUCT. A tube or conduit utilized for conveying air. The air passages of sel fcontained systems are not to be construed as air ducts. DUCT FURNACE. A warm - air furnace or heater normally installed in an air distribution duct to supply warm air for heating. This definition shall apply only to a warm - air heating appliance that, for a ir circulation, depends on a blower not furnished as part of the furnace. DUCT SYSTEM. A continuous passageway for the transmission of air that, in addition to ducts, includes duct fittings, dampers, plenums, fans and accessory air - handling equipment and a ppliances. DUCTLESS MINI - SPLIT SYSTEM. A heating and cooling system that is comprised of one or multiple indoor evaporator/air - handling units and an outdoor condensing unit that is connected by refrigerant piping and electrical wiring. A ductless mini - spli t system is capable of cooling or heating one or more rooms without the use of a traditional ductwork system. DWELLING. A building or structure that is occupied in whole or in part as the home, residence or sleeping place of one or more families. DEFINITIONS DWELLING UNIT . A single unit consisting of one or more habitable rooms and occupied or arranged to be occupied as a unit separate from all other units within a dwelling. ELECTRIC HEATING APPLIANCE. An appliance that produces heat energy to create a warm environment by the application of electric power to resistance elements, refrigerant compressors or dissimilar material junctions. ENERGY RECOVERY VENTILATION SYSTEM. Systems that employ air - to - air heat exchangers to recover energy from or reject energy to exhaust ai r for the purpose of preheating, precooling , humidifying or dehumidifying outdoor ventilation air prior to supplying such air to a space, either directly or as part of an HVAC system. ENGINEERED SMOKE CONTROL SYSTEM. Refer to Smoke Control System in Sectio n 909 of the New York City Building Code . ENVIRONMENTAL AIR. Air that is conveyed to or from occupied areas through ducts that are not part of the heating or air - conditioning system, such as ventilation for human usage, domestic kitchen range exhaust, bath room exhaust, and domestic clothes dryer exhaust. EQUIPMENT. All piping, ducts, vents, control devices and other components of systems other than appliances that are permanently installed and integrated to provide control of environmental conditions for bu ildings. This definition shall also include other systems specifically regulated in this code. EQUIPMENT, EXISTING. Any equipment regulated by this code that was legally installed prior to the effective date of this code, or for which a permit to install h as been issued. EVAPORATIVE COOLER. A device used for reducing the sensible heat of air for cooling by the process of evaporation of water into an airstream. EVAPORATIVE COOLING SYSTEM. The equipment and appliances intended or installed for the purpose of environmental cooling by an evaporative cooler from which the conditioned air is distributed through ducts or plenums to the conditioned area. EVAPORATOR. That part of the system in which liquid refrigerant is vaporized to produce refrigeration. EXCESS AIR. The amount of air provided in addition to theoretical air to achieve complete combustion of a fuel, thereby preventing the formation of dangerous produc ts of combustion . EXFILTRATION. Uncontrolled outward air leakage from conditioned spaces through unintentional openings in ceilings, floors and walls to unconditioned spaces or the outdoors caused by pressure differences across these openings resulting from wind, the stack effect create d by temperature differences between indoors and outdoors, and imbalances between supply, return and exhaust airflow rates. EXHAUST SYSTEM. An assembly of connected ducts, plenums , fittings, registers, grilles and hoods through which air is conducted from a space or spaces and exhausted to the outdoor atmosphere. EXTRA - HEAVY - DUTY COOKING APPLIANCE. Extra - heavy - duty cooking appliances are those utilizing open flame combustion of solid fuel such as wood, charcoal, briquettes, and mesquite to provide all or pa rt of the heat source for cooking at any time. FIELD ERECTED BOILER. A boiler where the pressure vessel is constructed partially or totally in the field. Field erected boilers do not include cast iron sectional boilers that are considered factory built sin ce each section is a separate pressure vessel. FIRE DAMPER. A listed device installed in ducts and air transfer openings designed to close automatically upon detection of heat and to restrict the passage of flame. Fire dampers are classified for use in eit her static systems that will automatically shut down in the event of a fire, or in dynamic systems that continue to operate during a fire. A dynamic fire damper is tested and rated for closure under elevated temperature airflow. FIREPLACE. An assembly con sisting of a hearth and fire chamber of noncombustible material and provided with a chimney, for use with solid fuels. A fireplace shall be considered an appliance. Factory - built fireplace. A listed and labeled fireplace and chimney system composed of fact ory - made components, and assembled in the field in accordance with manufacturer\u2019s instructions and the conditions of the listing. DEFINITIONS Masonry fireplace. A hearth and fire chamber of solid masonry units such as bricks, stones, listed masonry units or reinforced concrete, provided with a suitable chimney. FIREPLACE STOVE. A free - standing chimney - connected solid - fuel - burning heater, designed to be operated with the fire chamber doors in either the open or closed position. FLAME SAFEGUARD. A device that will automa tically shut off the fuel supply to a main burner or group of burners when the means of ignition of such burners becomes inoperative, and when flame failure occurs on the burner or group of burners. FLAME SPREAD INDEX. A comparative measure, expressed as a dimensionless number, derived from visual measurements of the spread of flame versus time for a material tested in accordance with ASTM E 84 or UL 723. FLAMMABILITY CLASSIFICATION. Refrigerants shall be assigned to one of the three classes \u2014 1, 2 or 3 \u2014 in ac cordance with ASHRAE 34. FLAMMABLE LIQUIDS. Any liquid that has a closed cup flash point below 100\u00b0F (37.8\u00b0C) , and has a vapor pressure not exceeding 40 psi (275.8 kPa) at 100\u00b0F (37.8\u00b0C ). Flammable liquids shall be known as Class I liquids and shall be div ided into the following classifications: Class IA. Liquids having a closed cup flash point below 73\u00b0F (22.8\u00b0C ) and a boiling point below 100\u00b0F (37.8\u00b0C). Class IB. Liquids having a closed cup flash point below 73\u00b0F (22.8\u00b0C ) and a boiling point at or above 100\u00b0F (37.8\u00b0C). Class IC. Liquids having a closed cup flash point at or above 73\u00b0F (22.8\u00b0C ) and below 100\u00b0F (37.8\u00b0C ). FLAMMABLE VAPOR OR FUMES. Mixtures of gases in air at concentrations equal to or greater than the LFL an d less than or equal to the upper flammability limit (UFL). FLASH POINT. The minimum temperature at which the application of a test flame causes the vapors of a portion of the sample to ignite under the conditions specified by the test procedures and appar atus . The flash point of a liquid shall be determined in accordance with ASTM D 56, ASTM D 93 or ASTM D 3278. FLEXIBLE AIR CONNECTOR. A conduit for transferring air between an air duct or plenum and an air terminal unit or between an air duct or plenum and an air inlet or air outlet. Such conduit is limited in its use, length and location. FLOOR AREA, NET. The actual occupied area, not including unoccupied accessory areas or thicknesses of walls. FLOOR FURNACE. A completely self - contained furnace suspended from the floor of the space being heated, taking air for combustion from outside such space and with means for observing flames and lighting the appliance from such space. Fan type. A floor furnace equipped with a fan that provides the primary means for ci rculating air. Gravity type. A floor furnace depending primarily on circulation of air by gravity. This classification shall also include floor furnaces equipped with booster - type fans that do not materially restrict free circulation of air by gravity flow when such fans are not in operation. FLUE. A passageway within a chimney or vent through which gaseous combustion products pass. FLUE CONNECTION (BREECHING). A passage for con - ducting the products of combustion from a fuel - fired appliance to the vent or c himney (see also \u201cChimney connector\u201d and \u201cVent connector\u201d). FLUE GASES. Products of combustion plus excess air in fireplace and appliance flues, or heat exchangers. FLUE LINER (LINING). A system or material used to form the inside surface of a flue in a ch imney or vent, for the purpose of protecting the surrounding structure from the effects of combustion products and conveying combustion products without leakage to the atmosphere. FUEL GAS. A natural gas, manufactured gas, liquefied petroleum gas or a mixt ure of these gases. FUEL OIL. Kerosene or any hydrocarbon oil having a flash point not less than 100\u00b0F (37.8\u00b0C). DEFINITIONS FUEL - OIL PIPING SYSTEM. A closed piping system that connects a combustible liquid from a source of supply to a fuel - oil - burning appliance. FURNACE. A completely self - contained heating unit that is designed to supply heated air to spaces remote from or adjacent to the appliance location. FURNACE ROOM. A room primarily utilized for the installation of fuel - burning, s pace - heating and water - heating appliances other than boilers (see also \u201cBoiler room\u201d). FUSIBLE PLUG. A device arranged to relieve pressure by operation of a fusible member at a predetermined temperature. GROUND SOURCE HEAT PUMP LOOP SYSTEM. Piping buried i n horizontal or vertical excavations or placed in a body of water for the purpose of transporting heat transfer liquid to and from a heat pump. Included in this definition are closed loop systems in which the liquid is recirculated and open loop systems in which the liquid is drawn from a well or other source. HAZARDOUS LOCATION. Any location considered to be a fire hazar d for flammable vapors, dust, combustible fibers or other highly combustible substances. The location is not necessarily categorized in the New York City Building Code as a high - hazard use group classification. HEAT EXCHANGER. A device that transfers heat from one medium to another. HEAT PUMP. A refrigeration system that extracts heat from one substance and transfers it to another portion of the same substance or to a second substance at a higher temperature for a beneficial purpose. HEAT TRANSFER LIQUID. T he operating or thermal storage liquid in a mechanical system, including water or other liquid base, and additives at the concentration present under operating conditions used to move heat from one location to another. Refrigerants are not included as heat transfer liquids. HEAVY - DUTY COOKING APPLIANCE. Heavy - duty cooking appliances include electric under - fired broilers, electric chain (conveyor) broilers, gas under - fired broilers, gas chain (conveyor) broilers, gas open - burner ranges (with or without oven) , electric and gas wok ranges, smokers, smoker ovens, and electric and gas over - fired (upright) broilers and salamanders. HIGH - PROBABILITY SYSTEMS. A refrigeration system in which the basic design or the location of components is such that a leakage of ref rigerant from a failed connection, seal or component will enter an occupancy classified area, other than the machinery room. HIGH - SIDE PRESSURE. The parts of a refrigerating system subject to condenser pressure. HOOD. An air - intake device used to capture b y entrapment, impingement, adhesion or similar means, grease, moisture, heat and similar contaminants before they enter a duct system. Type I. A kitchen hood for collecting and removing grease vapors and smoke. Such hoods are equipped with a fire suppressi on system. Type II. A general kitchen hood for collecting and removing steam, vapor, heat, odors and products of combustion. HOOD, FUME. A hood used for hazardous exhaust systems. HYDROGEN GENERATING APPLIANCE. A self - contained package or factory - matched p ackages of integrated systems for generating gaseous hydrogen. Hydrogen generating appliances utilize electrolysis, reformation, chemical, or other processes to generate hydrogen. IGNITION SOURCE. A flame, spark or hot surface capable of igniting flammable vapors or fumes. Such sources include appliance burners, burner ignitors and electrical switching devices. IMMEDIATELY DANGEROUS TO LIFE OR HEALTH (IDLH). The concentration of airborne contaminants that poses a threat of death, immediate or delayed perman ent adverse health effects, or effects that could prevent escape from such an environment. This contaminant concentration level is established by the National Institute of Occupational Safety and Health (NIOSH) based on both toxicity and flammability. It i s generally expressed in parts per million by volume (ppm v/v) or milligrams per cubic meter (mg/m 3 ). DEFINITIONS INDIRECT REFRIGERATION SYSTEM. A system in which a secondary coolant cooled or heated by the refrigerating system is circulated to the air or other substa nce to be cooled or heated. Indirect systems are distinguished by the following methods of application: Closed system. A system in which a secondary fluid is either cooled or heated by the refrigerating system and then circulated within a closed circuit in indirect contact with the air or other substance to be cooled or heated. Double - indirect open - spray system. A system in which the secondary substance for an indirect open - spray system is heated or cooled by an intermediate coolant circulated from a second enclosure. Open - spray system. A system in which a secondary coolant is cooled or heated by the refrigerating system and then circulated in direct contact with the air or other substance to be cooled or heated. Vented closed system. A system in which a secondary coolant is cooled or heated by the refrigerating system and then passed through a closed circuit in the air or other substance to be cooled or heated, except that the evaporator or con - denser is placed in an open or appropriately vented tank. \u2021\u2021\u2021 INFILTRATION. Uncontrolled inward air leakage to conditioned spaces through unintentional openings in ceilings, floors and walls from unconditioned spaces or the outdoors caused by pressure differences across these openings resulting from wind, the stac k effect created by temperature differences between indoors and outdoors, and imbalances between supply, return and exhaust airflow rates. INTEGRAL VENT APPLIANCES. Appliances designed for outdoor installation that have built - in natural or mechanical venti ng means and are constructed and installed so that all air for combustion is derived from the outdoor atmosphere and all flue gases are discharged to the outdoor atmosphere through an integral vent termination. INTERLOCK. A device actuated by another devic e with which it is directly associated, to govern succeeding operations of the same or allied devices. A circuit in which a given action cannot occur until after one or more other actions have taken place. JOINT, FLANGED. A joint made by bolting together a pair of flanged ends. JOINT, FLARED. A metal - to - metal compression joint in which a conical spread is made on the end of a tube that is compressed by a flare nut against a mating flare. JOINT, MECHANICAL. A connection between pipes, fittings, or pipes and fittings, which is neither screwed, caulked, threaded, soldered, solvent cemented, brazed nor welded. Also, a joint in which compression is applied along the centerline of the pieces being joined. Some joi nts are part of a coupling, fitting or adapter. These joints include both the press - type and push - fit joining systems. JOINT, PLASTIC ADHESIVE. A joint made in thermoset plastic piping by the use of an adhesive substance that forms a continuous bond betwee n the mating surfaces without dissolving either one of them. JOINT, PLASTIC HEAT FUSION. A joint made in thermo - plastic piping by heating the parts sufficiently to permit fusion of the materials when the parts are pressed together. JOINT, PLASTIC SOLVENT C EMENT. A joint made in thermoplastic piping by the use of a solvent or solvent cement that forms a continuous bond between the mating surfaces. JOINT, SOLDERED. A gas - tight joint obtained by the joining of metal parts with metallic mixtures of alloys that melt at temperatures between 400\u00b0F (204.4\u00b0C ) and 1, 000\u00b0F (537.8\u00b0C ). JOINT, WELDED. A gas - tight joint obtained by the joining of metal parts in molten state. LIGHT - DUTY COOKING APPLIANCE. Light - duty cooking appliances include gas and electric ovens (includi ng standard , bake, roasting, revolving, retherm, convection, combination convection/steamer, countertop conveyorized baking/finishing, deck and pastry), electric and gas steam - jacketed kettles, electric and gas pasta cookers, electric and gas compartment steamers (both pressure and atmospheric ) and electric and gas cheesemelters. LIMIT CONTROL. A device responsive to changes in pressure , temperature or level for turning on, shutting off or throttling the gas supply to an appliance. DEFINITIONS LIMITED CHARGE SYSTEM. A system in which, with the compressor idle, the design pressure will not be exceeded when the refrigerant charge has completely evaporated. LIMITED COMBUSTIBLE MATERIAL. A building construction material not complying with the definition of noncombustible material, which, in the form in which it is used, has a potential heat value not exceeding 3,500 Btu/lb (8141 kj/kg) and complies with the following: Materials, in the form and thickness used, having neit her a flame spread index/rating greater than 25 nor evidence of continued combustion, and of such composition that surfaces that would be exposed by cutting through the material on any place would have neither a flame spread index/rating greater than 25 no r evidence of continued progressive combustion. Materials subject to increase in combustibility or flame spread index/rating beyond the limits herein established through the effects of age, moisture, or other atmospheric condition shall be considered combu stible. LIVING SPACE. Space within a dwelling unit utilized for living , sleeping, eating, cooking, bathing, washing and sanitation purposes. LOWER EXPLOSIVE LIMIT (LEL). See \u201cLFL.\u201d LOWER FLAMMABLE LIMIT (REFRIGERANT) (LFL). The minimum concentration of re frigerant that is capable of propagating a flame through a homogeneous mixture of refrigerant and air. LOWER FLAMMABLE LIMIT (LFL). The minimum concentration of vapor in air at which propagation of flame will occur in the presence of an ignition source. Th e LFL is sometimes referred to as LEL or lower explosive limit. LOW - PROBABILITY SYSTEMS. A refrigeration system in which the basic design or the location of components is such that a leakage of refrigerant from a failed connection, seal or component will n ot enter an occupancy - classified area, other than the machinery room. LOW - SIDE PRESSURE. The parts of a refrigerating system subject to evaporator pressure. MACHINERY ROOM. A room meeting prescribed safety requirements and in which refrigeration systems or components thereof are located (see Sections 1105 and 1106 of this code, and Section 1006.2.2.2 of the New York City Building Code ). MECHANICAL DRAFT SYSTEM. A venting system designed to remove flue or vent gases by mechanical means that consists of an in duced - draft portion under nonpositive static pressure or a forced - draft portion under positive static pressure. Forced - draft venting system. A portion of a venting system using a fan or other mechanical means to cause the removal of flue or vent gases unde r positive static pressure. Induced - draft venting system. A portion of a venting system using a fan or other mechanical means to cause the removal of flue or vent gases under nonpositive static vent pressure. Power venting system. A portion of a venting sy stem using a fan or other mechanical means to cause the removal of flue or vent gases under positive static vent pressure. MECHANICAL EQUIPMENT/APPLIANCE ROOM. A room or space in which nonfuel - fired mechanical equipment and appliances are located. MECHANIC AL EXHAUST SYSTEM. A system for removing air from a room or space by mechanical means. MECHANICAL SYSTEM. A system specifically addressed and regulated in this code and composed of components, devices, appliances and equipment that become part of the build ing . MEDIUM - DUTY COOKING APPLIANCE. Medium - duty cooking appliances include electric discrete element ranges (with or without oven), electric and gas hot - top ranges, electric and gas griddles, electric and gas double - sided griddles, electric and gas fryers (including open deep fat fryers, donut fryers, kettle fryers and pressure fryers), electric and gas conveyor pizza ovens, electric and gas tilting skillets (braising pans) and electric and gas rotisseries. MODULAR BOILER. A steam or hot - wat er - heating assembly consisting of a group of individual boilers called modules intended to be installed as a unit without intervening stop valves. Modules are under one jacket or are individually jacketed . The individual modules shall be limited to a maxim um input rating of 400,000 Btu/h (117 228 W) gas, 3 gallons per hour (gph) (11.4 L/h) oil, or 115 kW (electric). DEFINITIONS NATURAL DRAFT SYSTEM. A venting system designed to remove flue or vent gases under nonpositive static vent pressure entirely by natural draft. NATURAL VENTILATION. The movement of air into and out of a space through intentionally provided openings, such as windows and doors, or through nonpowered ventilators. NET OCCUPIABLE FLOOR AREA. The floor area of an occupiable space defined by the inside surfaces of its walls but excluding shafts, column enclosures and other permanently enclosed, inaccessible and unoccupiable areas. Obstructions in the space such as furnishings, display or storag e racks and other obstructions, whether temporary or permanent, shall not be deducted from the space area. NONABRASIVE/ABRASIVE MATERIALS. Nonabrasive particulate in high concentrations, moderately abrasive particulate in low and moderate concentrations, a nd highly abrasive particulate in low concentrations, such as alfalfa, asphalt, plaster , gypsum and salt. NONCOMBUSTIBLE MATERIALS. Materials that, when tested in accordance with ASTM E 136, have at least three of four specimens tested meeting all of the f ollowing criteria: 1. The recorded temperature of the surface and interior thermocouples shall not at any time during the test rise more than 54\u00b0F (12.2\u00b0C ) above the furnace temperature at the beginning of the test. 2. There shall not be flaming from the s pecimen after the first 30 seconds. 3. If the weight loss of the specimen during testing exceeds 50 percent, the recorded temperature of the surface and interior thermocouples shall not at any time during the test rise above the furnace air temperature at the begin - ning of the test, and there shall not be flaming of the specimen . \u2021\u2021\u2021 OCCUPATIONAL EXPOSURE LIMIT (OEL). The timeweighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedl y exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. OCCUPIABLE SPACE. An enclosed space intended for human activities, excluding those spaces intended primarily for other purposes, such as storage rooms a nd equipment rooms, that are only intended to be occupied occasionally and for short periods of time. OFFSET (VENT). A combination of approved bends that make two changes in direction bringing one section of the vent out of line but into a line parallel wi th the other section. OUTDOOR AIR. Air taken from the outdoors, and therefore not previously circulated through the system. OUTDOOR OPENING. A door, window, louver or skylight openable to the outdoor atmosphere. OUTLET, GAS. A threaded connection or bolted flange in a piping system to which a gas - burning appliance is attached. PANEL HEATING. A method of radiant space heating in which heat is supplied by large heated areas of room surfaces. The heating element usually consists of warm water piping, warm air ducts, or electrical resistance elements embedded in or located behind ceiling, wall or floor surfaces. PELLET FUEL - BURNING APPLIANCE. A closed - combustion , vented appliance equipped with a fuel - feed mechanism for burning processed pellets of solid fuel of a specified size and composition. PIPING. Where used in this code, \u201cpiping\u201d refers to either pipe or tubing, or both. Pipe. A rigid conduit of iron, steel, copper, brass or plastic. Tubing. Semirigid conduit of copper, aluminum, plastic or steel. PLASTIC, THERMOPLASTIC. A plastic that is capable of being repeatedly softened by increase of temperature and hardened by decrease of temperature. PLASTIC, THERMOSETTING. A plastic that is capable of being changed into a substantially infusible or insoluble product when cured under application of heat or chemical means. DEFINITIONS PLENUM. A compartment or chamber located in one story only to which one or more air ducts are connected a nd that forms part of the air supply or return system and may be part of the building construction, such as the concealed space above a ceiling. PORTABLE FUEL CELL APPLIANCE. A fuel cell generator of electricity, which is not fixed in place. A portable fue l cell appliance utilizes a cord and plug connection to a grid - isolated load and has an integral fuel supply. POWER BOILER. See \u201cBoiler.\u201d PREMISES. Land, improvements thereon, or any part thereof. PRESSURE, FIELD TEST. A test performed in the field to prov e system tightness. PRESSURE - LIMITING DEVICE. A pressure - responsive mechanism designed to stop automatically the operation of the pressure - imposing element at a predetermined pressure. PRESSURE RELIEF DEVICE. A pressure - actuated valve or rupture member des igned to relieve excessive pressure automatically. PRESSURE RELIEF VALVE. A pressure - actuated valve held closed by a spring or other means and designed to relieve pressure automatically in excess of the device\u2019s setting. PRESSURE VESSELS. Closed containers , tanks or vessels that are designed to contain liquids or gases, or both, under pressure. PRESSURE VESSELS \u2014 REFRIGERANT. Any refrigerant - containing receptacle in a refrigerating system. This does not include evaporators where each separate section does not exceed 0.5 cubic foot (0.014 m 3 ) of refrigerant - containing volume , regardless of the maximum inside dimensions, evaporator coils, controls, headers, pumps and piping. PROTECTIVE ASSEMBLY (REDUCED CLEARANCE). Any noncombustible assembly that is labeled or constructed in accordance with Table 308.4.2 and is placed between combustible materials or assemblies and mechanical appliances , devices or equipment, for the purpose of reducing required airspace clearances. Protective assemblies attached directly to a combustible assembly shall not be considered as part of that combustible assembly. PURGE. To clear of air, water or other foreign substances. PUSH - FIT JOINTS. A type of mechanical joint consisting of elastomeric seals and corrosion - resistant tube gripper s. The joint is made by pushing the pipe into the joint and allowing the grippers to secure the connection. QUICK - OPENING VALVE. A valve that opens completely by fast action, either manually or automatically controlled. A valve requiring one - quarter round turn or less is considered to be quick opening. RADIANT HEATER. A heater designed to transfer heat primarily by direct radiation. READY ACCESS (TO). That which enables a device, fixture, appliance or equipment to be directly reached, without requiring the removal or movement of any panel, door or similar obstruction ( see \u201cAccess (to )\u201d). RECEIVER, LIQUID. A vessel permanently connected to a refrigeration system by inlet and outlet pipes for storage of liquid refrigerant. RECIRCULATED AIR. Air removed from a conditioned space and intended for reuse as supply air. RECLAIMED REFRIGERANTS. Refrigerants reproces sed to the same specifications as for new refrigerants by means including distillation. Such refrigerants have been chemically analyzed to verify that the specifications have been met. Reclaiming usually implies the use of processes or procedures that are available only at a reprocessing or manufacturing facility. RECOVERED REFRIGERANTS. Refrigerants removed from a system in any condition without necessarily testing or processing them. RECYCLED REFRIGERANTS. Refrigerants from which contaminants have been re duced by oil separation, removal of noncondensable gases, and single or multiple passes through devices that reduce moisture, acidity and DEFINITIONS particulate matter, such as replaceable core filter dryers . These procedures usually are performed at the field job si te or in a local service shop. REFRIGERANT. A substance used for heat transfer in a refrigerating system; the refrigerant absorbs heat and transfers it at a higher temperature and higher pressure, usually with a change of state. REFRIGERANT SAFETY CLASSIF ICATIONS. Groupings that indicate the toxicity and flammability classes in accordance with ASHRAE 34. REFRIGERATED ROOM OR SPACE. A room or space in which an evaporator or brine coil is located for the purpose of reducing or controlling the temperature wit hin the room or space to below 68\u00baF (20\u00baC). REFRIGERATING SYSTEM. A combination of interconnected refrigerant - containing parts constituting one closed refrigerant circuit in which a refrigerant is circulated for the purpose of extracting heat. REFRIGERATIO N MACHINERY ROOM. See \u201cMachinery room.\u201d REFRIGERATION SYSTEM, ABSORPTION. A heat - operated , closed - refrigeration cycle in which a secondary fluid (the absorbent) absorbs a primary fluid (the refrigerant) that has been vaporized in the evaporator. Direct sys tem. A system in which the evaporator is in direct contact with the material or space refrigerated, or is located in air - circulating passages communicating with such spaces. Indirect system. A system in which a brine coil cooled by the refrigerant is circu lated to the material or space refrigerated , or is utilized to cool the air so circulated. Indirect systems are distinguished by the type or method of application. REFRIGERATION SYSTEM CLASSIFICATION. Refrigeration systems are classified according to the d egree of probability that leaked refrigerant from a failed connection, seal or component will enter an occupied area. The distinction is based on the basic design or location of the components. REFRIGERATION SYSTEM, MECHANICAL. A combi - nation of interconne cted refrigeration - containing parts constituting one closed refrigerant circuit in which a refrigerant is circulated for the purpose of extracting heat and in which a compressor is used for compressing the refrigerant vapor. REFRIGERATION SYSTEM, SELF - CONT AINED. A complete factory - assembled and tested system that is shipped in one or more sections and that does not have refrigerant - containing parts that are joined in the field by other than companion or block valves. RETURN AIR SYSTEM. An assembly of connec ted ducts, plenums, fittings, registers and grilles through which return air from the space or spaces to be heated or cooled is conducted back to the supply unit or relieved to the outdoors (see also \u201cSupply air system\u201d). ROOM HEATER, VENTED. A free - standi ng heating unit burning solid or liquid fuel for direct heating of the space in and adjacent to that in which the unit is located. SAFETY VALVE. A valve that relieves pressure in a steam boiler by opening fully at the rated discharge pressure. The valve is of the spring - pop type. SELF - CONTAINED EQUIPMENT. Complete, factory - assembled and tested, heating, air - conditioning or refrigeration equipment installed as a single unit, and having all working parts, complete with motive power, in an enclosed unit of sai d machinery. SHAFT. An enclosed space extending through one or more stories of a building, connecting vertical openings in successive floors, or floors and the roof. SHAFT ENCLOSURE. The walls or construction forming the boundaries of a shaft. SLEEPING UNIT. A dwelling unit, which may contain either toilet or kitchen facilities but not both. Any sleeping unit housing more than one family shall also be classified as a congregate living unit. The creation of or conversion to sleeping units shall b e limited by Section 27 - 2077 of the New York City Housing Maintenance Code . DEFINITIONS SMOKE DAMPER. A listed device installed in ducts and air transfer openings designed to resist the passage of air and smoke. The device is installed to operate automatically, contro lled by a smoke detection system, and where required, is capable of being positioned from a fire command center. SMOKE - DEVELOPED INDEX. A comparative measure, expressed as a dimensionless number, derived from measurements of smoke obscuration versus time for a material tested in accordance with ASTM E 84. SOLID FUEL (COOKING APPLICATIONS). Applicable to commercial food service operations only, solid fuel is any bulk material such as hardwood, mesquite, charcoal or briquettes that is combusted to produ ce heat for cooking operations. SOURCE CAPTURE SYSTEM. A mechanical exhaust system designed and constructed to capture air contaminants at their source and to exhaust such contaminants to the outdoor atmosphere. STATIONARY FUEL CELL POWER PLANT. A self - con tained package or factory - matched package that constitute an automatically operated assembly of integrated systems for generating useful electrical energy and recoverable thermal energy that is permanently connected and fixed in place. STOP VALVE. A shutof f valve for controlling the flow of liquid or gases. STORY. That portion of a building included between the upper surface of a floor and the upper surface of the floor next above, except that the topmost story shall be that portion of a building included b etween the upper surface of the topmost floor and the ceiling or roof above. STRENGTH, ULTIMATE. The highest stress level that the component will tolerate without rupture. SUPPLY AIR. That air delivered to each or any space supplied by the air distribution system or the total air delivered to all spaces supplied by the air distribution system, which is provided for ventilating, heating, cooling, humidification, dehumidification and other similar purposes. SUPPLY AIR SYSTEM. An assembly of connected ducts, p lenums, fittings, registers and grilles through which air, heated or cooled, is conducted from the supply unit to the space or spaces to be heated or cooled (see also \u201cReturn air system\u201d). THEORETICAL AIR. The exact amount of air required to supply oxygen for complete combustion of a given quantity of a specific fuel. THERMAL RESISTANCE (R). A measure of the ability to retard the flow of heat. The R - value is the reciprocal of thermal conductance. THIRD - PARTY CERTIFICATION AGENCY. An approved agency operatin g a product or material certification system that incorporates initial product testing, assessment and surveillance of a manufacturer\u2019s quality control system. THIRD - PARTY CERTIFIED. Certification obtained by the manufacturer indicating that the function a nd performance characteristics of a product or material have been determined by testing and ongoing surveillance by an approved third - party certification agency. Assertion of certification is in the form of identification in accordance with the requirement s of the third - party certification agency. THIRD - PARTY TESTED. Procedure by which an approved testing laboratory provides documentation that a product, material or system conforms to specified requirements. THRESHOLD LIMIT VALUE - TIME WEIGHTED AVERAGE (TLV - TWA). The time - weighted average concentration of a refrigerant or other chemical in air for a normal 8 - hour workday and a 40 - hour workweek, to which nearly all workers are repeatedly exposed, day after day, without adverse effects, as adopted by the Americ an Conference of Government Industrial Hygienists (ACGIH). TOILET ROOM. A room containing a water closet and, frequently , a lavatory, but not a bathtub, shower, spa or similar bathing fixture. TOXICITY CLASSIFICATION. Refrigerants shall be classified for t oxicity in one of two classes in accordance with ASHRAE 34. DEFINITIONS TRANSITION FITTINGS, PLASTIC TO STEEL. An adapter for joining plastic pipe to steel pipe. The purpose of this fitting is to provide a permanent, pressure - tight connection between two materials tha t cannot be joined directly one to another. \u2021\u2021\u2021 UNCONFINED SPACE. A space having a volume not less than 50 cubic feet per 1,000 Btu/h (4.8 m 3 /kW) of the aggregate input rating of all appliances installed in that space. Rooms communicating directly with the space in which the appliances are installed, through openings not furnished with doors, are considered a part of the unconfined space. UNIT HEATER. A self - contained appliance of the fan type, designed for the delivery of warm air directly into the spac e in which the appliance is located. UNUSUALLY TIGHT CONSTRUCTION. Construction meeting all of the following requirements: 1. Walls exposed to the outside atmosphere having a continuous water vapor retarder with a rating of 1 perm (57 ng/s\u00b7m 2 \u00b7Pa) or less w ith openings gasketed or sealed; and 2. Openable windows and doors meeting the air leakage requirements of the New York City Energy Conservation Code , Section 502.4.1; and 3. Caulking or sealants are applied to areas, such as joints around window and door frames, between sole plates and floors, between wall - ceiling joints, between wall panels, at penetrations for plumbing, electrical and gas lines, and at other openings. VENT. A pipe or other conduit composed of factory - made components, containing a passage way for conveying combustion products and air to the atmosphere, listed and labeled for use with a specific type or class of appliance. Pellet vent. A vent listed and labeled for use with listed pellet - fuel - burning appliances. Type L vent. A vent listed and labeled for use with the following: Oil - burning appliances that are listed for use with Type L vents. VENT CONNECTOR. The pipe that connects an approved fuel - fired appliance to a vent. VENT DAMPER DEVICE, AUTOMATIC. A device intended for install ation in the venting system, in the outlet of an individual automatically operated fuel - burning appliance that is designed to open the venting system automatically when the appliance is in operation and to close off the venting system automatically when th e appliance is in a standby or shutdown condition. VENTED ROOM HEATER. A vented self - contained, free - standing , nonrecessed appliance for furnishing warm air to the space in which it is installed, directly from the heater without duct connections. VENTILATI ON. The natural or mechanical process of supplying conditioned or unconditioned air to, or removing such air from, any space. VENTILATION AIR. That portion of supply air that comes from the outside (outdoors), plus any recirculated air that has been treated to maintain the desired quality of air within a designated space. VENTING SYSTEM. A continuous open passageway from the flue collar of an appliance to the outside atmosphere for the purpose of removing flue or vent gases. A venting system is usuall y composed of a vent or a chimney and vent connector, if used, assembled to form the open passageway. WATER HEATER. Any heating appliance or equipment that heats potable water and supplies such water to the potable hot water distribution system. ZONE. One occupiable space or several occupiable spaces with similar occupancy classification (see Table 403.3.1.1), occupant density, zone air distribution effectiveness and zone primary airflow rate per unit area. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) from any operational window or door serving the same dwelling unit. 6.2.2. Three feet (914.4 mm) from any operational window or door serving an adjoini ng dwelling unit. 6.2.3. Three feet (914.4 mm) from any operational window or door serving another occupancy group in the same building. 6.2.4. Ten feet (3048 mm) from any outdoor air intake opening other than intakes serving the same dwelling unit. 6.2.5. Ten feet (3048 mm) above the public sidewalk adjoining the same building. 6.2.6. All other minimum distances prescribed in Items 1 through 5 of Section 501.3.1 shall be satisfied . 501.3. 2 Exhaust opening protection. Exhaust openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. Openings in screens, louvers and grilles shall be sized not less than 1 / 4 inch (6.4 mm) and not larger than 1 / 2 inch (12.7 mm). Openings shall be protected against local weather conditions. Louvers that protect exhaust openings shall comply with AMCA Standard 550. Outdoor openings located in exterior walls shall meet the provisions for exterior wall opening protective in accordance with the New York City Building Code. [CONT.]: 609.6 mm) to any door or window or to any exit, or located where it would be readily accessible to the public, unless it is insulated or shielded to avoid injury to any person coming in cont act with the duct . Exception: Listed and labeled factory - built commercial kitchen grease ducts may be used when installed in accordance with Section 304.1. [CONT.]: 609.6 mm) to any door or window or to any exit, or located where it would be readily accessible to the public, unless it is insulated or shielded to avoid injury to any person coming in cont act with the duct . Exception: Listed and labeled factory - built commercial kitchen grease ducts may be used when installed in accordance with Section 304.1. [CONT.]: 609.6 mm) to any door or window or to any exit, or located where it would be readily accessible to the public, unless it is insulated or shielded to avoid injury to any person coming in cont act with the duct . Exception: Listed and labeled factory - built commercial kitchen grease ducts may be used when installed in accordance with Section 304.1. [CONT.]: 609.6 mm) to any door or window or to any exit, or located where it would be readily accessible to the public, unless it is insulated or shielded to avoid injury to any person coming in cont act with the duct . Exception: Listed and labeled factory - built commercial kitchen grease ducts may be used when installed in accordance with Section 304.1. [CONT.]: 609.6 mm) to any door or window or to any exit, or located where it would be readily accessible to the public, unless it is insulated or shielded to avoid injury to any person coming in cont act with the duct . Exception: Listed and labeled factory - built commercial kitchen grease ducts may be used when installed in accordance with Section 304.1. [CONT.]: 609.6 mm) to any door or window or to any exit, or located where it would be readily accessible to the public, unless it is insulated or shielded to avoid injury to any person coming in cont act with the duct . Exception: Listed and labeled factory - built commercial kitchen grease ducts may be used when installed in accordance with Section 304.1. [CONT.]: 609.6 mm) to any door or window or to any exit, or located where it would be readily accessible to the public, unless it is insulated or shielded to avoid injury to any person coming in cont act with the duct . Exception: Listed and labeled factory - built commercial kitchen grease ducts may be used when installed in accordance with Section 304.1. [CONT.]: 609.6 mm) to any door or window or to any exit, or located where it would be readily accessible to the public, unless it is insulated or shielded to avoid injury to any person coming in cont act with the duct . Exception: Listed and labeled factory - built commercial kitchen grease ducts may be used when installed in accordance with Section 304.1. [CONT.]: 609.6 mm) to any door or window or to any exit, or located where it would be readily accessible to the public, unless it is insulated or shielded to avoid injury to any person coming in cont act with the duct . Exception: Listed and labeled factory - built commercial kitchen grease ducts may be used when installed in accordance with Section 304.1. [CONT.]: 609.6 mm) shall be maintained between the cooking top and combustible material above the hood. The hood shall be at least as wide as the open - top broiler unit and be centered over the unit. [CONT.]: 609.6 mm) shall be maintained between the cooking top and combustible material above the hood. The hood shall be at least as wide as the open - top broiler unit and be centered over the unit. [CONT.]: 609.6 mm) shall be maintained between the cooking top and combustible material above the hood. The hood shall be at least as wide as the open - top broiler unit and be centered over the unit. [CONT.]: 609.6 mm) shall be maintained between the cooking top and combustible material above the hood. The hood shall be at least as wide as the open - top broiler unit and be centered over the unit. [CONT.]: 609.6 mm) shall be maintained between the cooking top and combustible material above the hood. The hood shall be at least as wide as the open - top broiler unit and be centered over the unit. [CONT.]: 609.6 mm) shall be maintained between the cooking top and combustible material above the hood. The hood shall be at least as wide as the open - top broiler unit and be centered over the unit. [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) below ground. Tanks shall be placed in firm soil and shall be surrounded by clean sand or well - tamped earth, free from ashes or other corrosive substance, and free from stones that w ill not pass a 1 - inch ( 25.4 mm) mesh. 3. Anchorage. When necessary to prevent floating, fuel - oil tanks, regardless of capacity, shall be securely anchored. 4. Distance to foundations. Regardless of capacity, no fuel - oil tank shall be buried within 3 feet ( [CONT.]: 609.6 mm) of run on all sides. Concrete, masonry or steel dikes shall be designed so as to contain safely all of the oil in the tank so surrounded. Embankments or dikes shall be continuous and unpierced, and the outside toe shall be lo cated at least 5 feet (1524 mm) inside of the property line, and no less than 5 feet (1524 mm) from a driveway or parking area. 2. Distances to buildings, lot lines and other tanks. Fuel oil storage tanks shall be located in accordance with the following: 2.1. Storage tanks of a capacity greater than 330 gallons (1249.2 L) shall be not less than 1 1 / 4 tank diameters and in no case less than 10 feet (3048 mm) from the tax lot line, the nearest building not served by such tanks or other fuel oil storage tank. However, in no case shall the clearance between individual tanks and the tax lot line be less than the distance fixed by the following formula: M.C. = 10 + 4 (( G - 330) / 5000) (Equation 13 - 1) where: M.C. = Minimum clearance from nearest surface of tank to tax lot line, in feet. G = Capacity of tank, in gallons. 2.2. Storage tanks with a capacity of not more than 330 gallons (1249.2 L) shall be not less than 5 feet (1524 mm) from the tax lot line, the nearest neighboring building or other fuel oil storage tank. 3. Means of egress. Tanks shall be located so as not to obstruct or interfere with any means of egress. [CONT.]: 609.6 mm) below ground. Tanks shall be placed in firm soil and shall be surrounded by clean sand or well - tamped earth, free from ashes or other corrosive substance, and free from stones that w ill not pass a 1 - inch ( 25.4 mm) mesh. 3. Anchorage. When necessary to prevent floating, fuel - oil tanks, regardless of capacity, shall be securely anchored. 4. Distance to foundations. Regardless of capacity, no fuel - oil tank shall be buried within 3 feet ( [CONT.]: 609.6 mm) of run on all sides. Concrete, masonry or steel dikes shall be designed so as to contain safely all of the oil in the tank so surrounded. Embankments or dikes shall be continuous and unpierced, and the outside toe shall be lo cated at least 5 feet (1524 mm) inside of the property line, and no less than 5 feet (1524 mm) from a driveway or parking area. 2. Distances to buildings, lot lines and other tanks. Fuel oil storage tanks shall be located in accordance with the following: 2.1. Storage tanks of a capacity greater than 330 gallons (1249.2 L) shall be not less than 1 1 / 4 tank diameters and in no case less than 10 feet (3048 mm) from the tax lot line, the nearest building not served by such tanks or other fuel oil storage tank. However, in no case shall the clearance between individual tanks and the tax lot line be less than the distance fixed by the following formula: M.C. = 10 + 4 (( G - 330) / 5000) (Equation 13 - 1) where: M.C. = Minimum clearance from nearest surface of tank to tax lot line, in feet. G = Capacity of tank, in gallons. 2.2. Storage tanks with a capacity of not more than 330 gallons (1249.2 L) shall be not less than 5 feet (1524 mm) from the tax lot line, the nearest neighboring building or other fuel oil storage tank. 3. Means of egress. Tanks shall be located so as not to obstruct or interfere with any means of egress. [CONT.]: 609.6 mm) from any surface where the temp erature exceeds 165\u00b0F (73.9\u00b0C). [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) below ground. Tanks shall be placed in firm soil and shall be surrounded by clean sand or well - tamped earth, free from ashes or other corrosive substance, and free from stones that w ill not pass a 1 - inch ( 25.4 mm) mesh. 3. Anchorage. When necessary to prevent floating, fuel - oil tanks, regardless of capacity, shall be securely anchored. 4. Distance to foundations. Regardless of capacity, no fuel - oil tank shall be buried within 3 feet ( [CONT.]: 609.6 mm) of run on all sides. Concrete, masonry or steel dikes shall be designed so as to contain safely all of the oil in the tank so surrounded. Embankments or dikes shall be continuous and unpierced, and the outside toe shall be lo cated at least 5 feet (1524 mm) inside of the property line, and no less than 5 feet (1524 mm) from a driveway or parking area. 2. Distances to buildings, lot lines and other tanks. Fuel oil storage tanks shall be located in accordance with the following: 2.1. Storage tanks of a capacity greater than 330 gallons (1249.2 L) shall be not less than 1 1 / 4 tank diameters and in no case less than 10 feet (3048 mm) from the tax lot line, the nearest building not served by such tanks or other fuel oil storage tank. However, in no case shall the clearance between individual tanks and the tax lot line be less than the distance fixed by the following formula: M.C. = 10 + 4 (( G - 330) / 5000) (Equation 13 - 1) where: M.C. = Minimum clearance from nearest surface of tank to tax lot line, in feet. G = Capacity of tank, in gallons. 2.2. Storage tanks with a capacity of not more than 330 gallons (1249.2 L) shall be not less than 5 feet (1524 mm) from the tax lot line, the nearest neighboring building or other fuel oil storage tank. 3. Means of egress. Tanks shall be located so as not to obstruct or interfere with any means of egress. [CONT.]: 609.6 mm) from any surface where the temp erature exceeds 165\u00b0F (73.9\u00b0C). [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) below ground. Tanks shall be placed in firm soil and shall be surrounded by clean sand or well - tamped earth, free from ashes or other corrosive substance, and free from stones that w ill not pass a 1 - inch ( 25.4 mm) mesh. 3. Anchorage. When necessary to prevent floating, fuel - oil tanks, regardless of capacity, shall be securely anchored. 4. Distance to foundations. Regardless of capacity, no fuel - oil tank shall be buried within 3 feet ( [CONT.]: 609.6 mm) of run on all sides. Concrete, masonry or steel dikes shall be designed so as to contain safely all of the oil in the tank so surrounded. Embankments or dikes shall be continuous and unpierced, and the outside toe shall be lo cated at least 5 feet (1524 mm) inside of the property line, and no less than 5 feet (1524 mm) from a driveway or parking area. 2. Distances to buildings, lot lines and other tanks. Fuel oil storage tanks shall be located in accordance with the following: 2.1. Storage tanks of a capacity greater than 330 gallons (1249.2 L) shall be not less than 1 1 / 4 tank diameters and in no case less than 10 feet (3048 mm) from the tax lot line, the nearest building not served by such tanks or other fuel oil storage tank. However, in no case shall the clearance between individual tanks and the tax lot line be less than the distance fixed by the following formula: M.C. = 10 + 4 (( G - 330) / 5000) (Equation 13 - 1) where: M.C. = Minimum clearance from nearest surface of tank to tax lot line, in feet. G = Capacity of tank, in gallons. 2.2. Storage tanks with a capacity of not more than 330 gallons (1249.2 L) shall be not less than 5 feet (1524 mm) from the tax lot line, the nearest neighboring building or other fuel oil storage tank. 3. Means of egress. Tanks shall be located so as not to obstruct or interfere with any means of egress. [CONT.]: 609.6 mm) from any surface where the temp erature exceeds 165\u00b0F (73.9\u00b0C). [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) below ground. Tanks shall be placed in firm soil and shall be surrounded by clean sand or well - tamped earth, free from ashes or other corrosive substance, and free from stones that w ill not pass a 1 - inch ( 25.4 mm) mesh. 3. Anchorage. When necessary to prevent floating, fuel - oil tanks, regardless of capacity, shall be securely anchored. 4. Distance to foundations. Regardless of capacity, no fuel - oil tank shall be buried within 3 feet ( [CONT.]: 609.6 mm) of run on all sides. Concrete, masonry or steel dikes shall be designed so as to contain safely all of the oil in the tank so surrounded. Embankments or dikes shall be continuous and unpierced, and the outside toe shall be lo cated at least 5 feet (1524 mm) inside of the property line, and no less than 5 feet (1524 mm) from a driveway or parking area. 2. Distances to buildings, lot lines and other tanks. Fuel oil storage tanks shall be located in accordance with the following: 2.1. Storage tanks of a capacity greater than 330 gallons (1249.2 L) shall be not less than 1 1 / 4 tank diameters and in no case less than 10 feet (3048 mm) from the tax lot line, the nearest building not served by such tanks or other fuel oil storage tank. However, in no case shall the clearance between individual tanks and the tax lot line be less than the distance fixed by the following formula: M.C. = 10 + 4 (( G - 330) / 5000) (Equation 13 - 1) where: M.C. = Minimum clearance from nearest surface of tank to tax lot line, in feet. G = Capacity of tank, in gallons. 2.2. Storage tanks with a capacity of not more than 330 gallons (1249.2 L) shall be not less than 5 feet (1524 mm) from the tax lot line, the nearest neighboring building or other fuel oil storage tank. 3. Means of egress. Tanks shall be located so as not to obstruct or interfere with any means of egress. [CONT.]: 609.6 mm) from any surface where the temp erature exceeds 165\u00b0F (73.9\u00b0C). [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) below ground. Tanks shall be placed in firm soil and shall be surrounded by clean sand or well - tamped earth, free from ashes or other corrosive substance, and free from stones that w ill not pass a 1 - inch ( 25.4 mm) mesh. 3. Anchorage. When necessary to prevent floating, fuel - oil tanks, regardless of capacity, shall be securely anchored. 4. Distance to foundations. Regardless of capacity, no fuel - oil tank shall be buried within 3 feet ( [CONT.]: 609.6 mm) of run on all sides. Concrete, masonry or steel dikes shall be designed so as to contain safely all of the oil in the tank so surrounded. Embankments or dikes shall be continuous and unpierced, and the outside toe shall be lo cated at least 5 feet (1524 mm) inside of the property line, and no less than 5 feet (1524 mm) from a driveway or parking area. 2. Distances to buildings, lot lines and other tanks. Fuel oil storage tanks shall be located in accordance with the following: 2.1. Storage tanks of a capacity greater than 330 gallons (1249.2 L) shall be not less than 1 1 / 4 tank diameters and in no case less than 10 feet (3048 mm) from the tax lot line, the nearest building not served by such tanks or other fuel oil storage tank. However, in no case shall the clearance between individual tanks and the tax lot line be less than the distance fixed by the following formula: M.C. = 10 + 4 (( G - 330) / 5000) (Equation 13 - 1) where: M.C. = Minimum clearance from nearest surface of tank to tax lot line, in feet. G = Capacity of tank, in gallons. 2.2. Storage tanks with a capacity of not more than 330 gallons (1249.2 L) shall be not less than 5 feet (1524 mm) from the tax lot line, the nearest neighboring building or other fuel oil storage tank. 3. Means of egress. Tanks shall be located so as not to obstruct or interfere with any means of egress. [CONT.]: 609.6 mm) from any surface where the temp erature exceeds 165\u00b0F (73.9\u00b0C). [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) below ground. Tanks shall be placed in firm soil and shall be surrounded by clean sand or well - tamped earth, free from ashes or other corrosive substance, and free from stones that w ill not pass a 1 - inch ( 25.4 mm) mesh. 3. Anchorage. When necessary to prevent floating, fuel - oil tanks, regardless of capacity, shall be securely anchored. 4. Distance to foundations. Regardless of capacity, no fuel - oil tank shall be buried within 3 feet ( [CONT.]: 609.6 mm) of run on all sides. Concrete, masonry or steel dikes shall be designed so as to contain safely all of the oil in the tank so surrounded. Embankments or dikes shall be continuous and unpierced, and the outside toe shall be lo cated at least 5 feet (1524 mm) inside of the property line, and no less than 5 feet (1524 mm) from a driveway or parking area. 2. Distances to buildings, lot lines and other tanks. Fuel oil storage tanks shall be located in accordance with the following: 2.1. Storage tanks of a capacity greater than 330 gallons (1249.2 L) shall be not less than 1 1 / 4 tank diameters and in no case less than 10 feet (3048 mm) from the tax lot line, the nearest building not served by such tanks or other fuel oil storage tank. However, in no case shall the clearance between individual tanks and the tax lot line be less than the distance fixed by the following formula: M.C. = 10 + 4 (( G - 330) / 5000) (Equation 13 - 1) where: M.C. = Minimum clearance from nearest surface of tank to tax lot line, in feet. G = Capacity of tank, in gallons. 2.2. Storage tanks with a capacity of not more than 330 gallons (1249.2 L) shall be not less than 5 feet (1524 mm) from the tax lot line, the nearest neighboring building or other fuel oil storage tank. 3. Means of egress. Tanks shall be located so as not to obstruct or interfere with any means of egress. [CONT.]: 609.6 mm) from any surface where the temp erature exceeds 165\u00b0F (73.9\u00b0C). [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) below ground. Tanks shall be placed in firm soil and shall be surrounded by clean sand or well - tamped earth, free from ashes or other corrosive substance, and free from stones that w ill not pass a 1 - inch ( 25.4 mm) mesh. 3. Anchorage. When necessary to prevent floating, fuel - oil tanks, regardless of capacity, shall be securely anchored. 4. Distance to foundations. Regardless of capacity, no fuel - oil tank shall be buried within 3 feet ( [CONT.]: 609.6 mm) of run on all sides. Concrete, masonry or steel dikes shall be designed so as to contain safely all of the oil in the tank so surrounded. Embankments or dikes shall be continuous and unpierced, and the outside toe shall be lo cated at least 5 feet (1524 mm) inside of the property line, and no less than 5 feet (1524 mm) from a driveway or parking area. 2. Distances to buildings, lot lines and other tanks. Fuel oil storage tanks shall be located in accordance with the following: 2.1. Storage tanks of a capacity greater than 330 gallons (1249.2 L) shall be not less than 1 1 / 4 tank diameters and in no case less than 10 feet (3048 mm) from the tax lot line, the nearest building not served by such tanks or other fuel oil storage tank. However, in no case shall the clearance between individual tanks and the tax lot line be less than the distance fixed by the following formula: M.C. = 10 + 4 (( G - 330) / 5000) (Equation 13 - 1) where: M.C. = Minimum clearance from nearest surface of tank to tax lot line, in feet. G = Capacity of tank, in gallons. 2.2. Storage tanks with a capacity of not more than 330 gallons (1249.2 L) shall be not less than 5 feet (1524 mm) from the tax lot line, the nearest neighboring building or other fuel oil storage tank. 3. Means of egress. Tanks shall be located so as not to obstruct or interfere with any means of egress. [CONT.]: 609.6 mm) from any surface where the temp erature exceeds 165\u00b0F (73.9\u00b0C). [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) below ground. Tanks shall be placed in firm soil and shall be surrounded by clean sand or well - tamped earth, free from ashes or other corrosive substance, and free from stones that w ill not pass a 1 - inch ( 25.4 mm) mesh. 3. Anchorage. When necessary to prevent floating, fuel - oil tanks, regardless of capacity, shall be securely anchored. 4. Distance to foundations. Regardless of capacity, no fuel - oil tank shall be buried within 3 feet ( [CONT.]: 609.6 mm) of run on all sides. Concrete, masonry or steel dikes shall be designed so as to contain safely all of the oil in the tank so surrounded. Embankments or dikes shall be continuous and unpierced, and the outside toe shall be lo cated at least 5 feet (1524 mm) inside of the property line, and no less than 5 feet (1524 mm) from a driveway or parking area. 2. Distances to buildings, lot lines and other tanks. Fuel oil storage tanks shall be located in accordance with the following: 2.1. Storage tanks of a capacity greater than 330 gallons (1249.2 L) shall be not less than 1 1 / 4 tank diameters and in no case less than 10 feet (3048 mm) from the tax lot line, the nearest building not served by such tanks or other fuel oil storage tank. However, in no case shall the clearance between individual tanks and the tax lot line be less than the distance fixed by the following formula: M.C. = 10 + 4 (( G - 330) / 5000) (Equation 13 - 1) where: M.C. = Minimum clearance from nearest surface of tank to tax lot line, in feet. G = Capacity of tank, in gallons. 2.2. Storage tanks with a capacity of not more than 330 gallons (1249.2 L) shall be not less than 5 feet (1524 mm) from the tax lot line, the nearest neighboring building or other fuel oil storage tank. 3. Means of egress. Tanks shall be located so as not to obstruct or interfere with any means of egress. [CONT.]: 609.6 mm) from any surface where the temp erature exceeds 165\u00b0F (73.9\u00b0C). [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) below ground. Tanks shall be placed in firm soil and shall be surrounded by clean sand or well - tamped earth, free from ashes or other corrosive substance, and free from stones that w ill not pass a 1 - inch ( 25.4 mm) mesh. 3. Anchorage. When necessary to prevent floating, fuel - oil tanks, regardless of capacity, shall be securely anchored. 4. Distance to foundations. Regardless of capacity, no fuel - oil tank shall be buried within 3 feet ( [CONT.]: 609.6 mm) of run on all sides. Concrete, masonry or steel dikes shall be designed so as to contain safely all of the oil in the tank so surrounded. Embankments or dikes shall be continuous and unpierced, and the outside toe shall be lo cated at least 5 feet (1524 mm) inside of the property line, and no less than 5 feet (1524 mm) from a driveway or parking area. 2. Distances to buildings, lot lines and other tanks. Fuel oil storage tanks shall be located in accordance with the following: 2.1. Storage tanks of a capacity greater than 330 gallons (1249.2 L) shall be not less than 1 1 / 4 tank diameters and in no case less than 10 feet (3048 mm) from the tax lot line, the nearest building not served by such tanks or other fuel oil storage tank. However, in no case shall the clearance between individual tanks and the tax lot line be less than the distance fixed by the following formula: M.C. = 10 + 4 (( G - 330) / 5000) (Equation 13 - 1) where: M.C. = Minimum clearance from nearest surface of tank to tax lot line, in feet. G = Capacity of tank, in gallons. 2.2. Storage tanks with a capacity of not more than 330 gallons (1249.2 L) shall be not less than 5 feet (1524 mm) from the tax lot line, the nearest neighboring building or other fuel oil storage tank. 3. Means of egress. Tanks shall be located so as not to obstruct or interfere with any means of egress. [CONT.]: 609.6 mm) from any surface where the temp erature exceeds 165\u00b0F (73.9\u00b0C). [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) below ground. Tanks shall be placed in firm soil and shall be surrounded by clean sand or well - tamped earth, free from ashes or other corrosive substance, and free from stones that w ill not pass a 1 - inch ( 25.4 mm) mesh. 3. Anchorage. When necessary to prevent floating, fuel - oil tanks, regardless of capacity, shall be securely anchored. 4. Distance to foundations. Regardless of capacity, no fuel - oil tank shall be buried within 3 feet ( [CONT.]: 609.6 mm) of run on all sides. Concrete, masonry or steel dikes shall be designed so as to contain safely all of the oil in the tank so surrounded. Embankments or dikes shall be continuous and unpierced, and the outside toe shall be lo cated at least 5 feet (1524 mm) inside of the property line, and no less than 5 feet (1524 mm) from a driveway or parking area. 2. Distances to buildings, lot lines and other tanks. Fuel oil storage tanks shall be located in accordance with the following: 2.1. Storage tanks of a capacity greater than 330 gallons (1249.2 L) shall be not less than 1 1 / 4 tank diameters and in no case less than 10 feet (3048 mm) from the tax lot line, the nearest building not served by such tanks or other fuel oil storage tank. However, in no case shall the clearance between individual tanks and the tax lot line be less than the distance fixed by the following formula: M.C. = 10 + 4 (( G - 330) / 5000) (Equation 13 - 1) where: M.C. = Minimum clearance from nearest surface of tank to tax lot line, in feet. G = Capacity of tank, in gallons. 2.2. Storage tanks with a capacity of not more than 330 gallons (1249.2 L) shall be not less than 5 feet (1524 mm) from the tax lot line, the nearest neighboring building or other fuel oil storage tank. 3. Means of egress. Tanks shall be located so as not to obstruct or interfere with any means of egress. [CONT.]: 609.6 mm) from any surface where the temp erature exceeds 165\u00b0F (73.9\u00b0C). [CONT.]: 609.6 mm) measured vertically or horizontally from any building opening and not less than 2 feet ( [CONT.]: 609.6 mm) nor more than 12 feet (3657. 6 mm) above the fill pipe terminal. 2. If the normal vent pipe terminal is not visible from the fill pipe terminal location, an electronic overfill alarm system or a 1 - inch ( 25.4 mm) tell - tale line shall be connected to the tank and shall parallel the fill pipe and terminate at the fill pipe terminal with an unthreaded end. Such tell - tale lines shall be provided with a check valve set to prevent flow of surface water to the storage tank. 3. Normal vent pipes shall terminate sufficiently above the ground to avoid being obstructed with snow or ice. 4. Normal vent pipes from tanks containing heaters shall be extended to a location where oil vapors discharging from the normal vent will be readily diffused. [CONT.]: 609.6 mm) below ground. Tanks shall be placed in firm soil and shall be surrounded by clean sand or well - tamped earth, free from ashes or other corrosive substance, and free from stones that w ill not pass a 1 - inch ( 25.4 mm) mesh. 3. Anchorage. When necessary to prevent floating, fuel - oil tanks, regardless of capacity, shall be securely anchored. 4. Distance to foundations. Regardless of capacity, no fuel - oil tank shall be buried within 3 feet ( [CONT.]: 609.6 mm) of run on all sides. Concrete, masonry or steel dikes shall be designed so as to contain safely all of the oil in the tank so surrounded. Embankments or dikes shall be continuous and unpierced, and the outside toe shall be lo cated at least 5 feet (1524 mm) inside of the property line, and no less than 5 feet (1524 mm) from a driveway or parking area. 2. Distances to buildings, lot lines and other tanks. Fuel oil storage tanks shall be located in accordance with the following: 2.1. Storage tanks of a capacity greater than 330 gallons (1249.2 L) shall be not less than 1 1 / 4 tank diameters and in no case less than 10 feet (3048 mm) from the tax lot line, the nearest building not served by such tanks or other fuel oil storage tank. However, in no case shall the clearance between individual tanks and the tax lot line be less than the distance fixed by the following formula: M.C. = 10 + 4 (( G - 330) / 5000) (Equation 13 - 1) where: M.C. = Minimum clearance from nearest surface of tank to tax lot line, in feet. G = Capacity of tank, in gallons. 2.2. Storage tanks with a capacity of not more than 330 gallons (1249.2 L) shall be not less than 5 feet (1524 mm) from the tax lot line, the nearest neighboring building or other fuel oil storage tank. 3. Means of egress. Tanks shall be located so as not to obstruct or interfere with any means of egress. [CONT.]: 609.6 mm) from any surface where the temp erature exceeds 165\u00b0F (73.9\u00b0C).",
    "metadata": {
      "section_full": "609.6",
      "parent_major": "609",
      "parent_minor": "609.6",
      "source": "026.txt"
    }
  },
  {
    "id": "301.1",
    "text": "CONTEXT: 301 > 301.1 | CONTENT: 301.1 301.1 Scope. This chapter shall govern the approval and installation of all equipment and appliances that comprise parts of the building mechanical systems regulated by this code in accordance with Section 101.2. [CONT.]: 301.1 Scope. This chapter shall govern the approval and installation of all equipment and appliances that comprise parts of the building mechanical systems regulated by this code in accordance with Section 101.2. [CONT.]: 301.1 Scope. This chapter shall govern the approval and installation of all equipment and appliances that comprise parts of the building mechanical systems regulated by this code in accordance with Section 101.2. [CONT.]: 301.1 Scope. This chapter shall govern the approval and installation of all equipment and appliances that comprise parts of the building mechanical systems regulated by this code in accordance with Section 101.2. [CONT.]: 301.1 Scope. This chapter shall govern the approval and installation of all equipment and appliances that comprise parts of the building mechanical systems regulated by this code in accordance with Section 101.2. [CONT.]: 301.1 Scope. This chapter shall govern the approval and installation of all equipment and appliances that comprise parts of the building mechanical systems regulated by this code in accordance with Section 101.2. [CONT.]: 301.1 Scope. This chapter shall govern the approval and installation of all equipment and appliances that comprise parts of the building mechanical systems regulated by this code in accordance with Section 101.2. [CONT.]: 301.1 Scope. This chapter shall govern the approval and installation of all equipment and appliances that comprise parts of the building mechanical systems regulated by this code in accordance with Section 101.2. [CONT.]: 301.1 Scope. This chapter shall govern the approval and installation of all equipment and appliances that comprise parts of the building mechanical systems regulated by this code in accordance with Section 101.2. [CONT.]: 301.1 Scope. This chapter shall govern the approval and installation of all equipment and appliances that comprise parts of the building mechanical systems regulated by this code in accordance with Section 101.2. [CONT.]: 301.1 Scope. This chapter shall govern the approval and installation of all equipment and appliances that comprise parts of the building mechanical systems regulated by this code in accordance with Section 101.2.",
    "metadata": {
      "section_full": "301.1",
      "parent_major": "301",
      "parent_minor": "301.1",
      "source": "027.txt"
    }
  },
  {
    "id": "301.2",
    "text": "CONTEXT: 301 > 301.2 | CONTENT: 301.2 301.2 Energy utilization. Heating, ventilating, air - conditioning, and refrigeration systems of all structures shall be designed and installed for efficient utilization of energy in accordance with the New York City Energy Conservation Code. [CONT.]: 301.2 Energy utilization. Heating, ventilating, air - conditioning, and refrigeration systems of all structures shall be designed and installed for efficient utilization of energy in accordance with the New York City Energy Conservation Code. [CONT.]: 301.2 Energy utilization. Heating, ventilating, air - conditioning, and refrigeration systems of all structures shall be designed and installed for efficient utilization of energy in accordance with the New York City Energy Conservation Code. [CONT.]: 301.2 Energy utilization. Heating, ventilating, air - conditioning, and refrigeration systems of all structures shall be designed and installed for efficient utilization of energy in accordance with the New York City Energy Conservation Code. [CONT.]: 301.2 Energy utilization. Heating, ventilating, air - conditioning, and refrigeration systems of all structures shall be designed and installed for efficient utilization of energy in accordance with the New York City Energy Conservation Code. [CONT.]: 301.2 Energy utilization. Heating, ventilating, air - conditioning, and refrigeration systems of all structures shall be designed and installed for efficient utilization of energy in accordance with the New York City Energy Conservation Code. [CONT.]: 301.2 Energy utilization. Heating, ventilating, air - conditioning, and refrigeration systems of all structures shall be designed and installed for efficient utilization of energy in accordance with the New York City Energy Conservation Code. [CONT.]: 301.2 Energy utilization. Heating, ventilating, air - conditioning, and refrigeration systems of all structures shall be designed and installed for efficient utilization of energy in accordance with the New York City Energy Conservation Code. [CONT.]: 301.2 Energy utilization. Heating, ventilating, air - conditioning, and refrigeration systems of all structures shall be designed and installed for efficient utilization of energy in accordance with the New York City Energy Conservation Code. [CONT.]: 301.2 Energy utilization. Heating, ventilating, air - conditioning, and refrigeration systems of all structures shall be designed and installed for efficient utilization of energy in accordance with the New York City Energy Conservation Code. [CONT.]: 301.2 Energy utilization. Heating, ventilating, air - conditioning, and refrigeration systems of all structures shall be designed and installed for efficient utilization of energy in accordance with the New York City Energy Conservation Code.",
    "metadata": {
      "section_full": "301.2",
      "parent_major": "301",
      "parent_minor": "301.2",
      "source": "027.txt"
    }
  },
  {
    "id": "301.3",
    "text": "CONTEXT: 301 > 301.3 | CONTENT: 301.3 301.3 Identification. All pipe and tubing and each pipe fitting utilized in a mechanical system shall bear the identification of the manufacturer. [CONT.]: 301.3 Identification. All pipe and tubing and each pipe fitting utilized in a mechanical system shall bear the identification of the manufacturer. [CONT.]: 301.3 Identification. All pipe and tubing and each pipe fitting utilized in a mechanical system shall bear the identification of the manufacturer. [CONT.]: 301.3 Identification. All pipe and tubing and each pipe fitting utilized in a mechanical system shall bear the identification of the manufacturer. [CONT.]: 301.3 Identification. All pipe and tubing and each pipe fitting utilized in a mechanical system shall bear the identification of the manufacturer. [CONT.]: 301.3 Identification. All pipe and tubing and each pipe fitting utilized in a mechanical system shall bear the identification of the manufacturer. [CONT.]: 301.3 Identification. All pipe and tubing and each pipe fitting utilized in a mechanical system shall bear the identification of the manufacturer. [CONT.]: 301.3 Identification. All pipe and tubing and each pipe fitting utilized in a mechanical system shall bear the identification of the manufacturer. [CONT.]: 301.3 Identification. All pipe and tubing and each pipe fitting utilized in a mechanical system shall bear the identification of the manufacturer. [CONT.]: 301.3 Identification. All pipe and tubing and each pipe fitting utilized in a mechanical system shall bear the identification of the manufacturer. [CONT.]: 301.3 Identification. All pipe and tubing and each pipe fitting utilized in a mechanical system shall bear the identification of the manufacturer.",
    "metadata": {
      "section_full": "301.3",
      "parent_major": "301",
      "parent_minor": "301.3",
      "source": "027.txt"
    }
  },
  {
    "id": "301.4",
    "text": "CONTEXT: 301 > 301.4 | CONTENT: 301.4 301.4 Plastic pipe, fittings and components. Plastic pipe, fittings a nd components shall be third - party certified. [CONT.]: 301.4 Plastic pipe, fittings and components. Plastic pipe, fittings a nd components shall be third - party certified. [CONT.]: 301.4 Plastic pipe, fittings and components. Plastic pipe, fittings a nd components shall be third - party certified. [CONT.]: 301.4 Plastic pipe, fittings and components. Plastic pipe, fittings a nd components shall be third - party certified. [CONT.]: 301.4 Plastic pipe, fittings and components. Plastic pipe, fittings a nd components shall be third - party certified. [CONT.]: 301.4 Plastic pipe, fittings and components. Plastic pipe, fittings a nd components shall be third - party certified. [CONT.]: 301.4 Plastic pipe, fittings and components. Plastic pipe, fittings a nd components shall be third - party certified. [CONT.]: 301.4 Plastic pipe, fittings and components. Plastic pipe, fittings a nd components shall be third - party certified. [CONT.]: 301.4 Plastic pipe, fittings and components. Plastic pipe, fittings a nd components shall be third - party certified. [CONT.]: 301.4 Plastic pipe, fittings and components. Plastic pipe, fittings a nd components shall be third - party certified. [CONT.]: 301.4 Plastic pipe, fittings and components. Plastic pipe, fittings a nd components shall be third - party certified.",
    "metadata": {
      "section_full": "301.4",
      "parent_major": "301",
      "parent_minor": "301.4",
      "source": "027.txt"
    }
  },
  {
    "id": "301.5",
    "text": "CONTEXT: 301 > 301.5 | CONTENT: 301.5 301.5 Third - party testing and certification. Piping, tubing and fittings shall comply with the applicable referenced standards, specifications and performance criteria of this code and shall be identified in accordance with Section 301.3. Piping, tubing and fittings shall either be tested by an approved third - party testing agency or certified by an approved third - party certification agency. [CONT.]: 301.5 Third - party testing and certification. Piping, tubing and fittings shall comply with the applicable referenced standards, specifications and performance criteria of this code and shall be identified in accordance with Section 301.3. Piping, tubing and fittings shall either be tested by an approved third - party testing agency or certified by an approved third - party certification agency. [CONT.]: 301.5 Third - party testing and certification. Piping, tubing and fittings shall comply with the applicable referenced standards, specifications and performance criteria of this code and shall be identified in accordance with Section 301.3. Piping, tubing and fittings shall either be tested by an approved third - party testing agency or certified by an approved third - party certification agency. [CONT.]: 301.5 Third - party testing and certification. Piping, tubing and fittings shall comply with the applicable referenced standards, specifications and performance criteria of this code and shall be identified in accordance with Section 301.3. Piping, tubing and fittings shall either be tested by an approved third - party testing agency or certified by an approved third - party certification agency. [CONT.]: 301.5 Third - party testing and certification. Piping, tubing and fittings shall comply with the applicable referenced standards, specifications and performance criteria of this code and shall be identified in accordance with Section 301.3. Piping, tubing and fittings shall either be tested by an approved third - party testing agency or certified by an approved third - party certification agency. [CONT.]: 301.5 Third - party testing and certification. Piping, tubing and fittings shall comply with the applicable referenced standards, specifications and performance criteria of this code and shall be identified in accordance with Section 301.3. Piping, tubing and fittings shall either be tested by an approved third - party testing agency or certified by an approved third - party certification agency. [CONT.]: 301.5 Third - party testing and certification. Piping, tubing and fittings shall comply with the applicable referenced standards, specifications and performance criteria of this code and shall be identified in accordance with Section 301.3. Piping, tubing and fittings shall either be tested by an approved third - party testing agency or certified by an approved third - party certification agency. [CONT.]: 301.5 Third - party testing and certification. Piping, tubing and fittings shall comply with the applicable referenced standards, specifications and performance criteria of this code and shall be identified in accordance with Section 301.3. Piping, tubing and fittings shall either be tested by an approved third - party testing agency or certified by an approved third - party certification agency. [CONT.]: 301.5 Third - party testing and certification. Piping, tubing and fittings shall comply with the applicable referenced standards, specifications and performance criteria of this code and shall be identified in accordance with Section 301.3. Piping, tubing and fittings shall either be tested by an approved third - party testing agency or certified by an approved third - party certification agency. [CONT.]: 301.5 Third - party testing and certification. Piping, tubing and fittings shall comply with the applicable referenced standards, specifications and performance criteria of this code and shall be identified in accordance with Section 301.3. Piping, tubing and fittings shall either be tested by an approved third - party testing agency or certified by an approved third - party certification agency. [CONT.]: 301.5 Third - party testing and certification. Piping, tubing and fittings shall comply with the applicable referenced standards, specifications and performance criteria of this code and shall be identified in accordance with Section 301.3. Piping, tubing and fittings shall either be tested by an approved third - party testing agency or certified by an approved third - party certification agency.",
    "metadata": {
      "section_full": "301.5",
      "parent_major": "301",
      "parent_minor": "301.5",
      "source": "027.txt"
    }
  },
  {
    "id": "301.6",
    "text": "CONTEXT: 301 > 301.6 | CONTENT: 301.6 301.6 Fuel gas appliances and equipment. The approval and installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance venting systems shall be in accordance with the New York City Fuel Gas Code. [CONT.]: 301.6 Fuel gas appliances and equipment. The approval and installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance venting systems shall be in accordance with the New York City Fuel Gas Code. [CONT.]: 301.6 Fuel gas appliances and equipment. The approval and installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance venting systems shall be in accordance with the New York City Fuel Gas Code. [CONT.]: 301.6 Fuel gas appliances and equipment. The approval and installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance venting systems shall be in accordance with the New York City Fuel Gas Code. [CONT.]: 301.6 Fuel gas appliances and equipment. The approval and installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance venting systems shall be in accordance with the New York City Fuel Gas Code. [CONT.]: 301.6 Fuel gas appliances and equipment. The approval and installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance venting systems shall be in accordance with the New York City Fuel Gas Code. [CONT.]: 301.6 Fuel gas appliances and equipment. The approval and installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance venting systems shall be in accordance with the New York City Fuel Gas Code. [CONT.]: 301.6 Fuel gas appliances and equipment. The approval and installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance venting systems shall be in accordance with the New York City Fuel Gas Code. [CONT.]: 301.6 Fuel gas appliances and equipment. The approval and installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance venting systems shall be in accordance with the New York City Fuel Gas Code. [CONT.]: 301.6 Fuel gas appliances and equipment. The approval and installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance venting systems shall be in accordance with the New York City Fuel Gas Code. [CONT.]: 301.6 Fuel gas appliances and equipment. The approval and installation of fuel gas distribution piping and equipment, fuel gas - fired appliances and fuel gas - fired appliance venting systems shall be in accordance with the New York City Fuel Gas Code.",
    "metadata": {
      "section_full": "301.6",
      "parent_major": "301",
      "parent_minor": "301.6",
      "source": "027.txt"
    }
  },
  {
    "id": "301.7",
    "text": "CONTEXT: 301 > 301.7 | CONTENT: 301.7 301.7 Listed and labeled. Appliances regulated by this code shall be listed an d labeled for the application in which they are installed. Exception: Listing and labeling of equipment and appliances used for refrigeration shall be in accordance with Section 1101.2. [CONT.]: 301.7 Listed and labeled. Appliances regulated by this code shall be listed an d labeled for the application in which they are installed. Exception: Listing and labeling of equipment and appliances used for refrigeration shall be in accordance with Section 1101.2. [CONT.]: 301.7 Listed and labeled. Appliances regulated by this code shall be listed an d labeled for the application in which they are installed. Exception: Listing and labeling of equipment and appliances used for refrigeration shall be in accordance with Section 1101.2. [CONT.]: 301.7 Listed and labeled. Appliances regulated by this code shall be listed an d labeled for the application in which they are installed. Exception: Listing and labeling of equipment and appliances used for refrigeration shall be in accordance with Section 1101.2. [CONT.]: 301.7 Listed and labeled. Appliances regulated by this code shall be listed an d labeled for the application in which they are installed. Exception: Listing and labeling of equipment and appliances used for refrigeration shall be in accordance with Section 1101.2. [CONT.]: 301.7 Listed and labeled. Appliances regulated by this code shall be listed an d labeled for the application in which they are installed. Exception: Listing and labeling of equipment and appliances used for refrigeration shall be in accordance with Section 1101.2. [CONT.]: 301.7 Listed and labeled. Appliances regulated by this code shall be listed an d labeled for the application in which they are installed. Exception: Listing and labeling of equipment and appliances used for refrigeration shall be in accordance with Section 1101.2. [CONT.]: 301.7 Listed and labeled. Appliances regulated by this code shall be listed an d labeled for the application in which they are installed. Exception: Listing and labeling of equipment and appliances used for refrigeration shall be in accordance with Section 1101.2. [CONT.]: 301.7 Listed and labeled. Appliances regulated by this code shall be listed an d labeled for the application in which they are installed. Exception: Listing and labeling of equipment and appliances used for refrigeration shall be in accordance with Section 1101.2. [CONT.]: 301.7 Listed and labeled. Appliances regulated by this code shall be listed an d labeled for the application in which they are installed. Exception: Listing and labeling of equipment and appliances used for refrigeration shall be in accordance with Section 1101.2. [CONT.]: 301.7 Listed and labeled. Appliances regulated by this code shall be listed an d labeled for the application in which they are installed. Exception: Listing and labeling of equipment and appliances used for refrigeration shall be in accordance with Section 1101.2.",
    "metadata": {
      "section_full": "301.7",
      "parent_major": "301",
      "parent_minor": "301.7",
      "source": "027.txt"
    }
  },
  {
    "id": "301.8",
    "text": "CONTEXT: 301 > 301.8 | CONTENT: 301.8 301.8 Testing of materials. Refer to Section 28 - 113 of the Administrative Code . [CONT.]: 301.8 Testing of materials. Refer to Section 28 - 113 of the Administrative Code . [CONT.]: 301.8 Testing of materials. Refer to Section 28 - 113 of the Administrative Code . [CONT.]: 301.8 Testing of materials. Refer to Section 28 - 113 of the Administrative Code . [CONT.]: 301.8 Testing of materials. Refer to Section 28 - 113 of the Administrative Code . [CONT.]: 301.8 Testing of materials. Refer to Section 28 - 113 of the Administrative Code . [CONT.]: 301.8 Testing of materials. Refer to Section 28 - 113 of the Administrative Code . [CONT.]: 301.8 Testing of materials. Refer to Section 28 - 113 of the Administrative Code . [CONT.]: 301.8 Testing of materials. Refer to Section 28 - 113 of the Administrative Code . [CONT.]: 301.8 Testing of materials. Refer to Section 28 - 113 of the Administrative Code . [CONT.]: 301.8 Testing of materials. Refer to Section 28 - 113 of the Administrative Code .",
    "metadata": {
      "section_full": "301.8",
      "parent_major": "301",
      "parent_minor": "301.8",
      "source": "027.txt"
    }
  },
  {
    "id": "301.9",
    "text": "CONTEXT: 301 > 301.9 | CONTENT: 301.9 301.9 Label information. A permanent factory - applied name - plate (s) shall be affixed to appliances on which shall appear in legible lettering, the manufacturer\u2019s name or trademark , the model number, serial number and the seal or mark of the approved agency. A label shall also include the following: 1. Electrical equipment and appliances: Electrical rating in volts, amperes and motor phase; identification of individual electrical components in volts, amperes or watts, motor phase; Btu/h ( W) output; and required clearances. 2. Absorption units: Hourly rating in Btu/h (W); minimum hourly rating for units having step or automatic modulating controls; type of fuel; type of refrigerant; cooling capacity in Btu/h (W); and required clearances. 3. Fuel - burning units: Hourly rating in Btu/h (W); type of fuel approved for use with the appliance; and required clearances. 4. Electric comfort heating appliances: Electric rating in volts, amperes and phase; Btu/h (W) output rating; individual marking for each electrical component in amperes or watts, volts and phase; and required clearances from combustibles . [CONT.]: 301.9 Label information. A permanent factory - applied name - plate (s) shall be affixed to appliances on which shall appear in legible lettering, the manufacturer\u2019s name or trademark , the model number, serial number and the seal or mark of the approved agency. A label shall also include the following: 1. Electrical equipment and appliances: Electrical rating in volts, amperes and motor phase; identification of individual electrical components in volts, amperes or watts, motor phase; Btu/h ( W) output; and required clearances. 2. Absorption units: Hourly rating in Btu/h (W); minimum hourly rating for units having step or automatic modulating controls; type of fuel; type of refrigerant; cooling capacity in Btu/h (W); and required clearances. 3. Fuel - burning units: Hourly rating in Btu/h (W); type of fuel approved for use with the appliance; and required clearances. 4. Electric comfort heating appliances: Electric rating in volts, amperes and phase; Btu/h (W) output rating; individual marking for each electrical component in amperes or watts, volts and phase; and required clearances from combustibles . [CONT.]: 301.9 Label information. A permanent factory - applied name - plate (s) shall be affixed to appliances on which shall appear in legible lettering, the manufacturer\u2019s name or trademark , the model number, serial number and the seal or mark of the approved agency. A label shall also include the following: 1. Electrical equipment and appliances: Electrical rating in volts, amperes and motor phase; identification of individual electrical components in volts, amperes or watts, motor phase; Btu/h ( W) output; and required clearances. 2. Absorption units: Hourly rating in Btu/h (W); minimum hourly rating for units having step or automatic modulating controls; type of fuel; type of refrigerant; cooling capacity in Btu/h (W); and required clearances. 3. Fuel - burning units: Hourly rating in Btu/h (W); type of fuel approved for use with the appliance; and required clearances. 4. Electric comfort heating appliances: Electric rating in volts, amperes and phase; Btu/h (W) output rating; individual marking for each electrical component in amperes or watts, volts and phase; and required clearances from combustibles . [CONT.]: 301.9 Label information. A permanent factory - applied name - plate (s) shall be affixed to appliances on which shall appear in legible lettering, the manufacturer\u2019s name or trademark , the model number, serial number and the seal or mark of the approved agency. A label shall also include the following: 1. Electrical equipment and appliances: Electrical rating in volts, amperes and motor phase; identification of individual electrical components in volts, amperes or watts, motor phase; Btu/h ( W) output; and required clearances. 2. Absorption units: Hourly rating in Btu/h (W); minimum hourly rating for units having step or automatic modulating controls; type of fuel; type of refrigerant; cooling capacity in Btu/h (W); and required clearances. 3. Fuel - burning units: Hourly rating in Btu/h (W); type of fuel approved for use with the appliance; and required clearances. 4. Electric comfort heating appliances: Electric rating in volts, amperes and phase; Btu/h (W) output rating; individual marking for each electrical component in amperes or watts, volts and phase; and required clearances from combustibles . [CONT.]: 301.9 Label information. A permanent factory - applied name - plate (s) shall be affixed to appliances on which shall appear in legible lettering, the manufacturer\u2019s name or trademark , the model number, serial number and the seal or mark of the approved agency. A label shall also include the following: 1. Electrical equipment and appliances: Electrical rating in volts, amperes and motor phase; identification of individual electrical components in volts, amperes or watts, motor phase; Btu/h ( W) output; and required clearances. 2. Absorption units: Hourly rating in Btu/h (W); minimum hourly rating for units having step or automatic modulating controls; type of fuel; type of refrigerant; cooling capacity in Btu/h (W); and required clearances. 3. Fuel - burning units: Hourly rating in Btu/h (W); type of fuel approved for use with the appliance; and required clearances. 4. Electric comfort heating appliances: Electric rating in volts, amperes and phase; Btu/h (W) output rating; individual marking for each electrical component in amperes or watts, volts and phase; and required clearances from combustibles . [CONT.]: 301.9 Label information. A permanent factory - applied name - plate (s) shall be affixed to appliances on which shall appear in legible lettering, the manufacturer\u2019s name or trademark , the model number, serial number and the seal or mark of the approved agency. A label shall also include the following: 1. Electrical equipment and appliances: Electrical rating in volts, amperes and motor phase; identification of individual electrical components in volts, amperes or watts, motor phase; Btu/h ( W) output; and required clearances. 2. Absorption units: Hourly rating in Btu/h (W); minimum hourly rating for units having step or automatic modulating controls; type of fuel; type of refrigerant; cooling capacity in Btu/h (W); and required clearances. 3. Fuel - burning units: Hourly rating in Btu/h (W); type of fuel approved for use with the appliance; and required clearances. 4. Electric comfort heating appliances: Electric rating in volts, amperes and phase; Btu/h (W) output rating; individual marking for each electrical component in amperes or watts, volts and phase; and required clearances from combustibles . [CONT.]: 301.9 Label information. A permanent factory - applied name - plate (s) shall be affixed to appliances on which shall appear in legible lettering, the manufacturer\u2019s name or trademark , the model number, serial number and the seal or mark of the approved agency. A label shall also include the following: 1. Electrical equipment and appliances: Electrical rating in volts, amperes and motor phase; identification of individual electrical components in volts, amperes or watts, motor phase; Btu/h ( W) output; and required clearances. 2. Absorption units: Hourly rating in Btu/h (W); minimum hourly rating for units having step or automatic modulating controls; type of fuel; type of refrigerant; cooling capacity in Btu/h (W); and required clearances. 3. Fuel - burning units: Hourly rating in Btu/h (W); type of fuel approved for use with the appliance; and required clearances. 4. Electric comfort heating appliances: Electric rating in volts, amperes and phase; Btu/h (W) output rating; individual marking for each electrical component in amperes or watts, volts and phase; and required clearances from combustibles . [CONT.]: 301.9 Label information. A permanent factory - applied name - plate (s) shall be affixed to appliances on which shall appear in legible lettering, the manufacturer\u2019s name or trademark , the model number, serial number and the seal or mark of the approved agency. A label shall also include the following: 1. Electrical equipment and appliances: Electrical rating in volts, amperes and motor phase; identification of individual electrical components in volts, amperes or watts, motor phase; Btu/h ( W) output; and required clearances. 2. Absorption units: Hourly rating in Btu/h (W); minimum hourly rating for units having step or automatic modulating controls; type of fuel; type of refrigerant; cooling capacity in Btu/h (W); and required clearances. 3. Fuel - burning units: Hourly rating in Btu/h (W); type of fuel approved for use with the appliance; and required clearances. 4. Electric comfort heating appliances: Electric rating in volts, amperes and phase; Btu/h (W) output rating; individual marking for each electrical component in amperes or watts, volts and phase; and required clearances from combustibles . [CONT.]: 301.9 Label information. A permanent factory - applied name - plate (s) shall be affixed to appliances on which shall appear in legible lettering, the manufacturer\u2019s name or trademark , the model number, serial number and the seal or mark of the approved agency. A label shall also include the following: 1. Electrical equipment and appliances: Electrical rating in volts, amperes and motor phase; identification of individual electrical components in volts, amperes or watts, motor phase; Btu/h ( W) output; and required clearances. 2. Absorption units: Hourly rating in Btu/h (W); minimum hourly rating for units having step or automatic modulating controls; type of fuel; type of refrigerant; cooling capacity in Btu/h (W); and required clearances. 3. Fuel - burning units: Hourly rating in Btu/h (W); type of fuel approved for use with the appliance; and required clearances. 4. Electric comfort heating appliances: Electric rating in volts, amperes and phase; Btu/h (W) output rating; individual marking for each electrical component in amperes or watts, volts and phase; and required clearances from combustibles . [CONT.]: 301.9 Label information. A permanent factory - applied name - plate (s) shall be affixed to appliances on which shall appear in legible lettering, the manufacturer\u2019s name or trademark , the model number, serial number and the seal or mark of the approved agency. A label shall also include the following: 1. Electrical equipment and appliances: Electrical rating in volts, amperes and motor phase; identification of individual electrical components in volts, amperes or watts, motor phase; Btu/h ( W) output; and required clearances. 2. Absorption units: Hourly rating in Btu/h (W); minimum hourly rating for units having step or automatic modulating controls; type of fuel; type of refrigerant; cooling capacity in Btu/h (W); and required clearances. 3. Fuel - burning units: Hourly rating in Btu/h (W); type of fuel approved for use with the appliance; and required clearances. 4. Electric comfort heating appliances: Electric rating in volts, amperes and phase; Btu/h (W) output rating; individual marking for each electrical component in amperes or watts, volts and phase; and required clearances from combustibles . [CONT.]: 301.9 Label information. A permanent factory - applied name - plate (s) shall be affixed to appliances on which shall appear in legible lettering, the manufacturer\u2019s name or trademark , the model number, serial number and the seal or mark of the approved agency. A label shall also include the following: 1. Electrical equipment and appliances: Electrical rating in volts, amperes and motor phase; identification of individual electrical components in volts, amperes or watts, motor phase; Btu/h ( W) output; and required clearances. 2. Absorption units: Hourly rating in Btu/h (W); minimum hourly rating for units having step or automatic modulating controls; type of fuel; type of refrigerant; cooling capacity in Btu/h (W); and required clearances. 3. Fuel - burning units: Hourly rating in Btu/h (W); type of fuel approved for use with the appliance; and required clearances. 4. Electric comfort heating appliances: Electric rating in volts, amperes and phase; Btu/h (W) output rating; individual marking for each electrical component in amperes or watts, volts and phase; and required clearances from combustibles .",
    "metadata": {
      "section_full": "301.9",
      "parent_major": "301",
      "parent_minor": "301.9",
      "source": "027.txt"
    }
  },
  {
    "id": "301.10",
    "text": "CONTEXT: 301 > 301.10 | CONTENT: 301.10 301.10 Electrical. Electrical wiring, controls and connections to equipment and appliances regulated by this code shall be in accordance with the Ne w York City Electrical Code. GENERAL REGULATIONS [CONT.]: 301.10 Electrical. Electrical wiring, controls and connections to equipment and appliances regulated by this code shall be in accordance with the Ne w York City Electrical Code. GENERAL REGULATIONS [CONT.]: 301.10 Electrical. Electrical wiring, controls and connections to equipment and appliances regulated by this code shall be in accordance with the Ne w York City Electrical Code. GENERAL REGULATIONS [CONT.]: 301.10 Electrical. Electrical wiring, controls and connections to equipment and appliances regulated by this code shall be in accordance with the Ne w York City Electrical Code. GENERAL REGULATIONS [CONT.]: 301.10 Electrical. Electrical wiring, controls and connections to equipment and appliances regulated by this code shall be in accordance with the Ne w York City Electrical Code. GENERAL REGULATIONS [CONT.]: 301.10 Electrical. Electrical wiring, controls and connections to equipment and appliances regulated by this code shall be in accordance with the Ne w York City Electrical Code. GENERAL REGULATIONS [CONT.]: 301.10 Electrical. Electrical wiring, controls and connections to equipment and appliances regulated by this code shall be in accordance with the Ne w York City Electrical Code. GENERAL REGULATIONS [CONT.]: 301.10 Electrical. Electrical wiring, controls and connections to equipment and appliances regulated by this code shall be in accordance with the Ne w York City Electrical Code. GENERAL REGULATIONS [CONT.]: 301.10 Electrical. Electrical wiring, controls and connections to equipment and appliances regulated by this code shall be in accordance with the Ne w York City Electrical Code. GENERAL REGULATIONS [CONT.]: 301.10 Electrical. Electrical wiring, controls and connections to equipment and appliances regulated by this code shall be in accordance with the Ne w York City Electrical Code. GENERAL REGULATIONS [CONT.]: 301.10 Electrical. Electrical wiring, controls and connections to equipment and appliances regulated by this code shall be in accordance with the Ne w York City Electrical Code. GENERAL REGULATIONS",
    "metadata": {
      "section_full": "301.10",
      "parent_major": "301",
      "parent_minor": "301.10",
      "source": "027.txt"
    }
  },
  {
    "id": "301.11",
    "text": "CONTEXT: 301 > 301.11 | CONTENT: 301.11 301.11 Plumbing connections. Potable water supply and building drainage system connections to equipment and appliances regulated by this code shall be in accordance with the New York City Plumbing Code. [CONT.]: 301.11 Plumbing connections. Potable water supply and building drainage system connections to equipment and appliances regulated by this code shall be in accordance with the New York City Plumbing Code. [CONT.]: 301.11 Plumbing connections. Potable water supply and building drainage system connections to equipment and appliances regulated by this code shall be in accordance with the New York City Plumbing Code. [CONT.]: 301.11 Plumbing connections. Potable water supply and building drainage system connections to equipment and appliances regulated by this code shall be in accordance with the New York City Plumbing Code. [CONT.]: 301.11 Plumbing connections. Potable water supply and building drainage system connections to equipment and appliances regulated by this code shall be in accordance with the New York City Plumbing Code. [CONT.]: 301.11 Plumbing connections. Potable water supply and building drainage system connections to equipment and appliances regulated by this code shall be in accordance with the New York City Plumbing Code. [CONT.]: 301.11 Plumbing connections. Potable water supply and building drainage system connections to equipment and appliances regulated by this code shall be in accordance with the New York City Plumbing Code. [CONT.]: 301.11 Plumbing connections. Potable water supply and building drainage system connections to equipment and appliances regulated by this code shall be in accordance with the New York City Plumbing Code. [CONT.]: 301.11 Plumbing connections. Potable water supply and building drainage system connections to equipment and appliances regulated by this code shall be in accordance with the New York City Plumbing Code. [CONT.]: 301.11 Plumbing connections. Potable water supply and building drainage system connections to equipment and appliances regulated by this code shall be in accordance with the New York City Plumbing Code. [CONT.]: 301.11 Plumbing connections. Potable water supply and building drainage system connections to equipment and appliances regulated by this code shall be in accordance with the New York City Plumbing Code.",
    "metadata": {
      "section_full": "301.11",
      "parent_major": "301",
      "parent_minor": "301.11",
      "source": "027.txt"
    }
  },
  {
    "id": "301.12",
    "text": "CONTEXT: 301 > 301.12 | CONTENT: 301.12 301.12 Fuel types. Fuel - fired appliances shall be designed for use with the type of fuel to which they will be connected and the altitude at which they are installed. Appliances that comprise parts of the building mechanical system shall not be converted for the usage of a d ifferent fuel, except where approved and converted in accordance with the manufacturer\u2019s instructions. The fuel input rate shall not be increased or decreased beyond the limit rating for the altitude at which the appliance is installed. [CONT.]: 301.12 Fuel types. Fuel - fired appliances shall be designed for use with the type of fuel to which they will be connected and the altitude at which they are installed. Appliances that comprise parts of the building mechanical system shall not be converted for the usage of a d ifferent fuel, except where approved and converted in accordance with the manufacturer\u2019s instructions. The fuel input rate shall not be increased or decreased beyond the limit rating for the altitude at which the appliance is installed. [CONT.]: 301.12 Fuel types. Fuel - fired appliances shall be designed for use with the type of fuel to which they will be connected and the altitude at which they are installed. Appliances that comprise parts of the building mechanical system shall not be converted for the usage of a d ifferent fuel, except where approved and converted in accordance with the manufacturer\u2019s instructions. The fuel input rate shall not be increased or decreased beyond the limit rating for the altitude at which the appliance is installed. [CONT.]: 301.12 Fuel types. Fuel - fired appliances shall be designed for use with the type of fuel to which they will be connected and the altitude at which they are installed. Appliances that comprise parts of the building mechanical system shall not be converted for the usage of a d ifferent fuel, except where approved and converted in accordance with the manufacturer\u2019s instructions. The fuel input rate shall not be increased or decreased beyond the limit rating for the altitude at which the appliance is installed. [CONT.]: 301.12 Fuel types. Fuel - fired appliances shall be designed for use with the type of fuel to which they will be connected and the altitude at which they are installed. Appliances that comprise parts of the building mechanical system shall not be converted for the usage of a d ifferent fuel, except where approved and converted in accordance with the manufacturer\u2019s instructions. The fuel input rate shall not be increased or decreased beyond the limit rating for the altitude at which the appliance is installed. [CONT.]: 301.12 Fuel types. Fuel - fired appliances shall be designed for use with the type of fuel to which they will be connected and the altitude at which they are installed. Appliances that comprise parts of the building mechanical system shall not be converted for the usage of a d ifferent fuel, except where approved and converted in accordance with the manufacturer\u2019s instructions. The fuel input rate shall not be increased or decreased beyond the limit rating for the altitude at which the appliance is installed. [CONT.]: 301.12 Fuel types. Fuel - fired appliances shall be designed for use with the type of fuel to which they will be connected and the altitude at which they are installed. Appliances that comprise parts of the building mechanical system shall not be converted for the usage of a d ifferent fuel, except where approved and converted in accordance with the manufacturer\u2019s instructions. The fuel input rate shall not be increased or decreased beyond the limit rating for the altitude at which the appliance is installed. [CONT.]: 301.12 Fuel types. Fuel - fired appliances shall be designed for use with the type of fuel to which they will be connected and the altitude at which they are installed. Appliances that comprise parts of the building mechanical system shall not be converted for the usage of a d ifferent fuel, except where approved and converted in accordance with the manufacturer\u2019s instructions. The fuel input rate shall not be increased or decreased beyond the limit rating for the altitude at which the appliance is installed. [CONT.]: 301.12 Fuel types. Fuel - fired appliances shall be designed for use with the type of fuel to which they will be connected and the altitude at which they are installed. Appliances that comprise parts of the building mechanical system shall not be converted for the usage of a d ifferent fuel, except where approved and converted in accordance with the manufacturer\u2019s instructions. The fuel input rate shall not be increased or decreased beyond the limit rating for the altitude at which the appliance is installed. [CONT.]: 301.12 Fuel types. Fuel - fired appliances shall be designed for use with the type of fuel to which they will be connected and the altitude at which they are installed. Appliances that comprise parts of the building mechanical system shall not be converted for the usage of a d ifferent fuel, except where approved and converted in accordance with the manufacturer\u2019s instructions. The fuel input rate shall not be increased or decreased beyond the limit rating for the altitude at which the appliance is installed. [CONT.]: 301.12 Fuel types. Fuel - fired appliances shall be designed for use with the type of fuel to which they will be connected and the altitude at which they are installed. Appliances that comprise parts of the building mechanical system shall not be converted for the usage of a d ifferent fuel, except where approved and converted in accordance with the manufacturer\u2019s instructions. The fuel input rate shall not be increased or decreased beyond the limit rating for the altitude at which the appliance is installed.",
    "metadata": {
      "section_full": "301.12",
      "parent_major": "301",
      "parent_minor": "301.12",
      "source": "027.txt"
    }
  },
  {
    "id": "301.13",
    "text": "CONTEXT: 301 > 301.13 | CONTENT: 301.13 301.13 Reserved. 30 1.14 Repair. Defective material or parts shall be replaced or repaired in such a manner so as to preserve the original approval or listing. [CONT.]: 301.13 Reserved. 30 1.14 Repair. Defective material or parts shall be replaced or repaired in such a manner so as to preserve the original approval or listing. [CONT.]: 301.13 Reserved. 30 1.14 Repair. Defective material or parts shall be replaced or repaired in such a manner so as to preserve the original approval or listing. [CONT.]: 301.13 Reserved. 30 1.14 Repair. Defective material or parts shall be replaced or repaired in such a manner so as to preserve the original approval or listing. [CONT.]: 301.13 Reserved. 30 1.14 Repair. Defective material or parts shall be replaced or repaired in such a manner so as to preserve the original approval or listing. [CONT.]: 301.13 Reserved. 30 1.14 Repair. Defective material or parts shall be replaced or repaired in such a manner so as to preserve the original approval or listing. [CONT.]: 301.13 Reserved. 30 1.14 Repair. Defective material or parts shall be replaced or repaired in such a manner so as to preserve the original approval or listing. [CONT.]: 301.13 Reserved. 30 1.14 Repair. Defective material or parts shall be replaced or repaired in such a manner so as to preserve the original approval or listing. [CONT.]: 301.13 Reserved. 30 1.14 Repair. Defective material or parts shall be replaced or repaired in such a manner so as to preserve the original approval or listing. [CONT.]: 301.13 Reserved. 30 1.14 Repair. Defective material or parts shall be replaced or repaired in such a manner so as to preserve the original approval or listing. [CONT.]: 301.13 Reserved. 30 1.14 Repair. Defective material or parts shall be replaced or repaired in such a manner so as to preserve the original approval or listing.",
    "metadata": {
      "section_full": "301.13",
      "parent_major": "301",
      "parent_minor": "301.13",
      "source": "027.txt"
    }
  },
  {
    "id": "301.15",
    "text": "CONTEXT: 301 > 301.15 | CONTENT: 301.15 301.15 Wind resistance. Mechanical equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with the New York City Building Code. [CONT.]: 301.15 Wind resistance. Mechanical equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with the New York City Building Code. [CONT.]: 301.15 Wind resistance. Mechanical equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with the New York City Building Code. [CONT.]: 301.15 Wind resistance. Mechanical equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with the New York City Building Code. [CONT.]: 301.15 Wind resistance. Mechanical equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with the New York City Building Code. [CONT.]: 301.15 Wind resistance. Mechanical equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with the New York City Building Code. [CONT.]: 301.15 Wind resistance. Mechanical equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with the New York City Building Code. [CONT.]: 301.15 Wind resistance. Mechanical equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with the New York City Building Code. [CONT.]: 301.15 Wind resistance. Mechanical equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with the New York City Building Code. [CONT.]: 301.15 Wind resistance. Mechanical equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with the New York City Building Code. [CONT.]: 301.15 Wind resistance. Mechanical equipment, appliances and supports that are exposed to wind shall be designed and installed to resist the wind pressures determined in accordance with the New York City Building Code.",
    "metadata": {
      "section_full": "301.15",
      "parent_major": "301",
      "parent_minor": "301.15",
      "source": "027.txt"
    }
  },
  {
    "id": "301.16",
    "text": "CONTEXT: 301 > 301.16 | CONTENT: 301.16 301.16 Flood hazard. For structures located in flood hazard areas, mechanical systems, equipment and appliances shall comply with the additional requirem ents of Appendix G of the New York City Building Code. [CONT.]: 301.16 Flood hazard. For structures located in flood hazard areas, mechanical systems, equipment and appliances shall comply with the additional requirem ents of Appendix G of the New York City Building Code. [CONT.]: 301.16 Flood hazard. For structures located in flood hazard areas, mechanical systems, equipment and appliances shall comply with the additional requirem ents of Appendix G of the New York City Building Code. [CONT.]: 301.16 Flood hazard. For structures located in flood hazard areas, mechanical systems, equipment and appliances shall comply with the additional requirem ents of Appendix G of the New York City Building Code. [CONT.]: 301.16 Flood hazard. For structures located in flood hazard areas, mechanical systems, equipment and appliances shall comply with the additional requirem ents of Appendix G of the New York City Building Code. [CONT.]: 301.16 Flood hazard. For structures located in flood hazard areas, mechanical systems, equipment and appliances shall comply with the additional requirem ents of Appendix G of the New York City Building Code. [CONT.]: 301.16 Flood hazard. For structures located in flood hazard areas, mechanical systems, equipment and appliances shall comply with the additional requirem ents of Appendix G of the New York City Building Code. [CONT.]: 301.16 Flood hazard. For structures located in flood hazard areas, mechanical systems, equipment and appliances shall comply with the additional requirem ents of Appendix G of the New York City Building Code. [CONT.]: 301.16 Flood hazard. For structures located in flood hazard areas, mechanical systems, equipment and appliances shall comply with the additional requirem ents of Appendix G of the New York City Building Code. [CONT.]: 301.16 Flood hazard. For structures located in flood hazard areas, mechanical systems, equipment and appliances shall comply with the additional requirem ents of Appendix G of the New York City Building Code. [CONT.]: 301.16 Flood hazard. For structures located in flood hazard areas, mechanical systems, equipment and appliances shall comply with the additional requirem ents of Appendix G of the New York City Building Code.",
    "metadata": {
      "section_full": "301.16",
      "parent_major": "301",
      "parent_minor": "301.16",
      "source": "027.txt"
    }
  },
  {
    "id": "301.16.1",
    "text": "CONTEXT: 301 > 301.16 | CONTENT: 301.16.1 301.16.1 High - velocity wave action. For buildings in coastal high - hazard areas and coastal A - zones as established in Section G102 of the New York City Building Code , mechanical systems and equipment shall not be mounted on or penetrate through breakaway walls. [CONT.]: 301.16.1 High - velocity wave action. For buildings in coastal high - hazard areas and coastal A - zones as established in Section G102 of the New York City Building Code , mechanical systems and equipment shall not be mounted on or penetrate through breakaway walls. [CONT.]: 301.16.1 High - velocity wave action. For buildings in coastal high - hazard areas and coastal A - zones as established in Section G102 of the New York City Building Code , mechanical systems and equipment shall not be mounted on or penetrate through breakaway walls. [CONT.]: 301.16.1 High - velocity wave action. For buildings in coastal high - hazard areas and coastal A - zones as established in Section G102 of the New York City Building Code , mechanical systems and equipment shall not be mounted on or penetrate through breakaway walls. [CONT.]: 301.16.1 High - velocity wave action. For buildings in coastal high - hazard areas and coastal A - zones as established in Section G102 of the New York City Building Code , mechanical systems and equipment shall not be mounted on or penetrate through breakaway walls. [CONT.]: 301.16.1 High - velocity wave action. For buildings in coastal high - hazard areas and coastal A - zones as established in Section G102 of the New York City Building Code , mechanical systems and equipment shall not be mounted on or penetrate through breakaway walls. [CONT.]: 301.16.1 High - velocity wave action. For buildings in coastal high - hazard areas and coastal A - zones as established in Section G102 of the New York City Building Code , mechanical systems and equipment shall not be mounted on or penetrate through breakaway walls. [CONT.]: 301.16.1 High - velocity wave action. For buildings in coastal high - hazard areas and coastal A - zones as established in Section G102 of the New York City Building Code , mechanical systems and equipment shall not be mounted on or penetrate through breakaway walls. [CONT.]: 301.16.1 High - velocity wave action. For buildings in coastal high - hazard areas and coastal A - zones as established in Section G102 of the New York City Building Code , mechanical systems and equipment shall not be mounted on or penetrate through breakaway walls. [CONT.]: 301.16.1 High - velocity wave action. For buildings in coastal high - hazard areas and coastal A - zones as established in Section G102 of the New York City Building Code , mechanical systems and equipment shall not be mounted on or penetrate through breakaway walls. [CONT.]: 301.16.1 High - velocity wave action. For buildings in coastal high - hazard areas and coastal A - zones as established in Section G102 of the New York City Building Code , mechanical systems and equipment shall not be mounted on or penetrate through breakaway walls.",
    "metadata": {
      "section_full": "301.16.1",
      "parent_major": "301",
      "parent_minor": "301.16",
      "source": "027.txt"
    }
  },
  {
    "id": "301.17",
    "text": "CONTEXT: 301 > 301.17 | CONTENT: 301.17 301.17 Rodentproofing. Buildings or structures and the walls enclosing habitable or occupiable rooms and spaces in which persons live, sleep or work, or in which feed, food or foodstuffs are stored, prepared, processed, served or sold, shall be constructed to pro tect against the entrance of rodents in accordance with Appendix F of the New York City Building Code . [CONT.]: 301.17 Rodentproofing. Buildings or structures and the walls enclosing habitable or occupiable rooms and spaces in which persons live, sleep or work, or in which feed, food or foodstuffs are stored, prepared, processed, served or sold, shall be constructed to pro tect against the entrance of rodents in accordance with Appendix F of the New York City Building Code . [CONT.]: 301.17 Rodentproofing. Buildings or structures and the walls enclosing habitable or occupiable rooms and spaces in which persons live, sleep or work, or in which feed, food or foodstuffs are stored, prepared, processed, served or sold, shall be constructed to pro tect against the entrance of rodents in accordance with Appendix F of the New York City Building Code . [CONT.]: 301.17 Rodentproofing. Buildings or structures and the walls enclosing habitable or occupiable rooms and spaces in which persons live, sleep or work, or in which feed, food or foodstuffs are stored, prepared, processed, served or sold, shall be constructed to pro tect against the entrance of rodents in accordance with Appendix F of the New York City Building Code . [CONT.]: 301.17 Rodentproofing. Buildings or structures and the walls enclosing habitable or occupiable rooms and spaces in which persons live, sleep or work, or in which feed, food or foodstuffs are stored, prepared, processed, served or sold, shall be constructed to pro tect against the entrance of rodents in accordance with Appendix F of the New York City Building Code . [CONT.]: 301.17 Rodentproofing. Buildings or structures and the walls enclosing habitable or occupiable rooms and spaces in which persons live, sleep or work, or in which feed, food or foodstuffs are stored, prepared, processed, served or sold, shall be constructed to pro tect against the entrance of rodents in accordance with Appendix F of the New York City Building Code . [CONT.]: 301.17 Rodentproofing. Buildings or structures and the walls enclosing habitable or occupiable rooms and spaces in which persons live, sleep or work, or in which feed, food or foodstuffs are stored, prepared, processed, served or sold, shall be constructed to pro tect against the entrance of rodents in accordance with Appendix F of the New York City Building Code . [CONT.]: 301.17 Rodentproofing. Buildings or structures and the walls enclosing habitable or occupiable rooms and spaces in which persons live, sleep or work, or in which feed, food or foodstuffs are stored, prepared, processed, served or sold, shall be constructed to pro tect against the entrance of rodents in accordance with Appendix F of the New York City Building Code . [CONT.]: 301.17 Rodentproofing. Buildings or structures and the walls enclosing habitable or occupiable rooms and spaces in which persons live, sleep or work, or in which feed, food or foodstuffs are stored, prepared, processed, served or sold, shall be constructed to pro tect against the entrance of rodents in accordance with Appendix F of the New York City Building Code . [CONT.]: 301.17 Rodentproofing. Buildings or structures and the walls enclosing habitable or occupiable rooms and spaces in which persons live, sleep or work, or in which feed, food or foodstuffs are stored, prepared, processed, served or sold, shall be constructed to pro tect against the entrance of rodents in accordance with Appendix F of the New York City Building Code . [CONT.]: 301.17 Rodentproofing. Buildings or structures and the walls enclosing habitable or occupiable rooms and spaces in which persons live, sleep or work, or in which feed, food or foodstuffs are stored, prepared, processed, served or sold, shall be constructed to pro tect against the entrance of rodents in accordance with Appendix F of the New York City Building Code .",
    "metadata": {
      "section_full": "301.17",
      "parent_major": "301",
      "parent_minor": "301.17",
      "source": "027.txt"
    }
  },
  {
    "id": "301.18",
    "text": "CONTEXT: 301 > 301.18 | CONTENT: 301.18 301.18 Seismic resistance. Where earthquake loads are applicable in accordance with the New York City Building Code , mechanical system supports shall be designed and installed for the seismic forces in accordance with the New York City Building Code . SECTION MC 302 STRUCTURAL SAFETY [CONT.]: 301.18 Seismic resistance. Where earthquake loads are applicable in accordance with the New York City Building Code , mechanical system supports shall be designed and installed for the seismic forces in accordance with the New York City Building Code . SECTION MC 302 STRUCTURAL SAFETY [CONT.]: 301.18 Seismic resistance. Where earthquake loads are applicable in accordance with the New York City Building Code , mechanical system supports shall be designed and installed for the seismic forces in accordance with the New York City Building Code . SECTION MC 302 STRUCTURAL SAFETY [CONT.]: 301.18 Seismic resistance. Where earthquake loads are applicable in accordance with the New York City Building Code , mechanical system supports shall be designed and installed for the seismic forces in accordance with the New York City Building Code . SECTION MC 302 STRUCTURAL SAFETY [CONT.]: 301.18 Seismic resistance. Where earthquake loads are applicable in accordance with the New York City Building Code , mechanical system supports shall be designed and installed for the seismic forces in accordance with the New York City Building Code . SECTION MC 302 STRUCTURAL SAFETY [CONT.]: 301.18 Seismic resistance. Where earthquake loads are applicable in accordance with the New York City Building Code , mechanical system supports shall be designed and installed for the seismic forces in accordance with the New York City Building Code . SECTION MC 302 STRUCTURAL SAFETY [CONT.]: 301.18 Seismic resistance. Where earthquake loads are applicable in accordance with the New York City Building Code , mechanical system supports shall be designed and installed for the seismic forces in accordance with the New York City Building Code . SECTION MC 302 STRUCTURAL SAFETY [CONT.]: 301.18 Seismic resistance. Where earthquake loads are applicable in accordance with the New York City Building Code , mechanical system supports shall be designed and installed for the seismic forces in accordance with the New York City Building Code . SECTION MC 302 STRUCTURAL SAFETY [CONT.]: 301.18 Seismic resistance. Where earthquake loads are applicable in accordance with the New York City Building Code , mechanical system supports shall be designed and installed for the seismic forces in accordance with the New York City Building Code . SECTION MC 302 STRUCTURAL SAFETY [CONT.]: 301.18 Seismic resistance. Where earthquake loads are applicable in accordance with the New York City Building Code , mechanical system supports shall be designed and installed for the seismic forces in accordance with the New York City Building Code . SECTION MC 302 STRUCTURAL SAFETY [CONT.]: 301.18 Seismic resistance. Where earthquake loads are applicable in accordance with the New York City Building Code , mechanical system supports shall be designed and installed for the seismic forces in accordance with the New York City Building Code . SECTION MC 302 STRUCTURAL SAFETY",
    "metadata": {
      "section_full": "301.18",
      "parent_major": "301",
      "parent_minor": "301.18",
      "source": "027.txt"
    }
  },
  {
    "id": "302.1",
    "text": "CONTEXT: 302 > 302.1 | CONTENT: 302.1 302.1 Structural safety. The building or structure shall not be weakened by the installation of mechanical systems. Where flo ors, walls, ceilings or any other portion of the building or structure are required to be altered or replaced in the process of installing or repairing any system, the building or structure shall be left in a safe structural condition in accordance with th e New York City Building Code. [CONT.]: 302.1 Structural safety. The building or structure shall not be weakened by the installation of mechanical systems. Where flo ors, walls, ceilings or any other portion of the building or structure are required to be altered or replaced in the process of installing or repairing any system, the building or structure shall be left in a safe structural condition in accordance with th e New York City Building Code. [CONT.]: 302.1 Structural safety. The building or structure shall not be weakened by the installation of mechanical systems. Where flo ors, walls, ceilings or any other portion of the building or structure are required to be altered or replaced in the process of installing or repairing any system, the building or structure shall be left in a safe structural condition in accordance with th e New York City Building Code. [CONT.]: 302.1 Structural safety. The building or structure shall not be weakened by the installation of mechanical systems. Where flo ors, walls, ceilings or any other portion of the building or structure are required to be altered or replaced in the process of installing or repairing any system, the building or structure shall be left in a safe structural condition in accordance with th e New York City Building Code. [CONT.]: 302.1 Structural safety. The building or structure shall not be weakened by the installation of mechanical systems. Where flo ors, walls, ceilings or any other portion of the building or structure are required to be altered or replaced in the process of installing or repairing any system, the building or structure shall be left in a safe structural condition in accordance with th e New York City Building Code. [CONT.]: 302.1 Structural safety. The building or structure shall not be weakened by the installation of mechanical systems. Where flo ors, walls, ceilings or any other portion of the building or structure are required to be altered or replaced in the process of installing or repairing any system, the building or structure shall be left in a safe structural condition in accordance with th e New York City Building Code. [CONT.]: 302.1 Structural safety. The building or structure shall not be weakened by the installation of mechanical systems. Where flo ors, walls, ceilings or any other portion of the building or structure are required to be altered or replaced in the process of installing or repairing any system, the building or structure shall be left in a safe structural condition in accordance with th e New York City Building Code. [CONT.]: 302.1 Structural safety. The building or structure shall not be weakened by the installation of mechanical systems. Where flo ors, walls, ceilings or any other portion of the building or structure are required to be altered or replaced in the process of installing or repairing any system, the building or structure shall be left in a safe structural condition in accordance with th e New York City Building Code. [CONT.]: 302.1 Structural safety. The building or structure shall not be weakened by the installation of mechanical systems. Where flo ors, walls, ceilings or any other portion of the building or structure are required to be altered or replaced in the process of installing or repairing any system, the building or structure shall be left in a safe structural condition in accordance with th e New York City Building Code. [CONT.]: 302.1 Structural safety. The building or structure shall not be weakened by the installation of mechanical systems. Where flo ors, walls, ceilings or any other portion of the building or structure are required to be altered or replaced in the process of installing or repairing any system, the building or structure shall be left in a safe structural condition in accordance with th e New York City Building Code. [CONT.]: 302.1 Structural safety. The building or structure shall not be weakened by the installation of mechanical systems. Where flo ors, walls, ceilings or any other portion of the building or structure are required to be altered or replaced in the process of installing or repairing any system, the building or structure shall be left in a safe structural condition in accordance with th e New York City Building Code.",
    "metadata": {
      "section_full": "302.1",
      "parent_major": "302",
      "parent_minor": "302.1",
      "source": "027.txt"
    }
  },
  {
    "id": "302.1.1",
    "text": "CONTEXT: 302 > 302.1 | CONTENT: 302.1.1 302.1.1 Loading. Alterations resulting in the addition of loads to any member , such as HVAC equipment and water heaters, shall not be permitted without verification that the members are capable of supporting such additional loading. [CONT.]: 302.1.1 Loading. Alterations resulting in the addition of loads to any member , such as HVAC equipment and water heaters, shall not be permitted without verification that the members are capable of supporting such additional loading. [CONT.]: 302.1.1 Loading. Alterations resulting in the addition of loads to any member , such as HVAC equipment and water heaters, shall not be permitted without verification that the members are capable of supporting such additional loading. [CONT.]: 302.1.1 Loading. Alterations resulting in the addition of loads to any member , such as HVAC equipment and water heaters, shall not be permitted without verification that the members are capable of supporting such additional loading. [CONT.]: 302.1.1 Loading. Alterations resulting in the addition of loads to any member , such as HVAC equipment and water heaters, shall not be permitted without verification that the members are capable of supporting such additional loading. [CONT.]: 302.1.1 Loading. Alterations resulting in the addition of loads to any member , such as HVAC equipment and water heaters, shall not be permitted without verification that the members are capable of supporting such additional loading. [CONT.]: 302.1.1 Loading. Alterations resulting in the addition of loads to any member , such as HVAC equipment and water heaters, shall not be permitted without verification that the members are capable of supporting such additional loading. [CONT.]: 302.1.1 Loading. Alterations resulting in the addition of loads to any member , such as HVAC equipment and water heaters, shall not be permitted without verification that the members are capable of supporting such additional loading. [CONT.]: 302.1.1 Loading. Alterations resulting in the addition of loads to any member , such as HVAC equipment and water heaters, shall not be permitted without verification that the members are capable of supporting such additional loading. [CONT.]: 302.1.1 Loading. Alterations resulting in the addition of loads to any member , such as HVAC equipment and water heaters, shall not be permitted without verification that the members are capable of supporting such additional loading. [CONT.]: 302.1.1 Loading. Alterations resulting in the addition of loads to any member , such as HVAC equipment and water heaters, shall not be permitted without verification that the members are capable of supporting such additional loading.",
    "metadata": {
      "section_full": "302.1.1",
      "parent_major": "302",
      "parent_minor": "302.1",
      "source": "027.txt"
    }
  },
  {
    "id": "302.2",
    "text": "CONTEXT: 302 > 302.2 | CONTENT: 302.2 302.2 Penetrations of floor/ceiling assemblies and fire - resistance - rated assemblies. Penetrations of floor/ceiling assemblies and assemblies required to have a fire - resistance rating shall be protected in accordance with Chapter 7 of the New York City Building Code and Chapter 6 of this code. [CONT.]: 302.2 Penetrations of floor/ceiling assemblies and fire - resistance - rated assemblies. Penetrations of floor/ceiling assemblies and assemblies required to have a fire - resistance rating shall be protected in accordance with Chapter 7 of the New York City Building Code and Chapter 6 of this code. [CONT.]: 302.2 Penetrations of floor/ceiling assemblies and fire - resistance - rated assemblies. Penetrations of floor/ceiling assemblies and assemblies required to have a fire - resistance rating shall be protected in accordance with Chapter 7 of the New York City Building Code and Chapter 6 of this code. [CONT.]: 302.2 Penetrations of floor/ceiling assemblies and fire - resistance - rated assemblies. Penetrations of floor/ceiling assemblies and assemblies required to have a fire - resistance rating shall be protected in accordance with Chapter 7 of the New York City Building Code and Chapter 6 of this code. [CONT.]: 302.2 Penetrations of floor/ceiling assemblies and fire - resistance - rated assemblies. Penetrations of floor/ceiling assemblies and assemblies required to have a fire - resistance rating shall be protected in accordance with Chapter 7 of the New York City Building Code and Chapter 6 of this code. [CONT.]: 302.2 Penetrations of floor/ceiling assemblies and fire - resistance - rated assemblies. Penetrations of floor/ceiling assemblies and assemblies required to have a fire - resistance rating shall be protected in accordance with Chapter 7 of the New York City Building Code and Chapter 6 of this code. [CONT.]: 302.2 Penetrations of floor/ceiling assemblies and fire - resistance - rated assemblies. Penetrations of floor/ceiling assemblies and assemblies required to have a fire - resistance rating shall be protected in accordance with Chapter 7 of the New York City Building Code and Chapter 6 of this code. [CONT.]: 302.2 Penetrations of floor/ceiling assemblies and fire - resistance - rated assemblies. Penetrations of floor/ceiling assemblies and assemblies required to have a fire - resistance rating shall be protected in accordance with Chapter 7 of the New York City Building Code and Chapter 6 of this code. [CONT.]: 302.2 Penetrations of floor/ceiling assemblies and fire - resistance - rated assemblies. Penetrations of floor/ceiling assemblies and assemblies required to have a fire - resistance rating shall be protected in accordance with Chapter 7 of the New York City Building Code and Chapter 6 of this code. [CONT.]: 302.2 Penetrations of floor/ceiling assemblies and fire - resistance - rated assemblies. Penetrations of floor/ceiling assemblies and assemblies required to have a fire - resistance rating shall be protected in accordance with Chapter 7 of the New York City Building Code and Chapter 6 of this code. [CONT.]: 302.2 Penetrations of floor/ceiling assemblies and fire - resistance - rated assemblies. Penetrations of floor/ceiling assemblies and assemblies required to have a fire - resistance rating shall be protected in accordance with Chapter 7 of the New York City Building Code and Chapter 6 of this code.",
    "metadata": {
      "section_full": "302.2",
      "parent_major": "302",
      "parent_minor": "302.2",
      "source": "027.txt"
    }
  },
  {
    "id": "302.3",
    "text": "CONTEXT: 302 > 302.3 | CONTENT: 302.3 302.3 Cutting, notching and boring in wood framing. The cutting , notching and boring of wood framing members shall comply with Sections 302.3.1 through 302.3.5. [CONT.]: 302.3 Cutting, notching and boring in wood framing. The cutting , notching and boring of wood framing members shall comply with Sections 302.3.1 through 302.3.5. [CONT.]: 302.3 Cutting, notching and boring in wood framing. The cutting , notching and boring of wood framing members shall comply with Sections 302.3.1 through 302.3.5. [CONT.]: 302.3 Cutting, notching and boring in wood framing. The cutting , notching and boring of wood framing members shall comply with Sections 302.3.1 through 302.3.5. [CONT.]: 302.3 Cutting, notching and boring in wood framing. The cutting , notching and boring of wood framing members shall comply with Sections 302.3.1 through 302.3.5. [CONT.]: 302.3 Cutting, notching and boring in wood framing. The cutting , notching and boring of wood framing members shall comply with Sections 302.3.1 through 302.3.5. [CONT.]: 302.3 Cutting, notching and boring in wood framing. The cutting , notching and boring of wood framing members shall comply with Sections 302.3.1 through 302.3.5. [CONT.]: 302.3 Cutting, notching and boring in wood framing. The cutting , notching and boring of wood framing members shall comply with Sections 302.3.1 through 302.3.5. [CONT.]: 302.3 Cutting, notching and boring in wood framing. The cutting , notching and boring of wood framing members shall comply with Sections 302.3.1 through 302.3.5. [CONT.]: 302.3 Cutting, notching and boring in wood framing. The cutting , notching and boring of wood framing members shall comply with Sections 302.3.1 through 302.3.5. [CONT.]: 302.3 Cutting, notching and boring in wood framing. The cutting , notching and boring of wood framing members shall comply with Sections 302.3.1 through 302.3.5. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2. [CONT.]: 302.3 Pipe standards. Fuel - oil pipe shall comply with Sections 1302.3.1 and 1302.3.2.",
    "metadata": {
      "section_full": "302.3",
      "parent_major": "302",
      "parent_minor": "302.3",
      "source": "027.txt"
    }
  },
  {
    "id": "302.3.1",
    "text": "CONTEXT: 302 > 302.3 | CONTENT: 302.3.1 302.3.1 Solid non - engineered joist notches and holes. Notches on the ends of the solid, non - engineered joists shall not exceed one - fourth the joist depth. Not ches in the top or bottom of joists shall not exceed one - sixth the depth, shall not be longer than one - third the depth and shall not be located in the middle third of the span. Holes bored in joists shall not be within 2 inches (50.8 mm) of the top or bott om of the joist, and the diameter of any such hole shall not exceed one - third the depth of the joist. Holes bored in the middle third of the span shall be located at the center of the joist depth. Clear distance between holes and notches shall be a minimum of 2 inches (50.8 mm). See Figure 2308.5.8 of the New York City Building Code . GENERAL REGULATIONS \u2021\u2021\u2021 [CONT.]: 302.3.1 Solid non - engineered joist notches and holes. Notches on the ends of the solid, non - engineered joists shall not exceed one - fourth the joist depth. Not ches in the top or bottom of joists shall not exceed one - sixth the depth, shall not be longer than one - third the depth and shall not be located in the middle third of the span. Holes bored in joists shall not be within 2 inches (50.8 mm) of the top or bott om of the joist, and the diameter of any such hole shall not exceed one - third the depth of the joist. Holes bored in the middle third of the span shall be located at the center of the joist depth. Clear distance between holes and notches shall be a minimum of 2 inches (50.8 mm). See Figure 2308.5.8 of the New York City Building Code . GENERAL REGULATIONS \u2021\u2021\u2021 [CONT.]: 302.3.1 Solid non - engineered joist notches and holes. Notches on the ends of the solid, non - engineered joists shall not exceed one - fourth the joist depth. Not ches in the top or bottom of joists shall not exceed one - sixth the depth, shall not be longer than one - third the depth and shall not be located in the middle third of the span. Holes bored in joists shall not be within 2 inches (50.8 mm) of the top or bott om of the joist, and the diameter of any such hole shall not exceed one - third the depth of the joist. Holes bored in the middle third of the span shall be located at the center of the joist depth. Clear distance between holes and notches shall be a minimum of 2 inches (50.8 mm). See Figure 2308.5.8 of the New York City Building Code . GENERAL REGULATIONS \u2021\u2021\u2021 [CONT.]: 302.3.1 Solid non - engineered joist notches and holes. Notches on the ends of the solid, non - engineered joists shall not exceed one - fourth the joist depth. Not ches in the top or bottom of joists shall not exceed one - sixth the depth, shall not be longer than one - third the depth and shall not be located in the middle third of the span. Holes bored in joists shall not be within 2 inches (50.8 mm) of the top or bott om of the joist, and the diameter of any such hole shall not exceed one - third the depth of the joist. Holes bored in the middle third of the span shall be located at the center of the joist depth. Clear distance between holes and notches shall be a minimum of 2 inches (50.8 mm). See Figure 2308.5.8 of the New York City Building Code . GENERAL REGULATIONS \u2021\u2021\u2021 [CONT.]: 302.3.1 Solid non - engineered joist notches and holes. Notches on the ends of the solid, non - engineered joists shall not exceed one - fourth the joist depth. Not ches in the top or bottom of joists shall not exceed one - sixth the depth, shall not be longer than one - third the depth and shall not be located in the middle third of the span. Holes bored in joists shall not be within 2 inches (50.8 mm) of the top or bott om of the joist, and the diameter of any such hole shall not exceed one - third the depth of the joist. Holes bored in the middle third of the span shall be located at the center of the joist depth. Clear distance between holes and notches shall be a minimum of 2 inches (50.8 mm). See Figure 2308.5.8 of the New York City Building Code . GENERAL REGULATIONS \u2021\u2021\u2021 [CONT.]: 302.3.1 Solid non - engineered joist notches and holes. Notches on the ends of the solid, non - engineered joists shall not exceed one - fourth the joist depth. Not ches in the top or bottom of joists shall not exceed one - sixth the depth, shall not be longer than one - third the depth and shall not be located in the middle third of the span. Holes bored in joists shall not be within 2 inches (50.8 mm) of the top or bott om of the joist, and the diameter of any such hole shall not exceed one - third the depth of the joist. Holes bored in the middle third of the span shall be located at the center of the joist depth. Clear distance between holes and notches shall be a minimum of 2 inches (50.8 mm). See Figure 2308.5.8 of the New York City Building Code . GENERAL REGULATIONS \u2021\u2021\u2021 [CONT.]: 302.3.1 Solid non - engineered joist notches and holes. Notches on the ends of the solid, non - engineered joists shall not exceed one - fourth the joist depth. Not ches in the top or bottom of joists shall not exceed one - sixth the depth, shall not be longer than one - third the depth and shall not be located in the middle third of the span. Holes bored in joists shall not be within 2 inches (50.8 mm) of the top or bott om of the joist, and the diameter of any such hole shall not exceed one - third the depth of the joist. Holes bored in the middle third of the span shall be located at the center of the joist depth. Clear distance between holes and notches shall be a minimum of 2 inches (50.8 mm). See Figure 2308.5.8 of the New York City Building Code . GENERAL REGULATIONS \u2021\u2021\u2021 [CONT.]: 302.3.1 Solid non - engineered joist notches and holes. Notches on the ends of the solid, non - engineered joists shall not exceed one - fourth the joist depth. Not ches in the top or bottom of joists shall not exceed one - sixth the depth, shall not be longer than one - third the depth and shall not be located in the middle third of the span. Holes bored in joists shall not be within 2 inches (50.8 mm) of the top or bott om of the joist, and the diameter of any such hole shall not exceed one - third the depth of the joist. Holes bored in the middle third of the span shall be located at the center of the joist depth. Clear distance between holes and notches shall be a minimum of 2 inches (50.8 mm). See Figure 2308.5.8 of the New York City Building Code . GENERAL REGULATIONS \u2021\u2021\u2021 [CONT.]: 302.3.1 Solid non - engineered joist notches and holes. Notches on the ends of the solid, non - engineered joists shall not exceed one - fourth the joist depth. Not ches in the top or bottom of joists shall not exceed one - sixth the depth, shall not be longer than one - third the depth and shall not be located in the middle third of the span. Holes bored in joists shall not be within 2 inches (50.8 mm) of the top or bott om of the joist, and the diameter of any such hole shall not exceed one - third the depth of the joist. Holes bored in the middle third of the span shall be located at the center of the joist depth. Clear distance between holes and notches shall be a minimum of 2 inches (50.8 mm). See Figure 2308.5.8 of the New York City Building Code . GENERAL REGULATIONS \u2021\u2021\u2021 [CONT.]: 302.3.1 Solid non - engineered joist notches and holes. Notches on the ends of the solid, non - engineered joists shall not exceed one - fourth the joist depth. Not ches in the top or bottom of joists shall not exceed one - sixth the depth, shall not be longer than one - third the depth and shall not be located in the middle third of the span. Holes bored in joists shall not be within 2 inches (50.8 mm) of the top or bott om of the joist, and the diameter of any such hole shall not exceed one - third the depth of the joist. Holes bored in the middle third of the span shall be located at the center of the joist depth. Clear distance between holes and notches shall be a minimum of 2 inches (50.8 mm). See Figure 2308.5.8 of the New York City Building Code . GENERAL REGULATIONS \u2021\u2021\u2021 [CONT.]: 302.3.1 Solid non - engineered joist notches and holes. Notches on the ends of the solid, non - engineered joists shall not exceed one - fourth the joist depth. Not ches in the top or bottom of joists shall not exceed one - sixth the depth, shall not be longer than one - third the depth and shall not be located in the middle third of the span. Holes bored in joists shall not be within 2 inches (50.8 mm) of the top or bott om of the joist, and the diameter of any such hole shall not exceed one - third the depth of the joist. Holes bored in the middle third of the span shall be located at the center of the joist depth. Clear distance between holes and notches shall be a minimum of 2 inches (50.8 mm). See Figure 2308.5.8 of the New York City Building Code . GENERAL REGULATIONS \u2021\u2021\u2021",
    "metadata": {
      "section_full": "302.3.1",
      "parent_major": "302",
      "parent_minor": "302.3",
      "source": "027.txt"
    }
  },
  {
    "id": "302.3.2",
    "text": "CONTEXT: 302 > 302.3 | CONTENT: 302.3.2 302.3.2 Stud cutting and notching. In exterior walls and bearing partitions, wood studs are permitted to be cut or notched to a depth not exceeding 25 percent of the width of the stud. Cutting or notching of studs to a depth not greater than 40 percent of the width of the stud is permitted in nonbearing partitions supporting no loads other than the weight of the partition. See Figure 2308.5. 8 of the New York City Building Code . [CONT.]: 302.3.2 Stud cutting and notching. In exterior walls and bearing partitions, wood studs are permitted to be cut or notched to a depth not exceeding 25 percent of the width of the stud. Cutting or notching of studs to a depth not greater than 40 percent of the width of the stud is permitted in nonbearing partitions supporting no loads other than the weight of the partition. See Figure 2308.5. 8 of the New York City Building Code . [CONT.]: 302.3.2 Stud cutting and notching. In exterior walls and bearing partitions, wood studs are permitted to be cut or notched to a depth not exceeding 25 percent of the width of the stud. Cutting or notching of studs to a depth not greater than 40 percent of the width of the stud is permitted in nonbearing partitions supporting no loads other than the weight of the partition. See Figure 2308.5. 8 of the New York City Building Code . [CONT.]: 302.3.2 Stud cutting and notching. In exterior walls and bearing partitions, wood studs are permitted to be cut or notched to a depth not exceeding 25 percent of the width of the stud. Cutting or notching of studs to a depth not greater than 40 percent of the width of the stud is permitted in nonbearing partitions supporting no loads other than the weight of the partition. See Figure 2308.5. 8 of the New York City Building Code . [CONT.]: 302.3.2 Stud cutting and notching. In exterior walls and bearing partitions, wood studs are permitted to be cut or notched to a depth not exceeding 25 percent of the width of the stud. Cutting or notching of studs to a depth not greater than 40 percent of the width of the stud is permitted in nonbearing partitions supporting no loads other than the weight of the partition. See Figure 2308.5. 8 of the New York City Building Code . [CONT.]: 302.3.2 Stud cutting and notching. In exterior walls and bearing partitions, wood studs are permitted to be cut or notched to a depth not exceeding 25 percent of the width of the stud. Cutting or notching of studs to a depth not greater than 40 percent of the width of the stud is permitted in nonbearing partitions supporting no loads other than the weight of the partition. See Figure 2308.5. 8 of the New York City Building Code . [CONT.]: 302.3.2 Stud cutting and notching. In exterior walls and bearing partitions, wood studs are permitted to be cut or notched to a depth not exceeding 25 percent of the width of the stud. Cutting or notching of studs to a depth not greater than 40 percent of the width of the stud is permitted in nonbearing partitions supporting no loads other than the weight of the partition. See Figure 2308.5. 8 of the New York City Building Code . [CONT.]: 302.3.2 Stud cutting and notching. In exterior walls and bearing partitions, wood studs are permitted to be cut or notched to a depth not exceeding 25 percent of the width of the stud. Cutting or notching of studs to a depth not greater than 40 percent of the width of the stud is permitted in nonbearing partitions supporting no loads other than the weight of the partition. See Figure 2308.5. 8 of the New York City Building Code . [CONT.]: 302.3.2 Stud cutting and notching. In exterior walls and bearing partitions, wood studs are permitted to be cut or notched to a depth not exceeding 25 percent of the width of the stud. Cutting or notching of studs to a depth not greater than 40 percent of the width of the stud is permitted in nonbearing partitions supporting no loads other than the weight of the partition. See Figure 2308.5. 8 of the New York City Building Code . [CONT.]: 302.3.2 Stud cutting and notching. In exterior walls and bearing partitions, wood studs are permitted to be cut or notched to a depth not exceeding 25 percent of the width of the stud. Cutting or notching of studs to a depth not greater than 40 percent of the width of the stud is permitted in nonbearing partitions supporting no loads other than the weight of the partition. See Figure 2308.5. 8 of the New York City Building Code . [CONT.]: 302.3.2 Stud cutting and notching. In exterior walls and bearing partitions, wood studs are permitted to be cut or notched to a depth not exceeding 25 percent of the width of the stud. Cutting or notching of studs to a depth not greater than 40 percent of the width of the stud is permitted in nonbearing partitions supporting no loads other than the weight of the partition. See Figure 2308.5. 8 of the New York City Building Code .",
    "metadata": {
      "section_full": "302.3.2",
      "parent_major": "302",
      "parent_minor": "302.3",
      "source": "027.txt"
    }
  },
  {
    "id": "302.3.3",
    "text": "CONTEXT: 302 > 302.3 | CONTENT: 302.3.3 302.3.3 Bored holes in studs. Bored holes not greater than 40 percent of the stud width are permitted to be bored in any wood stud. Bored holes not greater than 60 percent of the stud width are permitted in nonbearing partitions or in any wall where each bored stud is doubled, provided not more than two such successive doubled studs are so bored. In no case shall the edge of the bored hole be nearer than 5 / 8 inch (15.9 mm) to the edge of the stud. Bored holes shall not be located at the same section of stud as a cut or notch. See Figure 2308.5.8 of the New York City Building Code . [CONT.]: 302.3.3 Bored holes in studs. Bored holes not greater than 40 percent of the stud width are permitted to be bored in any wood stud. Bored holes not greater than 60 percent of the stud width are permitted in nonbearing partitions or in any wall where each bored stud is doubled, provided not more than two such successive doubled studs are so bored. In no case shall the edge of the bored hole be nearer than 5 / 8 inch (15.9 mm) to the edge of the stud. Bored holes shall not be located at the same section of stud as a cut or notch. See Figure 2308.5.8 of the New York City Building Code . [CONT.]: 302.3.3 Bored holes in studs. Bored holes not greater than 40 percent of the stud width are permitted to be bored in any wood stud. Bored holes not greater than 60 percent of the stud width are permitted in nonbearing partitions or in any wall where each bored stud is doubled, provided not more than two such successive doubled studs are so bored. In no case shall the edge of the bored hole be nearer than 5 / 8 inch (15.9 mm) to the edge of the stud. Bored holes shall not be located at the same section of stud as a cut or notch. See Figure 2308.5.8 of the New York City Building Code . [CONT.]: 302.3.3 Bored holes in studs. Bored holes not greater than 40 percent of the stud width are permitted to be bored in any wood stud. Bored holes not greater than 60 percent of the stud width are permitted in nonbearing partitions or in any wall where each bored stud is doubled, provided not more than two such successive doubled studs are so bored. In no case shall the edge of the bored hole be nearer than 5 / 8 inch (15.9 mm) to the edge of the stud. Bored holes shall not be located at the same section of stud as a cut or notch. See Figure 2308.5.8 of the New York City Building Code . [CONT.]: 302.3.3 Bored holes in studs. Bored holes not greater than 40 percent of the stud width are permitted to be bored in any wood stud. Bored holes not greater than 60 percent of the stud width are permitted in nonbearing partitions or in any wall where each bored stud is doubled, provided not more than two such successive doubled studs are so bored. In no case shall the edge of the bored hole be nearer than 5 / 8 inch (15.9 mm) to the edge of the stud. Bored holes shall not be located at the same section of stud as a cut or notch. See Figure 2308.5.8 of the New York City Building Code . [CONT.]: 302.3.3 Bored holes in studs. Bored holes not greater than 40 percent of the stud width are permitted to be bored in any wood stud. Bored holes not greater than 60 percent of the stud width are permitted in nonbearing partitions or in any wall where each bored stud is doubled, provided not more than two such successive doubled studs are so bored. In no case shall the edge of the bored hole be nearer than 5 / 8 inch (15.9 mm) to the edge of the stud. Bored holes shall not be located at the same section of stud as a cut or notch. See Figure 2308.5.8 of the New York City Building Code . [CONT.]: 302.3.3 Bored holes in studs. Bored holes not greater than 40 percent of the stud width are permitted to be bored in any wood stud. Bored holes not greater than 60 percent of the stud width are permitted in nonbearing partitions or in any wall where each bored stud is doubled, provided not more than two such successive doubled studs are so bored. In no case shall the edge of the bored hole be nearer than 5 / 8 inch (15.9 mm) to the edge of the stud. Bored holes shall not be located at the same section of stud as a cut or notch. See Figure 2308.5.8 of the New York City Building Code . [CONT.]: 302.3.3 Bored holes in studs. Bored holes not greater than 40 percent of the stud width are permitted to be bored in any wood stud. Bored holes not greater than 60 percent of the stud width are permitted in nonbearing partitions or in any wall where each bored stud is doubled, provided not more than two such successive doubled studs are so bored. In no case shall the edge of the bored hole be nearer than 5 / 8 inch (15.9 mm) to the edge of the stud. Bored holes shall not be located at the same section of stud as a cut or notch. See Figure 2308.5.8 of the New York City Building Code . [CONT.]: 302.3.3 Bored holes in studs. Bored holes not greater than 40 percent of the stud width are permitted to be bored in any wood stud. Bored holes not greater than 60 percent of the stud width are permitted in nonbearing partitions or in any wall where each bored stud is doubled, provided not more than two such successive doubled studs are so bored. In no case shall the edge of the bored hole be nearer than 5 / 8 inch (15.9 mm) to the edge of the stud. Bored holes shall not be located at the same section of stud as a cut or notch. See Figure 2308.5.8 of the New York City Building Code . [CONT.]: 302.3.3 Bored holes in studs. Bored holes not greater than 40 percent of the stud width are permitted to be bored in any wood stud. Bored holes not greater than 60 percent of the stud width are permitted in nonbearing partitions or in any wall where each bored stud is doubled, provided not more than two such successive doubled studs are so bored. In no case shall the edge of the bored hole be nearer than 5 / 8 inch (15.9 mm) to the edge of the stud. Bored holes shall not be located at the same section of stud as a cut or notch. See Figure 2308.5.8 of the New York City Building Code . [CONT.]: 302.3.3 Bored holes in studs. Bored holes not greater than 40 percent of the stud width are permitted to be bored in any wood stud. Bored holes not greater than 60 percent of the stud width are permitted in nonbearing partitions or in any wall where each bored stud is doubled, provided not more than two such successive doubled studs are so bored. In no case shall the edge of the bored hole be nearer than 5 / 8 inch (15.9 mm) to the edge of the stud. Bored holes shall not be located at the same section of stud as a cut or notch. See Figure 2308.5.8 of the New York City Building Code .",
    "metadata": {
      "section_full": "302.3.3",
      "parent_major": "302",
      "parent_minor": "302.3",
      "source": "027.txt"
    }
  },
  {
    "id": "302.3.4",
    "text": "CONTEXT: 302 > 302.3 | CONTENT: 302.3.4 302.3.4 Engineered wood products. Cuts, notches and holes bored in trusses, structural composite lumber, structural glue - laminated members or I - joists are prohibited except where permitted by the manufacturer\u2019s recommendations or where the effects of such alterations are specifically considered in the design of the member by a registered design professional. \u2021\u2021\u2021 [CONT.]: 302.3.4 Engineered wood products. Cuts, notches and holes bored in trusses, structural composite lumber, structural glue - laminated members or I - joists are prohibited except where permitted by the manufacturer\u2019s recommendations or where the effects of such alterations are specifically considered in the design of the member by a registered design professional. \u2021\u2021\u2021 [CONT.]: 302.3.4 Engineered wood products. Cuts, notches and holes bored in trusses, structural composite lumber, structural glue - laminated members or I - joists are prohibited except where permitted by the manufacturer\u2019s recommendations or where the effects of such alterations are specifically considered in the design of the member by a registered design professional. \u2021\u2021\u2021 [CONT.]: 302.3.4 Engineered wood products. Cuts, notches and holes bored in trusses, structural composite lumber, structural glue - laminated members or I - joists are prohibited except where permitted by the manufacturer\u2019s recommendations or where the effects of such alterations are specifically considered in the design of the member by a registered design professional. \u2021\u2021\u2021 [CONT.]: 302.3.4 Engineered wood products. Cuts, notches and holes bored in trusses, structural composite lumber, structural glue - laminated members or I - joists are prohibited except where permitted by the manufacturer\u2019s recommendations or where the effects of such alterations are specifically considered in the design of the member by a registered design professional. \u2021\u2021\u2021 [CONT.]: 302.3.4 Engineered wood products. Cuts, notches and holes bored in trusses, structural composite lumber, structural glue - laminated members or I - joists are prohibited except where permitted by the manufacturer\u2019s recommendations or where the effects of such alterations are specifically considered in the design of the member by a registered design professional. \u2021\u2021\u2021 [CONT.]: 302.3.4 Engineered wood products. Cuts, notches and holes bored in trusses, structural composite lumber, structural glue - laminated members or I - joists are prohibited except where permitted by the manufacturer\u2019s recommendations or where the effects of such alterations are specifically considered in the design of the member by a registered design professional. \u2021\u2021\u2021 [CONT.]: 302.3.4 Engineered wood products. Cuts, notches and holes bored in trusses, structural composite lumber, structural glue - laminated members or I - joists are prohibited except where permitted by the manufacturer\u2019s recommendations or where the effects of such alterations are specifically considered in the design of the member by a registered design professional. \u2021\u2021\u2021 [CONT.]: 302.3.4 Engineered wood products. Cuts, notches and holes bored in trusses, structural composite lumber, structural glue - laminated members or I - joists are prohibited except where permitted by the manufacturer\u2019s recommendations or where the effects of such alterations are specifically considered in the design of the member by a registered design professional. \u2021\u2021\u2021 [CONT.]: 302.3.4 Engineered wood products. Cuts, notches and holes bored in trusses, structural composite lumber, structural glue - laminated members or I - joists are prohibited except where permitted by the manufacturer\u2019s recommendations or where the effects of such alterations are specifically considered in the design of the member by a registered design professional. \u2021\u2021\u2021 [CONT.]: 302.3.4 Engineered wood products. Cuts, notches and holes bored in trusses, structural composite lumber, structural glue - laminated members or I - joists are prohibited except where permitted by the manufacturer\u2019s recommendations or where the effects of such alterations are specifically considered in the design of the member by a registered design professional. \u2021\u2021\u2021",
    "metadata": {
      "section_full": "302.3.4",
      "parent_major": "302",
      "parent_minor": "302.3",
      "source": "027.txt"
    }
  },
  {
    "id": "302.3.5",
    "text": "CONTEXT: 302 > 302.3 | CONTENT: 302.3.5 302.3.5 Drilling and notching of top plate. When piping or ductwork is placed in or partly in an exterior wall or interior load - bearing wall, necessitating cutting, drilling or notching of the top plate by more than 50 percent of its width, a galvanized metal tie not less than 0.054 inch thick (1.37 mm) (16 ga) and 1 1 / 2 inches (38.1 mm) wide shall be fastened across and to the plate at each side of the opening with not less than eight 10d (0.148 inch diameter) nails having a minimum length of 1 1 / 2 inches (38.1 mm) at each side or equivalent. The metal tie must extend a minimum of 6 inches (152.4 mm) past the opening. See Figure 2308.5.8 of the New York City Building Code . Exception: When the entire side of the wall with the notch or cut is covered by wood structural panel sheathing additional fastening is not required. [CONT.]: 302.3.5 Drilling and notching of top plate. When piping or ductwork is placed in or partly in an exterior wall or interior load - bearing wall, necessitating cutting, drilling or notching of the top plate by more than 50 percent of its width, a galvanized metal tie not less than 0.054 inch thick (1.37 mm) (16 ga) and 1 1 / 2 inches (38.1 mm) wide shall be fastened across and to the plate at each side of the opening with not less than eight 10d (0.148 inch diameter) nails having a minimum length of 1 1 / 2 inches (38.1 mm) at each side or equivalent. The metal tie must extend a minimum of 6 inches (152.4 mm) past the opening. See Figure 2308.5.8 of the New York City Building Code . Exception: When the entire side of the wall with the notch or cut is covered by wood structural panel sheathing additional fastening is not required. [CONT.]: 302.3.5 Drilling and notching of top plate. When piping or ductwork is placed in or partly in an exterior wall or interior load - bearing wall, necessitating cutting, drilling or notching of the top plate by more than 50 percent of its width, a galvanized metal tie not less than 0.054 inch thick (1.37 mm) (16 ga) and 1 1 / 2 inches (38.1 mm) wide shall be fastened across and to the plate at each side of the opening with not less than eight 10d (0.148 inch diameter) nails having a minimum length of 1 1 / 2 inches (38.1 mm) at each side or equivalent. The metal tie must extend a minimum of 6 inches (152.4 mm) past the opening. See Figure 2308.5.8 of the New York City Building Code . Exception: When the entire side of the wall with the notch or cut is covered by wood structural panel sheathing additional fastening is not required. [CONT.]: 302.3.5 Drilling and notching of top plate. When piping or ductwork is placed in or partly in an exterior wall or interior load - bearing wall, necessitating cutting, drilling or notching of the top plate by more than 50 percent of its width, a galvanized metal tie not less than 0.054 inch thick (1.37 mm) (16 ga) and 1 1 / 2 inches (38.1 mm) wide shall be fastened across and to the plate at each side of the opening with not less than eight 10d (0.148 inch diameter) nails having a minimum length of 1 1 / 2 inches (38.1 mm) at each side or equivalent. The metal tie must extend a minimum of 6 inches (152.4 mm) past the opening. See Figure 2308.5.8 of the New York City Building Code . Exception: When the entire side of the wall with the notch or cut is covered by wood structural panel sheathing additional fastening is not required. [CONT.]: 302.3.5 Drilling and notching of top plate. When piping or ductwork is placed in or partly in an exterior wall or interior load - bearing wall, necessitating cutting, drilling or notching of the top plate by more than 50 percent of its width, a galvanized metal tie not less than 0.054 inch thick (1.37 mm) (16 ga) and 1 1 / 2 inches (38.1 mm) wide shall be fastened across and to the plate at each side of the opening with not less than eight 10d (0.148 inch diameter) nails having a minimum length of 1 1 / 2 inches (38.1 mm) at each side or equivalent. The metal tie must extend a minimum of 6 inches (152.4 mm) past the opening. See Figure 2308.5.8 of the New York City Building Code . Exception: When the entire side of the wall with the notch or cut is covered by wood structural panel sheathing additional fastening is not required. [CONT.]: 302.3.5 Drilling and notching of top plate. When piping or ductwork is placed in or partly in an exterior wall or interior load - bearing wall, necessitating cutting, drilling or notching of the top plate by more than 50 percent of its width, a galvanized metal tie not less than 0.054 inch thick (1.37 mm) (16 ga) and 1 1 / 2 inches (38.1 mm) wide shall be fastened across and to the plate at each side of the opening with not less than eight 10d (0.148 inch diameter) nails having a minimum length of 1 1 / 2 inches (38.1 mm) at each side or equivalent. The metal tie must extend a minimum of 6 inches (152.4 mm) past the opening. See Figure 2308.5.8 of the New York City Building Code . Exception: When the entire side of the wall with the notch or cut is covered by wood structural panel sheathing additional fastening is not required. [CONT.]: 302.3.5 Drilling and notching of top plate. When piping or ductwork is placed in or partly in an exterior wall or interior load - bearing wall, necessitating cutting, drilling or notching of the top plate by more than 50 percent of its width, a galvanized metal tie not less than 0.054 inch thick (1.37 mm) (16 ga) and 1 1 / 2 inches (38.1 mm) wide shall be fastened across and to the plate at each side of the opening with not less than eight 10d (0.148 inch diameter) nails having a minimum length of 1 1 / 2 inches (38.1 mm) at each side or equivalent. The metal tie must extend a minimum of 6 inches (152.4 mm) past the opening. See Figure 2308.5.8 of the New York City Building Code . Exception: When the entire side of the wall with the notch or cut is covered by wood structural panel sheathing additional fastening is not required. [CONT.]: 302.3.5 Drilling and notching of top plate. When piping or ductwork is placed in or partly in an exterior wall or interior load - bearing wall, necessitating cutting, drilling or notching of the top plate by more than 50 percent of its width, a galvanized metal tie not less than 0.054 inch thick (1.37 mm) (16 ga) and 1 1 / 2 inches (38.1 mm) wide shall be fastened across and to the plate at each side of the opening with not less than eight 10d (0.148 inch diameter) nails having a minimum length of 1 1 / 2 inches (38.1 mm) at each side or equivalent. The metal tie must extend a minimum of 6 inches (152.4 mm) past the opening. See Figure 2308.5.8 of the New York City Building Code . Exception: When the entire side of the wall with the notch or cut is covered by wood structural panel sheathing additional fastening is not required. [CONT.]: 302.3.5 Drilling and notching of top plate. When piping or ductwork is placed in or partly in an exterior wall or interior load - bearing wall, necessitating cutting, drilling or notching of the top plate by more than 50 percent of its width, a galvanized metal tie not less than 0.054 inch thick (1.37 mm) (16 ga) and 1 1 / 2 inches (38.1 mm) wide shall be fastened across and to the plate at each side of the opening with not less than eight 10d (0.148 inch diameter) nails having a minimum length of 1 1 / 2 inches (38.1 mm) at each side or equivalent. The metal tie must extend a minimum of 6 inches (152.4 mm) past the opening. See Figure 2308.5.8 of the New York City Building Code . Exception: When the entire side of the wall with the notch or cut is covered by wood structural panel sheathing additional fastening is not required. [CONT.]: 302.3.5 Drilling and notching of top plate. When piping or ductwork is placed in or partly in an exterior wall or interior load - bearing wall, necessitating cutting, drilling or notching of the top plate by more than 50 percent of its width, a galvanized metal tie not less than 0.054 inch thick (1.37 mm) (16 ga) and 1 1 / 2 inches (38.1 mm) wide shall be fastened across and to the plate at each side of the opening with not less than eight 10d (0.148 inch diameter) nails having a minimum length of 1 1 / 2 inches (38.1 mm) at each side or equivalent. The metal tie must extend a minimum of 6 inches (152.4 mm) past the opening. See Figure 2308.5.8 of the New York City Building Code . Exception: When the entire side of the wall with the notch or cut is covered by wood structural panel sheathing additional fastening is not required. [CONT.]: 302.3.5 Drilling and notching of top plate. When piping or ductwork is placed in or partly in an exterior wall or interior load - bearing wall, necessitating cutting, drilling or notching of the top plate by more than 50 percent of its width, a galvanized metal tie not less than 0.054 inch thick (1.37 mm) (16 ga) and 1 1 / 2 inches (38.1 mm) wide shall be fastened across and to the plate at each side of the opening with not less than eight 10d (0.148 inch diameter) nails having a minimum length of 1 1 / 2 inches (38.1 mm) at each side or equivalent. The metal tie must extend a minimum of 6 inches (152.4 mm) past the opening. See Figure 2308.5.8 of the New York City Building Code . Exception: When the entire side of the wall with the notch or cut is covered by wood structural panel sheathing additional fastening is not required.",
    "metadata": {
      "section_full": "302.3.5",
      "parent_major": "302",
      "parent_minor": "302.3",
      "source": "027.txt"
    }
  },
  {
    "id": "302.4",
    "text": "CONTEXT: 302 > 302.4 | CONTENT: 302.4 302.4 Trusses. Truss members of any material and components shall not be cut, drilled, notched, spliced or otherwise altered in any way without written concurrence and approval of a registered design p rofessional. [CONT.]: 302.4 Trusses. Truss members of any material and components shall not be cut, drilled, notched, spliced or otherwise altered in any way without written concurrence and approval of a registered design p rofessional. [CONT.]: 302.4 Trusses. Truss members of any material and components shall not be cut, drilled, notched, spliced or otherwise altered in any way without written concurrence and approval of a registered design p rofessional. [CONT.]: 302.4 Trusses. Truss members of any material and components shall not be cut, drilled, notched, spliced or otherwise altered in any way without written concurrence and approval of a registered design p rofessional. [CONT.]: 302.4 Trusses. Truss members of any material and components shall not be cut, drilled, notched, spliced or otherwise altered in any way without written concurrence and approval of a registered design p rofessional. [CONT.]: 302.4 Trusses. Truss members of any material and components shall not be cut, drilled, notched, spliced or otherwise altered in any way without written concurrence and approval of a registered design p rofessional. [CONT.]: 302.4 Trusses. Truss members of any material and components shall not be cut, drilled, notched, spliced or otherwise altered in any way without written concurrence and approval of a registered design p rofessional. [CONT.]: 302.4 Trusses. Truss members of any material and components shall not be cut, drilled, notched, spliced or otherwise altered in any way without written concurrence and approval of a registered design p rofessional. [CONT.]: 302.4 Trusses. Truss members of any material and components shall not be cut, drilled, notched, spliced or otherwise altered in any way without written concurrence and approval of a registered design p rofessional. [CONT.]: 302.4 Trusses. Truss members of any material and components shall not be cut, drilled, notched, spliced or otherwise altered in any way without written concurrence and approval of a registered design p rofessional. [CONT.]: 302.4 Trusses. Truss members of any material and components shall not be cut, drilled, notched, spliced or otherwise altered in any way without written concurrence and approval of a registered design p rofessional.",
    "metadata": {
      "section_full": "302.4",
      "parent_major": "302",
      "parent_minor": "302.4",
      "source": "027.txt"
    }
  },
  {
    "id": "302.5",
    "text": "CONTEXT: 302 > 302.5 | CONTENT: 302.5 302.5 Cutting, notching and boring in steel framing. The cutting, notching and boring of steel framing members shall comply with Sections 302.5.1 through 302.5.4. [CONT.]: 302.5 Cutting, notching and boring in steel framing. The cutting, notching and boring of steel framing members shall comply with Sections 302.5.1 through 302.5.4. [CONT.]: 302.5 Cutting, notching and boring in steel framing. The cutting, notching and boring of steel framing members shall comply with Sections 302.5.1 through 302.5.4. [CONT.]: 302.5 Cutting, notching and boring in steel framing. The cutting, notching and boring of steel framing members shall comply with Sections 302.5.1 through 302.5.4. [CONT.]: 302.5 Cutting, notching and boring in steel framing. The cutting, notching and boring of steel framing members shall comply with Sections 302.5.1 through 302.5.4. [CONT.]: 302.5 Cutting, notching and boring in steel framing. The cutting, notching and boring of steel framing members shall comply with Sections 302.5.1 through 302.5.4. [CONT.]: 302.5 Cutting, notching and boring in steel framing. The cutting, notching and boring of steel framing members shall comply with Sections 302.5.1 through 302.5.4. [CONT.]: 302.5 Cutting, notching and boring in steel framing. The cutting, notching and boring of steel framing members shall comply with Sections 302.5.1 through 302.5.4. [CONT.]: 302.5 Cutting, notching and boring in steel framing. The cutting, notching and boring of steel framing members shall comply with Sections 302.5.1 through 302.5.4. [CONT.]: 302.5 Cutting, notching and boring in steel framing. The cutting, notching and boring of steel framing members shall comply with Sections 302.5.1 through 302.5.4. [CONT.]: 302.5 Cutting, notching and boring in steel framing. The cutting, notching and boring of steel framing members shall comply with Sections 302.5.1 through 302.5.4.",
    "metadata": {
      "section_full": "302.5",
      "parent_major": "302",
      "parent_minor": "302.5",
      "source": "027.txt"
    }
  },
  {
    "id": "302.5.1",
    "text": "CONTEXT: 302 > 302.5 | CONTENT: 302.5.1 302.5.1 Structural steel framing. The cutting, notching and boring of holes in s tructural steel framing members shall be as prescribed by the registered design professional. [CONT.]: 302.5.1 Structural steel framing. The cutting, notching and boring of holes in s tructural steel framing members shall be as prescribed by the registered design professional. [CONT.]: 302.5.1 Structural steel framing. The cutting, notching and boring of holes in s tructural steel framing members shall be as prescribed by the registered design professional. [CONT.]: 302.5.1 Structural steel framing. The cutting, notching and boring of holes in s tructural steel framing members shall be as prescribed by the registered design professional. [CONT.]: 302.5.1 Structural steel framing. The cutting, notching and boring of holes in s tructural steel framing members shall be as prescribed by the registered design professional. [CONT.]: 302.5.1 Structural steel framing. The cutting, notching and boring of holes in s tructural steel framing members shall be as prescribed by the registered design professional. [CONT.]: 302.5.1 Structural steel framing. The cutting, notching and boring of holes in s tructural steel framing members shall be as prescribed by the registered design professional. [CONT.]: 302.5.1 Structural steel framing. The cutting, notching and boring of holes in s tructural steel framing members shall be as prescribed by the registered design professional. [CONT.]: 302.5.1 Structural steel framing. The cutting, notching and boring of holes in s tructural steel framing members shall be as prescribed by the registered design professional. [CONT.]: 302.5.1 Structural steel framing. The cutting, notching and boring of holes in s tructural steel framing members shall be as prescribed by the registered design professional. [CONT.]: 302.5.1 Structural steel framing. The cutting, notching and boring of holes in s tructural steel framing members shall be as prescribed by the registered design professional.",
    "metadata": {
      "section_full": "302.5.1",
      "parent_major": "302",
      "parent_minor": "302.5",
      "source": "027.txt"
    }
  },
  {
    "id": "302.5.2",
    "text": "CONTEXT: 302 > 302.5 | CONTENT: 302.5.2 302.5.2 Cold - formed steel framing. Flanges and lips of load - bearing, cold - formed steel framing members shall not be cut or notched. Holes in webs of load - bearing, cold - formed steel framing members shall be permitted along the centerline of the web of the framing member and shall not exceed the dimensional limitations, pene tration spacing or minimum hole edge distance as prescribed by the registered design professional. [CONT.]: 302.5.2 Cold - formed steel framing. Flanges and lips of load - bearing, cold - formed steel framing members shall not be cut or notched. Holes in webs of load - bearing, cold - formed steel framing members shall be permitted along the centerline of the web of the framing member and shall not exceed the dimensional limitations, pene tration spacing or minimum hole edge distance as prescribed by the registered design professional. [CONT.]: 302.5.2 Cold - formed steel framing. Flanges and lips of load - bearing, cold - formed steel framing members shall not be cut or notched. Holes in webs of load - bearing, cold - formed steel framing members shall be permitted along the centerline of the web of the framing member and shall not exceed the dimensional limitations, pene tration spacing or minimum hole edge distance as prescribed by the registered design professional. [CONT.]: 302.5.2 Cold - formed steel framing. Flanges and lips of load - bearing, cold - formed steel framing members shall not be cut or notched. Holes in webs of load - bearing, cold - formed steel framing members shall be permitted along the centerline of the web of the framing member and shall not exceed the dimensional limitations, pene tration spacing or minimum hole edge distance as prescribed by the registered design professional. [CONT.]: 302.5.2 Cold - formed steel framing. Flanges and lips of load - bearing, cold - formed steel framing members shall not be cut or notched. Holes in webs of load - bearing, cold - formed steel framing members shall be permitted along the centerline of the web of the framing member and shall not exceed the dimensional limitations, pene tration spacing or minimum hole edge distance as prescribed by the registered design professional. [CONT.]: 302.5.2 Cold - formed steel framing. Flanges and lips of load - bearing, cold - formed steel framing members shall not be cut or notched. Holes in webs of load - bearing, cold - formed steel framing members shall be permitted along the centerline of the web of the framing member and shall not exceed the dimensional limitations, pene tration spacing or minimum hole edge distance as prescribed by the registered design professional. [CONT.]: 302.5.2 Cold - formed steel framing. Flanges and lips of load - bearing, cold - formed steel framing members shall not be cut or notched. Holes in webs of load - bearing, cold - formed steel framing members shall be permitted along the centerline of the web of the framing member and shall not exceed the dimensional limitations, pene tration spacing or minimum hole edge distance as prescribed by the registered design professional. [CONT.]: 302.5.2 Cold - formed steel framing. Flanges and lips of load - bearing, cold - formed steel framing members shall not be cut or notched. Holes in webs of load - bearing, cold - formed steel framing members shall be permitted along the centerline of the web of the framing member and shall not exceed the dimensional limitations, pene tration spacing or minimum hole edge distance as prescribed by the registered design professional. [CONT.]: 302.5.2 Cold - formed steel framing. Flanges and lips of load - bearing, cold - formed steel framing members shall not be cut or notched. Holes in webs of load - bearing, cold - formed steel framing members shall be permitted along the centerline of the web of the framing member and shall not exceed the dimensional limitations, pene tration spacing or minimum hole edge distance as prescribed by the registered design professional. [CONT.]: 302.5.2 Cold - formed steel framing. Flanges and lips of load - bearing, cold - formed steel framing members shall not be cut or notched. Holes in webs of load - bearing, cold - formed steel framing members shall be permitted along the centerline of the web of the framing member and shall not exceed the dimensional limitations, pene tration spacing or minimum hole edge distance as prescribed by the registered design professional. [CONT.]: 302.5.2 Cold - formed steel framing. Flanges and lips of load - bearing, cold - formed steel framing members shall not be cut or notched. Holes in webs of load - bearing, cold - formed steel framing members shall be permitted along the centerline of the web of the framing member and shall not exceed the dimensional limitations, pene tration spacing or minimum hole edge distance as prescribed by the registered design professional.",
    "metadata": {
      "section_full": "302.5.2",
      "parent_major": "302",
      "parent_minor": "302.5",
      "source": "027.txt"
    }
  },
  {
    "id": "302.5.3",
    "text": "CONTEXT: 302 > 302.5 | CONTENT: 302.5.3 302.5.3 Nonstructural cold - formed steel wall framing. Flanges and lips of nonstructural cold - formed steel wall studs shall be permitted along the centerline of the web of the framing member, shall not exceed 1 1 / 2 inches (38.1 mm) in width or 4 inches (101.6 mm) in length, and the holes shall not be spaced less than 24 inches (609.6 mm) center to center from another hole or less than 10 inches (254 mm) from the bearing end. [CONT.]: 302.5.3 Nonstructural cold - formed steel wall framing. Flanges and lips of nonstructural cold - formed steel wall studs shall be permitted along the centerline of the web of the framing member, shall not exceed 1 1 / 2 inches (38.1 mm) in width or 4 inches (101.6 mm) in length, and the holes shall not be spaced less than 24 inches (609.6 mm) center to center from another hole or less than 10 inches (254 mm) from the bearing end. [CONT.]: 302.5.3 Nonstructural cold - formed steel wall framing. Flanges and lips of nonstructural cold - formed steel wall studs shall be permitted along the centerline of the web of the framing member, shall not exceed 1 1 / 2 inches (38.1 mm) in width or 4 inches (101.6 mm) in length, and the holes shall not be spaced less than 24 inches (609.6 mm) center to center from another hole or less than 10 inches (254 mm) from the bearing end. [CONT.]: 302.5.3 Nonstructural cold - formed steel wall framing. Flanges and lips of nonstructural cold - formed steel wall studs shall be permitted along the centerline of the web of the framing member, shall not exceed 1 1 / 2 inches (38.1 mm) in width or 4 inches (101.6 mm) in length, and the holes shall not be spaced less than 24 inches (609.6 mm) center to center from another hole or less than 10 inches (254 mm) from the bearing end. [CONT.]: 302.5.3 Nonstructural cold - formed steel wall framing. Flanges and lips of nonstructural cold - formed steel wall studs shall be permitted along the centerline of the web of the framing member, shall not exceed 1 1 / 2 inches (38.1 mm) in width or 4 inches (101.6 mm) in length, and the holes shall not be spaced less than 24 inches (609.6 mm) center to center from another hole or less than 10 inches (254 mm) from the bearing end. [CONT.]: 302.5.3 Nonstructural cold - formed steel wall framing. Flanges and lips of nonstructural cold - formed steel wall studs shall be permitted along the centerline of the web of the framing member, shall not exceed 1 1 / 2 inches (38.1 mm) in width or 4 inches (101.6 mm) in length, and the holes shall not be spaced less than 24 inches (609.6 mm) center to center from another hole or less than 10 inches (254 mm) from the bearing end. [CONT.]: 302.5.3 Nonstructural cold - formed steel wall framing. Flanges and lips of nonstructural cold - formed steel wall studs shall be permitted along the centerline of the web of the framing member, shall not exceed 1 1 / 2 inches (38.1 mm) in width or 4 inches (101.6 mm) in length, and the holes shall not be spaced less than 24 inches (609.6 mm) center to center from another hole or less than 10 inches (254 mm) from the bearing end. [CONT.]: 302.5.3 Nonstructural cold - formed steel wall framing. Flanges and lips of nonstructural cold - formed steel wall studs shall be permitted along the centerline of the web of the framing member, shall not exceed 1 1 / 2 inches (38.1 mm) in width or 4 inches (101.6 mm) in length, and the holes shall not be spaced less than 24 inches (609.6 mm) center to center from another hole or less than 10 inches (254 mm) from the bearing end. [CONT.]: 302.5.3 Nonstructural cold - formed steel wall framing. Flanges and lips of nonstructural cold - formed steel wall studs shall be permitted along the centerline of the web of the framing member, shall not exceed 1 1 / 2 inches (38.1 mm) in width or 4 inches (101.6 mm) in length, and the holes shall not be spaced less than 24 inches (609.6 mm) center to center from another hole or less than 10 inches (254 mm) from the bearing end. [CONT.]: 302.5.3 Nonstructural cold - formed steel wall framing. Flanges and lips of nonstructural cold - formed steel wall studs shall be permitted along the centerline of the web of the framing member, shall not exceed 1 1 / 2 inches (38.1 mm) in width or 4 inches (101.6 mm) in length, and the holes shall not be spaced less than 24 inches (609.6 mm) center to center from another hole or less than 10 inches (254 mm) from the bearing end. [CONT.]: 302.5.3 Nonstructural cold - formed steel wall framing. Flanges and lips of nonstructural cold - formed steel wall studs shall be permitted along the centerline of the web of the framing member, shall not exceed 1 1 / 2 inches (38.1 mm) in width or 4 inches (101.6 mm) in length, and the holes shall not be spaced less than 24 inches (609.6 mm) center to center from another hole or less than 10 inches (254 mm) from the bearing end.",
    "metadata": {
      "section_full": "302.5.3",
      "parent_major": "302",
      "parent_minor": "302.5",
      "source": "027.txt"
    }
  },
  {
    "id": "302.5.4",
    "text": "CONTEXT: 302 > 302.5 | CONTENT: 302.5.4 302.5.4 Steel floor and roof decking. Cutting, notching and boring holes in steel floor and roof decking shall be as prescribed by the registered design professional. [CONT.]: 302.5.4 Steel floor and roof decking. Cutting, notching and boring holes in steel floor and roof decking shall be as prescribed by the registered design professional. [CONT.]: 302.5.4 Steel floor and roof decking. Cutting, notching and boring holes in steel floor and roof decking shall be as prescribed by the registered design professional. [CONT.]: 302.5.4 Steel floor and roof decking. Cutting, notching and boring holes in steel floor and roof decking shall be as prescribed by the registered design professional. [CONT.]: 302.5.4 Steel floor and roof decking. Cutting, notching and boring holes in steel floor and roof decking shall be as prescribed by the registered design professional. [CONT.]: 302.5.4 Steel floor and roof decking. Cutting, notching and boring holes in steel floor and roof decking shall be as prescribed by the registered design professional. [CONT.]: 302.5.4 Steel floor and roof decking. Cutting, notching and boring holes in steel floor and roof decking shall be as prescribed by the registered design professional. [CONT.]: 302.5.4 Steel floor and roof decking. Cutting, notching and boring holes in steel floor and roof decking shall be as prescribed by the registered design professional. [CONT.]: 302.5.4 Steel floor and roof decking. Cutting, notching and boring holes in steel floor and roof decking shall be as prescribed by the registered design professional. [CONT.]: 302.5.4 Steel floor and roof decking. Cutting, notching and boring holes in steel floor and roof decking shall be as prescribed by the registered design professional. [CONT.]: 302.5.4 Steel floor and roof decking. Cutting, notching and boring holes in steel floor and roof decking shall be as prescribed by the registered design professional. [CONT.]: 302.5.4 Steel floor and roof decking. Cutting, notching and boring holes in steel floor and roof decking shall be as prescribed by the registered design professional. [CONT.]: 302.5.4 Steel floor and roof decking. Cutting, notching and boring holes in steel floor and roof decking shall be as prescribed by the registered design professional.",
    "metadata": {
      "section_full": "302.5.4",
      "parent_major": "302",
      "parent_minor": "302.5",
      "source": "027.txt"
    }
  },
  {
    "id": "302.6",
    "text": "CONTEXT: 302 > 302.6 | CONTENT: 302.6 302.6 Cutting, notching and coring into concrete. The cutting, notching or coring of concrete must comply with provisions of Chapter 19 of the New York City Building Code and is not permitted without prior approval of the registered design professional. [CONT.]: 302.6 Cutting, notching and coring into concrete. The cutting, notching or coring of concrete must comply with provisions of Chapter 19 of the New York City Building Code and is not permitted without prior approval of the registered design professional. [CONT.]: 302.6 Cutting, notching and coring into concrete. The cutting, notching or coring of concrete must comply with provisions of Chapter 19 of the New York City Building Code and is not permitted without prior approval of the registered design professional. [CONT.]: 302.6 Cutting, notching and coring into concrete. The cutting, notching or coring of concrete must comply with provisions of Chapter 19 of the New York City Building Code and is not permitted without prior approval of the registered design professional. [CONT.]: 302.6 Cutting, notching and coring into concrete. The cutting, notching or coring of concrete must comply with provisions of Chapter 19 of the New York City Building Code and is not permitted without prior approval of the registered design professional. [CONT.]: 302.6 Cutting, notching and coring into concrete. The cutting, notching or coring of concrete must comply with provisions of Chapter 19 of the New York City Building Code and is not permitted without prior approval of the registered design professional. [CONT.]: 302.6 Cutting, notching and coring into concrete. The cutting, notching or coring of concrete must comply with provisions of Chapter 19 of the New York City Building Code and is not permitted without prior approval of the registered design professional. [CONT.]: 302.6 Cutting, notching and coring into concrete. The cutting, notching or coring of concrete must comply with provisions of Chapter 19 of the New York City Building Code and is not permitted without prior approval of the registered design professional. [CONT.]: 302.6 Cutting, notching and coring into concrete. The cutting, notching or coring of concrete must comply with provisions of Chapter 19 of the New York City Building Code and is not permitted without prior approval of the registered design professional. [CONT.]: 302.6 Cutting, notching and coring into concrete. The cutting, notching or coring of concrete must comply with provisions of Chapter 19 of the New York City Building Code and is not permitted without prior approval of the registered design professional. [CONT.]: 302.6 Cutting, notching and coring into concrete. The cutting, notching or coring of concrete must comply with provisions of Chapter 19 of the New York City Building Code and is not permitted without prior approval of the registered design professional. [CONT.]: 302.6 Cutting, notching and coring into concrete. The cutting, notching or coring of concrete must comply with provisions of Chapter 19 of the New York City Building Code and is not permitted without prior approval of the registered design professional. [CONT.]: 302.6 Cutting, notching and coring into concrete. The cutting, notching or coring of concrete must comply with provisions of Chapter 19 of the New York City Building Code and is not permitted without prior approval of the registered design professional.",
    "metadata": {
      "section_full": "302.6",
      "parent_major": "302",
      "parent_minor": "302.6",
      "source": "027.txt"
    }
  },
  {
    "id": "302.7",
    "text": "CONTEXT: 302 > 302.7 | CONTENT: 302.7 302.7 Protection of footings. Trenching installed parallel to footings and wa lls shall not extend into the bearing plane of a footing or wall. The upper boundary of the bearing plane is a line that extends downward, at an angle of 34 degrees (1:1.5 slope) from horizontal, from the outside bottom edge of the footing or wall. [CONT.]: 302.7 Protection of footings. Trenching installed parallel to footings and wa lls shall not extend into the bearing plane of a footing or wall. The upper boundary of the bearing plane is a line that extends downward, at an angle of 34 degrees (1:1.5 slope) from horizontal, from the outside bottom edge of the footing or wall. [CONT.]: 302.7 Protection of footings. Trenching installed parallel to footings and wa lls shall not extend into the bearing plane of a footing or wall. The upper boundary of the bearing plane is a line that extends downward, at an angle of 34 degrees (1:1.5 slope) from horizontal, from the outside bottom edge of the footing or wall. [CONT.]: 302.7 Protection of footings. Trenching installed parallel to footings and wa lls shall not extend into the bearing plane of a footing or wall. The upper boundary of the bearing plane is a line that extends downward, at an angle of 34 degrees (1:1.5 slope) from horizontal, from the outside bottom edge of the footing or wall. [CONT.]: 302.7 Protection of footings. Trenching installed parallel to footings and wa lls shall not extend into the bearing plane of a footing or wall. The upper boundary of the bearing plane is a line that extends downward, at an angle of 34 degrees (1:1.5 slope) from horizontal, from the outside bottom edge of the footing or wall. [CONT.]: 302.7 Protection of footings. Trenching installed parallel to footings and wa lls shall not extend into the bearing plane of a footing or wall. The upper boundary of the bearing plane is a line that extends downward, at an angle of 34 degrees (1:1.5 slope) from horizontal, from the outside bottom edge of the footing or wall. [CONT.]: 302.7 Protection of footings. Trenching installed parallel to footings and wa lls shall not extend into the bearing plane of a footing or wall. The upper boundary of the bearing plane is a line that extends downward, at an angle of 34 degrees (1:1.5 slope) from horizontal, from the outside bottom edge of the footing or wall. [CONT.]: 302.7 Protection of footings. Trenching installed parallel to footings and wa lls shall not extend into the bearing plane of a footing or wall. The upper boundary of the bearing plane is a line that extends downward, at an angle of 34 degrees (1:1.5 slope) from horizontal, from the outside bottom edge of the footing or wall. [CONT.]: 302.7 Protection of footings. Trenching installed parallel to footings and wa lls shall not extend into the bearing plane of a footing or wall. The upper boundary of the bearing plane is a line that extends downward, at an angle of 34 degrees (1:1.5 slope) from horizontal, from the outside bottom edge of the footing or wall. [CONT.]: 302.7 Protection of footings. Trenching installed parallel to footings and wa lls shall not extend into the bearing plane of a footing or wall. The upper boundary of the bearing plane is a line that extends downward, at an angle of 34 degrees (1:1.5 slope) from horizontal, from the outside bottom edge of the footing or wall. [CONT.]: 302.7 Protection of footings. Trenching installed parallel to footings and wa lls shall not extend into the bearing plane of a footing or wall. The upper boundary of the bearing plane is a line that extends downward, at an angle of 34 degrees (1:1.5 slope) from horizontal, from the outside bottom edge of the footing or wall. [CONT.]: 302.7 Protection of footings. Trenching installed parallel to footings and wa lls shall not extend into the bearing plane of a footing or wall. The upper boundary of the bearing plane is a line that extends downward, at an angle of 34 degrees (1:1.5 slope) from horizontal, from the outside bottom edge of the footing or wall. [CONT.]: 302.7 Protection of footings. Trenching installed parallel to footings and wa lls shall not extend into the bearing plane of a footing or wall. The upper boundary of the bearing plane is a line that extends downward, at an angle of 34 degrees (1:1.5 slope) from horizontal, from the outside bottom edge of the footing or wall.",
    "metadata": {
      "section_full": "302.7",
      "parent_major": "302",
      "parent_minor": "302.7",
      "source": "027.txt"
    }
  },
  {
    "id": "302.8",
    "text": "CONTEXT: 302 > 302.8 | CONTENT: 302.8 302.8 P iping materials exposed within plenums. Piping materials exposed within plenums shall comply with this code. GENERAL REGULATIONS SECTION MC 303 EQUIPMENT AND APPLIANCE LOCATION [CONT.]: 302.8 P iping materials exposed within plenums. Piping materials exposed within plenums shall comply with this code. GENERAL REGULATIONS SECTION MC 303 EQUIPMENT AND APPLIANCE LOCATION [CONT.]: 302.8 P iping materials exposed within plenums. Piping materials exposed within plenums shall comply with this code. GENERAL REGULATIONS SECTION MC 303 EQUIPMENT AND APPLIANCE LOCATION [CONT.]: 302.8 P iping materials exposed within plenums. Piping materials exposed within plenums shall comply with this code. GENERAL REGULATIONS SECTION MC 303 EQUIPMENT AND APPLIANCE LOCATION [CONT.]: 302.8 P iping materials exposed within plenums. Piping materials exposed within plenums shall comply with this code. GENERAL REGULATIONS SECTION MC 303 EQUIPMENT AND APPLIANCE LOCATION [CONT.]: 302.8 P iping materials exposed within plenums. Piping materials exposed within plenums shall comply with this code. GENERAL REGULATIONS SECTION MC 303 EQUIPMENT AND APPLIANCE LOCATION [CONT.]: 302.8 P iping materials exposed within plenums. Piping materials exposed within plenums shall comply with this code. GENERAL REGULATIONS SECTION MC 303 EQUIPMENT AND APPLIANCE LOCATION [CONT.]: 302.8 P iping materials exposed within plenums. Piping materials exposed within plenums shall comply with this code. GENERAL REGULATIONS SECTION MC 303 EQUIPMENT AND APPLIANCE LOCATION [CONT.]: 302.8 P iping materials exposed within plenums. Piping materials exposed within plenums shall comply with this code. GENERAL REGULATIONS SECTION MC 303 EQUIPMENT AND APPLIANCE LOCATION [CONT.]: 302.8 P iping materials exposed within plenums. Piping materials exposed within plenums shall comply with this code. GENERAL REGULATIONS SECTION MC 303 EQUIPMENT AND APPLIANCE LOCATION [CONT.]: 302.8 P iping materials exposed within plenums. Piping materials exposed within plenums shall comply with this code. GENERAL REGULATIONS SECTION MC 303 EQUIPMENT AND APPLIANCE LOCATION [CONT.]: 302.8 P iping materials exposed within plenums. Piping materials exposed within plenums shall comply with this code. GENERAL REGULATIONS SECTION MC 303 EQUIPMENT AND APPLIANCE LOCATION [CONT.]: 302.8 P iping materials exposed within plenums. Piping materials exposed within plenums shall comply with this code. GENERAL REGULATIONS SECTION MC 303 EQUIPMENT AND APPLIANCE LOCATION",
    "metadata": {
      "section_full": "302.8",
      "parent_major": "302",
      "parent_minor": "302.8",
      "source": "027.txt"
    }
  },
  {
    "id": "303.1",
    "text": "CONTEXT: 303 > 303.1 | CONTENT: 303.1 303.1 General. Equipment and appliances shall be located as required by this section, specific requ irements elsewhere in this code and the conditions of the equipment and appliance listing. [CONT.]: 303.1 General. Equipment and appliances shall be located as required by this section, specific requ irements elsewhere in this code and the conditions of the equipment and appliance listing. [CONT.]: 303.1 General. Equipment and appliances shall be located as required by this section, specific requ irements elsewhere in this code and the conditions of the equipment and appliance listing. [CONT.]: 303.1 General. Equipment and appliances shall be located as required by this section, specific requ irements elsewhere in this code and the conditions of the equipment and appliance listing. [CONT.]: 303.1 General. Equipment and appliances shall be located as required by this section, specific requ irements elsewhere in this code and the conditions of the equipment and appliance listing. [CONT.]: 303.1 General. Equipment and appliances shall be located as required by this section, specific requ irements elsewhere in this code and the conditions of the equipment and appliance listing. [CONT.]: 303.1 General. Equipment and appliances shall be located as required by this section, specific requ irements elsewhere in this code and the conditions of the equipment and appliance listing. [CONT.]: 303.1 General. Equipment and appliances shall be located as required by this section, specific requ irements elsewhere in this code and the conditions of the equipment and appliance listing. [CONT.]: 303.1 General. Equipment and appliances shall be located as required by this section, specific requ irements elsewhere in this code and the conditions of the equipment and appliance listing. [CONT.]: 303.1 General. Equipment and appliances shall be located as required by this section, specific requ irements elsewhere in this code and the conditions of the equipment and appliance listing. [CONT.]: 303.1 General. Equipment and appliances shall be located as required by this section, specific requ irements elsewhere in this code and the conditions of the equipment and appliance listing. [CONT.]: 303.1 General. Equipment and appliances shall be located as required by this section, specific requ irements elsewhere in this code and the conditions of the equipment and appliance listing. [CONT.]: 303.1 General. Equipment and appliances shall be located as required by this section, specific requ irements elsewhere in this code and the conditions of the equipment and appliance listing.",
    "metadata": {
      "section_full": "303.1",
      "parent_major": "303",
      "parent_minor": "303.1",
      "source": "027.txt"
    }
  },
  {
    "id": "303.2",
    "text": "CONTEXT: 303 > 303.2 | CONTENT: 303.2 303.2 Hazardous locations. Appliances shall not be located in a hazardous location unless listed and approved for the specific installation. [CONT.]: 303.2 Hazardous locations. Appliances shall not be located in a hazardous location unless listed and approved for the specific installation. [CONT.]: 303.2 Hazardous locations. Appliances shall not be located in a hazardous location unless listed and approved for the specific installation. [CONT.]: 303.2 Hazardous locations. Appliances shall not be located in a hazardous location unless listed and approved for the specific installation. [CONT.]: 303.2 Hazardous locations. Appliances shall not be located in a hazardous location unless listed and approved for the specific installation. [CONT.]: 303.2 Hazardous locations. Appliances shall not be located in a hazardous location unless listed and approved for the specific installation. [CONT.]: 303.2 Hazardous locations. Appliances shall not be located in a hazardous location unless listed and approved for the specific installation. [CONT.]: 303.2 Hazardous locations. Appliances shall not be located in a hazardous location unless listed and approved for the specific installation. [CONT.]: 303.2 Hazardous locations. Appliances shall not be located in a hazardous location unless listed and approved for the specific installation. [CONT.]: 303.2 Hazardous locations. Appliances shall not be located in a hazardous location unless listed and approved for the specific installation. [CONT.]: 303.2 Hazardous locations. Appliances shall not be located in a hazardous location unless listed and approved for the specific installation. [CONT.]: 303.2 Hazardous locations. Appliances shall not be located in a hazardous location unless listed and approved for the specific installation. [CONT.]: 303.2 Hazardous locations. Appliances shall not be located in a hazardous location unless listed and approved for the specific installation.",
    "metadata": {
      "section_full": "303.2",
      "parent_major": "303",
      "parent_minor": "303.2",
      "source": "027.txt"
    }
  },
  {
    "id": "303.3",
    "text": "CONTEXT: 303 > 303.3 | CONTENT: 303.3 303.3 Prohibited locations. Appliances shall not be located in sleeping rooms, bathrooms, toilet rooms, storage closets or surgical rooms, or in a space that opens only into such rooms or spaces, except where the installation complies with one of the following e xceptions: Exceptions: This section shall not apply to the following appliances: 1. In rooms other than those used for sleeping purposes, direct - vent appliances that obtain all combustion air directly from the outdoors and are installed in accordance with the conditions of the listing and manufacturer\u2019s instructions. 2. In rooms other than those used for sleeping purposes, vented room heaters, wall furnaces, vented decorative appliances, vented gas fireplaces, vented gas fireplace heaters and decorative appliances for installation in vented solid fuel - burning fireplaces that are installed in rooms that meet the required volume criteria of Section 702. 3. In rooms other than those used for sleeping purposes, appliances installed in a dedicated e nclosure in which all combustion air is taken directly from the outdoors, in accordance with Section 703. Access to such enclosure shall be through a solid door, weather - stripped in accordance with the exterior door air leakage requirements of the New York City Energy Conservation Code and equipped with an approved self - closing device. [CONT.]: 303.3 Prohibited locations. Appliances shall not be located in sleeping rooms, bathrooms, toilet rooms, storage closets or surgical rooms, or in a space that opens only into such rooms or spaces, except where the installation complies with one of the following e xceptions: Exceptions: This section shall not apply to the following appliances: 1. In rooms other than those used for sleeping purposes, direct - vent appliances that obtain all combustion air directly from the outdoors and are installed in accordance with the conditions of the listing and manufacturer\u2019s instructions. 2. In rooms other than those used for sleeping purposes, vented room heaters, wall furnaces, vented decorative appliances, vented gas fireplaces, vented gas fireplace heaters and decorative appliances for installation in vented solid fuel - burning fireplaces that are installed in rooms that meet the required volume criteria of Section 702. 3. In rooms other than those used for sleeping purposes, appliances installed in a dedicated e nclosure in which all combustion air is taken directly from the outdoors, in accordance with Section 703. Access to such enclosure shall be through a solid door, weather - stripped in accordance with the exterior door air leakage requirements of the New York City Energy Conservation Code and equipped with an approved self - closing device. [CONT.]: 303.3 Prohibited locations. Appliances shall not be located in sleeping rooms, bathrooms, toilet rooms, storage closets or surgical rooms, or in a space that opens only into such rooms or spaces, except where the installation complies with one of the following e xceptions: Exceptions: This section shall not apply to the following appliances: 1. In rooms other than those used for sleeping purposes, direct - vent appliances that obtain all combustion air directly from the outdoors and are installed in accordance with the conditions of the listing and manufacturer\u2019s instructions. 2. In rooms other than those used for sleeping purposes, vented room heaters, wall furnaces, vented decorative appliances, vented gas fireplaces, vented gas fireplace heaters and decorative appliances for installation in vented solid fuel - burning fireplaces that are installed in rooms that meet the required volume criteria of Section 702. 3. In rooms other than those used for sleeping purposes, appliances installed in a dedicated e nclosure in which all combustion air is taken directly from the outdoors, in accordance with Section 703. Access to such enclosure shall be through a solid door, weather - stripped in accordance with the exterior door air leakage requirements of the New York City Energy Conservation Code and equipped with an approved self - closing device. [CONT.]: 303.3 Prohibited locations. Appliances shall not be located in sleeping rooms, bathrooms, toilet rooms, storage closets or surgical rooms, or in a space that opens only into such rooms or spaces, except where the installation complies with one of the following e xceptions: Exceptions: This section shall not apply to the following appliances: 1. In rooms other than those used for sleeping purposes, direct - vent appliances that obtain all combustion air directly from the outdoors and are installed in accordance with the conditions of the listing and manufacturer\u2019s instructions. 2. In rooms other than those used for sleeping purposes, vented room heaters, wall furnaces, vented decorative appliances, vented gas fireplaces, vented gas fireplace heaters and decorative appliances for installation in vented solid fuel - burning fireplaces that are installed in rooms that meet the required volume criteria of Section 702. 3. In rooms other than those used for sleeping purposes, appliances installed in a dedicated e nclosure in which all combustion air is taken directly from the outdoors, in accordance with Section 703. Access to such enclosure shall be through a solid door, weather - stripped in accordance with the exterior door air leakage requirements of the New York City Energy Conservation Code and equipped with an approved self - closing device. [CONT.]: 303.3 Prohibited locations. Appliances shall not be located in sleeping rooms, bathrooms, toilet rooms, storage closets or surgical rooms, or in a space that opens only into such rooms or spaces, except where the installation complies with one of the following e xceptions: Exceptions: This section shall not apply to the following appliances: 1. In rooms other than those used for sleeping purposes, direct - vent appliances that obtain all combustion air directly from the outdoors and are installed in accordance with the conditions of the listing and manufacturer\u2019s instructions. 2. In rooms other than those used for sleeping purposes, vented room heaters, wall furnaces, vented decorative appliances, vented gas fireplaces, vented gas fireplace heaters and decorative appliances for installation in vented solid fuel - burning fireplaces that are installed in rooms that meet the required volume criteria of Section 702. 3. In rooms other than those used for sleeping purposes, appliances installed in a dedicated e nclosure in which all combustion air is taken directly from the outdoors, in accordance with Section 703. Access to such enclosure shall be through a solid door, weather - stripped in accordance with the exterior door air leakage requirements of the New York City Energy Conservation Code and equipped with an approved self - closing device. [CONT.]: 303.3 Prohibited locations. Appliances shall not be located in sleeping rooms, bathrooms, toilet rooms, storage closets or surgical rooms, or in a space that opens only into such rooms or spaces, except where the installation complies with one of the following e xceptions: Exceptions: This section shall not apply to the following appliances: 1. In rooms other than those used for sleeping purposes, direct - vent appliances that obtain all combustion air directly from the outdoors and are installed in accordance with the conditions of the listing and manufacturer\u2019s instructions. 2. In rooms other than those used for sleeping purposes, vented room heaters, wall furnaces, vented decorative appliances, vented gas fireplaces, vented gas fireplace heaters and decorative appliances for installation in vented solid fuel - burning fireplaces that are installed in rooms that meet the required volume criteria of Section 702. 3. In rooms other than those used for sleeping purposes, appliances installed in a dedicated e nclosure in which all combustion air is taken directly from the outdoors, in accordance with Section 703. Access to such enclosure shall be through a solid door, weather - stripped in accordance with the exterior door air leakage requirements of the New York City Energy Conservation Code and equipped with an approved self - closing device. [CONT.]: 303.3 Prohibited locations. Appliances shall not be located in sleeping rooms, bathrooms, toilet rooms, storage closets or surgical rooms, or in a space that opens only into such rooms or spaces, except where the installation complies with one of the following e xceptions: Exceptions: This section shall not apply to the following appliances: 1. In rooms other than those used for sleeping purposes, direct - vent appliances that obtain all combustion air directly from the outdoors and are installed in accordance with the conditions of the listing and manufacturer\u2019s instructions. 2. In rooms other than those used for sleeping purposes, vented room heaters, wall furnaces, vented decorative appliances, vented gas fireplaces, vented gas fireplace heaters and decorative appliances for installation in vented solid fuel - burning fireplaces that are installed in rooms that meet the required volume criteria of Section 702. 3. In rooms other than those used for sleeping purposes, appliances installed in a dedicated e nclosure in which all combustion air is taken directly from the outdoors, in accordance with Section 703. Access to such enclosure shall be through a solid door, weather - stripped in accordance with the exterior door air leakage requirements of the New York City Energy Conservation Code and equipped with an approved self - closing device. [CONT.]: 303.3 Prohibited locations. Appliances shall not be located in sleeping rooms, bathrooms, toilet rooms, storage closets or surgical rooms, or in a space that opens only into such rooms or spaces, except where the installation complies with one of the following e xceptions: Exceptions: This section shall not apply to the following appliances: 1. In rooms other than those used for sleeping purposes, direct - vent appliances that obtain all combustion air directly from the outdoors and are installed in accordance with the conditions of the listing and manufacturer\u2019s instructions. 2. In rooms other than those used for sleeping purposes, vented room heaters, wall furnaces, vented decorative appliances, vented gas fireplaces, vented gas fireplace heaters and decorative appliances for installation in vented solid fuel - burning fireplaces that are installed in rooms that meet the required volume criteria of Section 702. 3. In rooms other than those used for sleeping purposes, appliances installed in a dedicated e nclosure in which all combustion air is taken directly from the outdoors, in accordance with Section 703. Access to such enclosure shall be through a solid door, weather - stripped in accordance with the exterior door air leakage requirements of the New York City Energy Conservation Code and equipped with an approved self - closing device. [CONT.]: 303.3 Prohibited locations. Appliances shall not be located in sleeping rooms, bathrooms, toilet rooms, storage closets or surgical rooms, or in a space that opens only into such rooms or spaces, except where the installation complies with one of the following e xceptions: Exceptions: This section shall not apply to the following appliances: 1. In rooms other than those used for sleeping purposes, direct - vent appliances that obtain all combustion air directly from the outdoors and are installed in accordance with the conditions of the listing and manufacturer\u2019s instructions. 2. In rooms other than those used for sleeping purposes, vented room heaters, wall furnaces, vented decorative appliances, vented gas fireplaces, vented gas fireplace heaters and decorative appliances for installation in vented solid fuel - burning fireplaces that are installed in rooms that meet the required volume criteria of Section 702. 3. In rooms other than those used for sleeping purposes, appliances installed in a dedicated e nclosure in which all combustion air is taken directly from the outdoors, in accordance with Section 703. Access to such enclosure shall be through a solid door, weather - stripped in accordance with the exterior door air leakage requirements of the New York City Energy Conservation Code and equipped with an approved self - closing device. [CONT.]: 303.3 Prohibited locations. Appliances shall not be located in sleeping rooms, bathrooms, toilet rooms, storage closets or surgical rooms, or in a space that opens only into such rooms or spaces, except where the installation complies with one of the following e xceptions: Exceptions: This section shall not apply to the following appliances: 1. In rooms other than those used for sleeping purposes, direct - vent appliances that obtain all combustion air directly from the outdoors and are installed in accordance with the conditions of the listing and manufacturer\u2019s instructions. 2. In rooms other than those used for sleeping purposes, vented room heaters, wall furnaces, vented decorative appliances, vented gas fireplaces, vented gas fireplace heaters and decorative appliances for installation in vented solid fuel - burning fireplaces that are installed in rooms that meet the required volume criteria of Section 702. 3. In rooms other than those used for sleeping purposes, appliances installed in a dedicated e nclosure in which all combustion air is taken directly from the outdoors, in accordance with Section 703. Access to such enclosure shall be through a solid door, weather - stripped in accordance with the exterior door air leakage requirements of the New York City Energy Conservation Code and equipped with an approved self - closing device. [CONT.]: 303.3 Prohibited locations. Appliances shall not be located in sleeping rooms, bathrooms, toilet rooms, storage closets or surgical rooms, or in a space that opens only into such rooms or spaces, except where the installation complies with one of the following e xceptions: Exceptions: This section shall not apply to the following appliances: 1. In rooms other than those used for sleeping purposes, direct - vent appliances that obtain all combustion air directly from the outdoors and are installed in accordance with the conditions of the listing and manufacturer\u2019s instructions. 2. In rooms other than those used for sleeping purposes, vented room heaters, wall furnaces, vented decorative appliances, vented gas fireplaces, vented gas fireplace heaters and decorative appliances for installation in vented solid fuel - burning fireplaces that are installed in rooms that meet the required volume criteria of Section 702. 3. In rooms other than those used for sleeping purposes, appliances installed in a dedicated e nclosure in which all combustion air is taken directly from the outdoors, in accordance with Section 703. Access to such enclosure shall be through a solid door, weather - stripped in accordance with the exterior door air leakage requirements of the New York City Energy Conservation Code and equipped with an approved self - closing device. [CONT.]: 303.3 Prohibited locations. Appliances shall not be located in sleeping rooms, bathrooms, toilet rooms, storage closets or surgical rooms, or in a space that opens only into such rooms or spaces, except where the installation complies with one of the following e xceptions: Exceptions: This section shall not apply to the following appliances: 1. In rooms other than those used for sleeping purposes, direct - vent appliances that obtain all combustion air directly from the outdoors and are installed in accordance with the conditions of the listing and manufacturer\u2019s instructions. 2. In rooms other than those used for sleeping purposes, vented room heaters, wall furnaces, vented decorative appliances, vented gas fireplaces, vented gas fireplace heaters and decorative appliances for installation in vented solid fuel - burning fireplaces that are installed in rooms that meet the required volume criteria of Section 702. 3. In rooms other than those used for sleeping purposes, appliances installed in a dedicated e nclosure in which all combustion air is taken directly from the outdoors, in accordance with Section 703. Access to such enclosure shall be through a solid door, weather - stripped in accordance with the exterior door air leakage requirements of the New York City Energy Conservation Code and equipped with an approved self - closing device. [CONT.]: 303.3 Prohibited locations. Appliances shall not be located in sleeping rooms, bathrooms, toilet rooms, storage closets or surgical rooms, or in a space that opens only into such rooms or spaces, except where the installation complies with one of the following e xceptions: Exceptions: This section shall not apply to the following appliances: 1. In rooms other than those used for sleeping purposes, direct - vent appliances that obtain all combustion air directly from the outdoors and are installed in accordance with the conditions of the listing and manufacturer\u2019s instructions. 2. In rooms other than those used for sleeping purposes, vented room heaters, wall furnaces, vented decorative appliances, vented gas fireplaces, vented gas fireplace heaters and decorative appliances for installation in vented solid fuel - burning fireplaces that are installed in rooms that meet the required volume criteria of Section 702. 3. In rooms other than those used for sleeping purposes, appliances installed in a dedicated e nclosure in which all combustion air is taken directly from the outdoors, in accordance with Section 703. Access to such enclosure shall be through a solid door, weather - stripped in accordance with the exterior door air leakage requirements of the New York City Energy Conservation Code and equipped with an approved self - closing device.",
    "metadata": {
      "section_full": "303.3",
      "parent_major": "303",
      "parent_minor": "303.3",
      "source": "027.txt"
    }
  },
  {
    "id": "303.4",
    "text": "CONTEXT: 303 > 303.4 | CONTENT: 303.4 303.4 Protection from physical damage. Appliances shall not be installed in a location where subject to physical damage, including vehicular impact, unless protected by appro ved barriers meeting the requirements of the New York City Fire Code . [CONT.]: 303.4 Protection from physical damage. Appliances shall not be installed in a location where subject to physical damage, including vehicular impact, unless protected by appro ved barriers meeting the requirements of the New York City Fire Code . [CONT.]: 303.4 Protection from physical damage. Appliances shall not be installed in a location where subject to physical damage, including vehicular impact, unless protected by appro ved barriers meeting the requirements of the New York City Fire Code . [CONT.]: 303.4 Protection from physical damage. Appliances shall not be installed in a location where subject to physical damage, including vehicular impact, unless protected by appro ved barriers meeting the requirements of the New York City Fire Code . [CONT.]: 303.4 Protection from physical damage. Appliances shall not be installed in a location where subject to physical damage, including vehicular impact, unless protected by appro ved barriers meeting the requirements of the New York City Fire Code . [CONT.]: 303.4 Protection from physical damage. Appliances shall not be installed in a location where subject to physical damage, including vehicular impact, unless protected by appro ved barriers meeting the requirements of the New York City Fire Code . [CONT.]: 303.4 Protection from physical damage. Appliances shall not be installed in a location where subject to physical damage, including vehicular impact, unless protected by appro ved barriers meeting the requirements of the New York City Fire Code . [CONT.]: 303.4 Protection from physical damage. Appliances shall not be installed in a location where subject to physical damage, including vehicular impact, unless protected by appro ved barriers meeting the requirements of the New York City Fire Code . [CONT.]: 303.4 Protection from physical damage. Appliances shall not be installed in a location where subject to physical damage, including vehicular impact, unless protected by appro ved barriers meeting the requirements of the New York City Fire Code . [CONT.]: 303.4 Protection from physical damage. Appliances shall not be installed in a location where subject to physical damage, including vehicular impact, unless protected by appro ved barriers meeting the requirements of the New York City Fire Code . [CONT.]: 303.4 Protection from physical damage. Appliances shall not be installed in a location where subject to physical damage, including vehicular impact, unless protected by appro ved barriers meeting the requirements of the New York City Fire Code . [CONT.]: 303.4 Protection from physical damage. Appliances shall not be installed in a location where subject to physical damage, including vehicular impact, unless protected by appro ved barriers meeting the requirements of the New York City Fire Code . [CONT.]: 303.4 Protection from physical damage. Appliances shall not be installed in a location where subject to physical damage, including vehicular impact, unless protected by appro ved barriers meeting the requirements of the New York City Fire Code .",
    "metadata": {
      "section_full": "303.4",
      "parent_major": "303",
      "parent_minor": "303.4",
      "source": "027.txt"
    }
  },
  {
    "id": "303.5",
    "text": "CONTEXT: 303 > 303.5 | CONTENT: 303.5 303.5 Indoor locations. Furnaces and boilers installed in closets and alcoves shall be listed for such installation. [CONT.]: 303.5 Indoor locations. Furnaces and boilers installed in closets and alcoves shall be listed for such installation. [CONT.]: 303.5 Indoor locations. Furnaces and boilers installed in closets and alcoves shall be listed for such installation. [CONT.]: 303.5 Indoor locations. Furnaces and boilers installed in closets and alcoves shall be listed for such installation. [CONT.]: 303.5 Indoor locations. Furnaces and boilers installed in closets and alcoves shall be listed for such installation. [CONT.]: 303.5 Indoor locations. Furnaces and boilers installed in closets and alcoves shall be listed for such installation. [CONT.]: 303.5 Indoor locations. Furnaces and boilers installed in closets and alcoves shall be listed for such installation. [CONT.]: 303.5 Indoor locations. Furnaces and boilers installed in closets and alcoves shall be listed for such installation. [CONT.]: 303.5 Indoor locations. Furnaces and boilers installed in closets and alcoves shall be listed for such installation. [CONT.]: 303.5 Indoor locations. Furnaces and boilers installed in closets and alcoves shall be listed for such installation. [CONT.]: 303.5 Indoor locations. Furnaces and boilers installed in closets and alcoves shall be listed for such installation. [CONT.]: 303.5 Indoor locations. Furnaces and boilers installed in closets and alcoves shall be listed for such installation. [CONT.]: 303.5 Indoor locations. Furnaces and boilers installed in closets and alcoves shall be listed for such installation.",
    "metadata": {
      "section_full": "303.5",
      "parent_major": "303",
      "parent_minor": "303.5",
      "source": "027.txt"
    }
  },
  {
    "id": "303.6",
    "text": "CONTEXT: 303 > 303.6 | CONTENT: 303.6 303.6 Outdoor locations. Appliances installed in other than indoor locations shall be listed and labeled for outdoor installation. [CONT.]: 303.6 Outdoor locations. Appliances installed in other than indoor locations shall be listed and labeled for outdoor installation. [CONT.]: 303.6 Outdoor locations. Appliances installed in other than indoor locations shall be listed and labeled for outdoor installation. [CONT.]: 303.6 Outdoor locations. Appliances installed in other than indoor locations shall be listed and labeled for outdoor installation. [CONT.]: 303.6 Outdoor locations. Appliances installed in other than indoor locations shall be listed and labeled for outdoor installation. [CONT.]: 303.6 Outdoor locations. Appliances installed in other than indoor locations shall be listed and labeled for outdoor installation. [CONT.]: 303.6 Outdoor locations. Appliances installed in other than indoor locations shall be listed and labeled for outdoor installation. [CONT.]: 303.6 Outdoor locations. Appliances installed in other than indoor locations shall be listed and labeled for outdoor installation. [CONT.]: 303.6 Outdoor locations. Appliances installed in other than indoor locations shall be listed and labeled for outdoor installation. [CONT.]: 303.6 Outdoor locations. Appliances installed in other than indoor locations shall be listed and labeled for outdoor installation. [CONT.]: 303.6 Outdoor locations. Appliances installed in other than indoor locations shall be listed and labeled for outdoor installation. [CONT.]: 303.6 Outdoor locations. Appliances installed in other than indoor locations shall be listed and labeled for outdoor installation. [CONT.]: 303.6 Outdoor locations. Appliances installed in other than indoor locations shall be listed and labeled for outdoor installation.",
    "metadata": {
      "section_full": "303.6",
      "parent_major": "303",
      "parent_minor": "303.6",
      "source": "027.txt"
    }
  },
  {
    "id": "303.7",
    "text": "CONTEXT: 303 > 303.7 | CONTENT: 303.7 303.7 Pit locations. Appliances installed in pits or excavations shall not come in direct contact with the surrounding soil. The sides of the pit or excavation shall be held back not le ss than 12 inches (304.8 mm) from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 303.7 Pit locations. Appliances installed in pits or excavations shall not come in direct contact with the surrounding soil. The sides of the pit or excavation shall be held back not le ss than 12 inches (304.8 mm) from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 303.7 Pit locations. Appliances installed in pits or excavations shall not come in direct contact with the surrounding soil. The sides of the pit or excavation shall be held back not le ss than 12 inches (304.8 mm) from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 303.7 Pit locations. Appliances installed in pits or excavations shall not come in direct contact with the surrounding soil. The sides of the pit or excavation shall be held back not le ss than 12 inches (304.8 mm) from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 303.7 Pit locations. Appliances installed in pits or excavations shall not come in direct contact with the surrounding soil. The sides of the pit or excavation shall be held back not le ss than 12 inches (304.8 mm) from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 303.7 Pit locations. Appliances installed in pits or excavations shall not come in direct contact with the surrounding soil. The sides of the pit or excavation shall be held back not le ss than 12 inches (304.8 mm) from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 303.7 Pit locations. Appliances installed in pits or excavations shall not come in direct contact with the surrounding soil. The sides of the pit or excavation shall be held back not le ss than 12 inches (304.8 mm) from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 303.7 Pit locations. Appliances installed in pits or excavations shall not come in direct contact with the surrounding soil. The sides of the pit or excavation shall be held back not le ss than 12 inches (304.8 mm) from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 303.7 Pit locations. Appliances installed in pits or excavations shall not come in direct contact with the surrounding soil. The sides of the pit or excavation shall be held back not le ss than 12 inches (304.8 mm) from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 303.7 Pit locations. Appliances installed in pits or excavations shall not come in direct contact with the surrounding soil. The sides of the pit or excavation shall be held back not le ss than 12 inches (304.8 mm) from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 303.7 Pit locations. Appliances installed in pits or excavations shall not come in direct contact with the surrounding soil. The sides of the pit or excavation shall be held back not le ss than 12 inches (304.8 mm) from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 303.7 Pit locations. Appliances installed in pits or excavations shall not come in direct contact with the surrounding soil. The sides of the pit or excavation shall be held back not le ss than 12 inches (304.8 mm) from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 303.7 Pit locations. Appliances installed in pits or excavations shall not come in direct contact with the surrounding soil. The sides of the pit or excavation shall be held back not le ss than 12 inches (304.8 mm) from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding.",
    "metadata": {
      "section_full": "303.7",
      "parent_major": "303",
      "parent_minor": "303.7",
      "source": "027.txt"
    }
  },
  {
    "id": "303.8",
    "text": "CONTEXT: 303 > 303.8 | CONTENT: 303.8 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION [CONT.]: 303.8 Elevator shafts. Mechanical systems shall not be located in an elevator shaft. SECTION MC 304 I NSTALLATION",
    "metadata": {
      "section_full": "303.8",
      "parent_major": "303",
      "parent_minor": "303.8",
      "source": "027.txt"
    }
  },
  {
    "id": "304.1",
    "text": "CONTEXT: 304 > 304.1 | CONTENT: 304.1 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection. [CONT.]: 304.1 General. Equipment and appliances shall be installed as required by the terms of their approval, in accordance with the conditions of the listing, the manufacturer\u2019s instructions and this code. Manufacturer\u2019s instructions shall be availab le on the job site at the time of inspection.",
    "metadata": {
      "section_full": "304.1",
      "parent_major": "304",
      "parent_minor": "304.1",
      "source": "027.txt"
    }
  },
  {
    "id": "304.2",
    "text": "CONTEXT: 304 > 304.2 | CONTENT: 304.2 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. \u2021\u2021\u2021 Chapter 3 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 3 GENERAL REGULATIONS SECTION MC 301 GENERAL [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. \u2021\u2021\u2021 Chapter 3 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 3 GENERAL REGULATIONS SECTION MC 301 GENERAL [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. GENERAL REGULATIONS [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. GENERAL REGULATIONS [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. GENERAL REGULATIONS [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. GENERAL REGULATIONS [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. GENERAL REGULATIONS [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. GENERAL REGULATIONS [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. GENERAL REGULATIONS [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. GENERAL REGULATIONS [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. GENERAL REGULATIONS [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. GENERAL REGULATIONS [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. GENERAL REGULATIONS [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. GENERAL REGULATIONS [CONT.]: 304.2 Conflicts. Where conflicts between this code and the conditions of listing or the manufacturer\u2019s instructions occur, the provisions of this code shall apply. Exception: Where a code provision is less rest rictive than the conditions of the listing of the equipment or appliance or the manufacturer\u2019s instructions, the conditions of the listing and the manufacturer\u2019s instructions shall apply. GENERAL REGULATIONS",
    "metadata": {
      "section_full": "304.2",
      "parent_major": "304",
      "parent_minor": "304.2",
      "source": "027.txt"
    }
  },
  {
    "id": "304.3",
    "text": "CONTEXT: 304 > 304.3 | CONTENT: 304.3 304.3 Elevation of ignition source. Equipment and appliances having an ignition source and located in hazardous locations and public garages, private garages, repair garages, automotive motor fuel - dispensing facilities and parking garages shall be elevated such that the source of ignition is not less than 18 inches (457.2 mm) above the floor surface on which the equipment or appliance rests. For the purpose of this section, rooms or spaces that are not part of the living space of a dwelling unit and that communicate directly with a private garage through openings shall be c onsidered to be part of the private garage. Exception: Elevation of the ignition source is not required for appliances that are listed as flammable vapor ignition resistant. [CONT.]: 304.3 Elevation of ignition source. Equipment and appliances having an ignition source and located in hazardous locations and public garages, private garages, repair garages, automotive motor fuel - dispensing facilities and parking garages shall be elevated such that the source of ignition is not less than 18 inches (457.2 mm) above the floor surface on which the equipment or appliance rests. For the purpose of this section, rooms or spaces that are not part of the living space of a dwelling unit and that communicate directly with a private garage through openings shall be c onsidered to be part of the private garage. Exception: Elevation of the ignition source is not required for appliances that are listed as flammable vapor ignition resistant. [CONT.]: 304.3 Elevation of ignition source. Equipment and appliances having an ignition source and located in hazardous locations and public garages, private garages, repair garages, automotive motor fuel - dispensing facilities and parking garages shall be elevated such that the source of ignition is not less than 18 inches (457.2 mm) above the floor surface on which the equipment or appliance rests. For the purpose of this section, rooms or spaces that are not part of the living space of a dwelling unit and that communicate directly with a private garage through openings shall be c onsidered to be part of the private garage. Exception: Elevation of the ignition source is not required for appliances that are listed as flammable vapor ignition resistant. [CONT.]: 304.3 Elevation of ignition source. Equipment and appliances having an ignition source and located in hazardous locations and public garages, private garages, repair garages, automotive motor fuel - dispensing facilities and parking garages shall be elevated such that the source of ignition is not less than 18 inches (457.2 mm) above the floor surface on which the equipment or appliance rests. For the purpose of this section, rooms or spaces that are not part of the living space of a dwelling unit and that communicate directly with a private garage through openings shall be c onsidered to be part of the private garage. Exception: Elevation of the ignition source is not required for appliances that are listed as flammable vapor ignition resistant. [CONT.]: 304.3 Elevation of ignition source. Equipment and appliances having an ignition source and located in hazardous locations and public garages, private garages, repair garages, automotive motor fuel - dispensing facilities and parking garages shall be elevated such that the source of ignition is not less than 18 inches (457.2 mm) above the floor surface on which the equipment or appliance rests. For the purpose of this section, rooms or spaces that are not part of the living space of a dwelling unit and that communicate directly with a private garage through openings shall be c onsidered to be part of the private garage. Exception: Elevation of the ignition source is not required for appliances that are listed as flammable vapor ignition resistant. [CONT.]: 304.3 Elevation of ignition source. Equipment and appliances having an ignition source and located in hazardous locations and public garages, private garages, repair garages, automotive motor fuel - dispensing facilities and parking garages shall be elevated such that the source of ignition is not less than 18 inches (457.2 mm) above the floor surface on which the equipment or appliance rests. For the purpose of this section, rooms or spaces that are not part of the living space of a dwelling unit and that communicate directly with a private garage through openings shall be c onsidered to be part of the private garage. Exception: Elevation of the ignition source is not required for appliances that are listed as flammable vapor ignition resistant. [CONT.]: 304.3 Elevation of ignition source. Equipment and appliances having an ignition source and located in hazardous locations and public garages, private garages, repair garages, automotive motor fuel - dispensing facilities and parking garages shall be elevated such that the source of ignition is not less than 18 inches (457.2 mm) above the floor surface on which the equipment or appliance rests. For the purpose of this section, rooms or spaces that are not part of the living space of a dwelling unit and that communicate directly with a private garage through openings shall be c onsidered to be part of the private garage. Exception: Elevation of the ignition source is not required for appliances that are listed as flammable vapor ignition resistant. [CONT.]: 304.3 Elevation of ignition source. Equipment and appliances having an ignition source and located in hazardous locations and public garages, private garages, repair garages, automotive motor fuel - dispensing facilities and parking garages shall be elevated such that the source of ignition is not less than 18 inches (457.2 mm) above the floor surface on which the equipment or appliance rests. For the purpose of this section, rooms or spaces that are not part of the living space of a dwelling unit and that communicate directly with a private garage through openings shall be c onsidered to be part of the private garage. Exception: Elevation of the ignition source is not required for appliances that are listed as flammable vapor ignition resistant. [CONT.]: 304.3 Elevation of ignition source. Equipment and appliances having an ignition source and located in hazardous locations and public garages, private garages, repair garages, automotive motor fuel - dispensing facilities and parking garages shall be elevated such that the source of ignition is not less than 18 inches (457.2 mm) above the floor surface on which the equipment or appliance rests. For the purpose of this section, rooms or spaces that are not part of the living space of a dwelling unit and that communicate directly with a private garage through openings shall be c onsidered to be part of the private garage. Exception: Elevation of the ignition source is not required for appliances that are listed as flammable vapor ignition resistant. [CONT.]: 304.3 Elevation of ignition source. Equipment and appliances having an ignition source and located in hazardous locations and public garages, private garages, repair garages, automotive motor fuel - dispensing facilities and parking garages shall be elevated such that the source of ignition is not less than 18 inches (457.2 mm) above the floor surface on which the equipment or appliance rests. For the purpose of this section, rooms or spaces that are not part of the living space of a dwelling unit and that communicate directly with a private garage through openings shall be c onsidered to be part of the private garage. Exception: Elevation of the ignition source is not required for appliances that are listed as flammable vapor ignition resistant. [CONT.]: 304.3 Elevation of ignition source. Equipment and appliances having an ignition source and located in hazardous locations and public garages, private garages, repair garages, automotive motor fuel - dispensing facilities and parking garages shall be elevated such that the source of ignition is not less than 18 inches (457.2 mm) above the floor surface on which the equipment or appliance rests. For the purpose of this section, rooms or spaces that are not part of the living space of a dwelling unit and that communicate directly with a private garage through openings shall be c onsidered to be part of the private garage. Exception: Elevation of the ignition source is not required for appliances that are listed as flammable vapor ignition resistant. [CONT.]: 304.3 Elevation of ignition source. Equipment and appliances having an ignition source and located in hazardous locations and public garages, private garages, repair garages, automotive motor fuel - dispensing facilities and parking garages shall be elevated such that the source of ignition is not less than 18 inches (457.2 mm) above the floor surface on which the equipment or appliance rests. For the purpose of this section, rooms or spaces that are not part of the living space of a dwelling unit and that communicate directly with a private garage through openings shall be c onsidered to be part of the private garage. Exception: Elevation of the ignition source is not required for appliances that are listed as flammable vapor ignition resistant. [CONT.]: 304.3 Elevation of ignition source. Equipment and appliances having an ignition source and located in hazardous locations and public garages, private garages, repair garages, automotive motor fuel - dispensing facilities and parking garages shall be elevated such that the source of ignition is not less than 18 inches (457.2 mm) above the floor surface on which the equipment or appliance rests. For the purpose of this section, rooms or spaces that are not part of the living space of a dwelling unit and that communicate directly with a private garage through openings shall be c onsidered to be part of the private garage. Exception: Elevation of the ignition source is not required for appliances that are listed as flammable vapor ignition resistant.",
    "metadata": {
      "section_full": "304.3",
      "parent_major": "304",
      "parent_minor": "304.3",
      "source": "027.txt"
    }
  },
  {
    "id": "304.3.1",
    "text": "CONTEXT: 304 > 304.3 | CONTENT: 304.3.1 304.3.1 Parking garages. Connection of a parking garage with any room in which the re is a fuel - fired appliance shall be by means of a vestibule providing a two - doorway separation, except that a single door is permitted where the sources of ignition in the appliance are elevated in accordance with Section 304.3. Exception: This section s hall not apply to appliance installations complying with Section 304.6. [CONT.]: 304.3.1 Parking garages. Connection of a parking garage with any room in which the re is a fuel - fired appliance shall be by means of a vestibule providing a two - doorway separation, except that a single door is permitted where the sources of ignition in the appliance are elevated in accordance with Section 304.3. Exception: This section s hall not apply to appliance installations complying with Section 304.6. [CONT.]: 304.3.1 Parking garages. Connection of a parking garage with any room in which the re is a fuel - fired appliance shall be by means of a vestibule providing a two - doorway separation, except that a single door is permitted where the sources of ignition in the appliance are elevated in accordance with Section 304.3. Exception: This section s hall not apply to appliance installations complying with Section 304.6. [CONT.]: 304.3.1 Parking garages. Connection of a parking garage with any room in which the re is a fuel - fired appliance shall be by means of a vestibule providing a two - doorway separation, except that a single door is permitted where the sources of ignition in the appliance are elevated in accordance with Section 304.3. Exception: This section s hall not apply to appliance installations complying with Section 304.6. [CONT.]: 304.3.1 Parking garages. Connection of a parking garage with any room in which the re is a fuel - fired appliance shall be by means of a vestibule providing a two - doorway separation, except that a single door is permitted where the sources of ignition in the appliance are elevated in accordance with Section 304.3. Exception: This section s hall not apply to appliance installations complying with Section 304.6. [CONT.]: 304.3.1 Parking garages. Connection of a parking garage with any room in which the re is a fuel - fired appliance shall be by means of a vestibule providing a two - doorway separation, except that a single door is permitted where the sources of ignition in the appliance are elevated in accordance with Section 304.3. Exception: This section s hall not apply to appliance installations complying with Section 304.6. [CONT.]: 304.3.1 Parking garages. Connection of a parking garage with any room in which the re is a fuel - fired appliance shall be by means of a vestibule providing a two - doorway separation, except that a single door is permitted where the sources of ignition in the appliance are elevated in accordance with Section 304.3. Exception: This section s hall not apply to appliance installations complying with Section 304.6. [CONT.]: 304.3.1 Parking garages. Connection of a parking garage with any room in which the re is a fuel - fired appliance shall be by means of a vestibule providing a two - doorway separation, except that a single door is permitted where the sources of ignition in the appliance are elevated in accordance with Section 304.3. Exception: This section s hall not apply to appliance installations complying with Section 304.6. [CONT.]: 304.3.1 Parking garages. Connection of a parking garage with any room in which the re is a fuel - fired appliance shall be by means of a vestibule providing a two - doorway separation, except that a single door is permitted where the sources of ignition in the appliance are elevated in accordance with Section 304.3. Exception: This section s hall not apply to appliance installations complying with Section 304.6. [CONT.]: 304.3.1 Parking garages. Connection of a parking garage with any room in which the re is a fuel - fired appliance shall be by means of a vestibule providing a two - doorway separation, except that a single door is permitted where the sources of ignition in the appliance are elevated in accordance with Section 304.3. Exception: This section s hall not apply to appliance installations complying with Section 304.6. [CONT.]: 304.3.1 Parking garages. Connection of a parking garage with any room in which the re is a fuel - fired appliance shall be by means of a vestibule providing a two - doorway separation, except that a single door is permitted where the sources of ignition in the appliance are elevated in accordance with Section 304.3. Exception: This section s hall not apply to appliance installations complying with Section 304.6. [CONT.]: 304.3.1 Parking garages. Connection of a parking garage with any room in which the re is a fuel - fired appliance shall be by means of a vestibule providing a two - doorway separation, except that a single door is permitted where the sources of ignition in the appliance are elevated in accordance with Section 304.3. Exception: This section s hall not apply to appliance installations complying with Section 304.6. [CONT.]: 304.3.1 Parking garages. Connection of a parking garage with any room in which the re is a fuel - fired appliance shall be by means of a vestibule providing a two - doorway separation, except that a single door is permitted where the sources of ignition in the appliance are elevated in accordance with Section 304.3. Exception: This section s hall not apply to appliance installations complying with Section 304.6.",
    "metadata": {
      "section_full": "304.3.1",
      "parent_major": "304",
      "parent_minor": "304.3",
      "source": "027.txt"
    }
  },
  {
    "id": "304.4",
    "text": "CONTEXT: 304 > 304.4 | CONTENT: 304.4 304.4 Prohibited equipment and appliance location. Equipment and appliances having an ignition source shall not be installed in Group H occupancies or control areas where open use, han dling or dispensing of combustible, flammable or explosive materials occurs. [CONT.]: 304.4 Prohibited equipment and appliance location. Equipment and appliances having an ignition source shall not be installed in Group H occupancies or control areas where open use, han dling or dispensing of combustible, flammable or explosive materials occurs. [CONT.]: 304.4 Prohibited equipment and appliance location. Equipment and appliances having an ignition source shall not be installed in Group H occupancies or control areas where open use, han dling or dispensing of combustible, flammable or explosive materials occurs. [CONT.]: 304.4 Prohibited equipment and appliance location. Equipment and appliances having an ignition source shall not be installed in Group H occupancies or control areas where open use, han dling or dispensing of combustible, flammable or explosive materials occurs. [CONT.]: 304.4 Prohibited equipment and appliance location. Equipment and appliances having an ignition source shall not be installed in Group H occupancies or control areas where open use, han dling or dispensing of combustible, flammable or explosive materials occurs. [CONT.]: 304.4 Prohibited equipment and appliance location. Equipment and appliances having an ignition source shall not be installed in Group H occupancies or control areas where open use, han dling or dispensing of combustible, flammable or explosive materials occurs. [CONT.]: 304.4 Prohibited equipment and appliance location. Equipment and appliances having an ignition source shall not be installed in Group H occupancies or control areas where open use, han dling or dispensing of combustible, flammable or explosive materials occurs. [CONT.]: 304.4 Prohibited equipment and appliance location. Equipment and appliances having an ignition source shall not be installed in Group H occupancies or control areas where open use, han dling or dispensing of combustible, flammable or explosive materials occurs. [CONT.]: 304.4 Prohibited equipment and appliance location. Equipment and appliances having an ignition source shall not be installed in Group H occupancies or control areas where open use, han dling or dispensing of combustible, flammable or explosive materials occurs. [CONT.]: 304.4 Prohibited equipment and appliance location. Equipment and appliances having an ignition source shall not be installed in Group H occupancies or control areas where open use, han dling or dispensing of combustible, flammable or explosive materials occurs. [CONT.]: 304.4 Prohibited equipment and appliance location. Equipment and appliances having an ignition source shall not be installed in Group H occupancies or control areas where open use, han dling or dispensing of combustible, flammable or explosive materials occurs. [CONT.]: 304.4 Prohibited equipment and appliance location. Equipment and appliances having an ignition source shall not be installed in Group H occupancies or control areas where open use, han dling or dispensing of combustible, flammable or explosive materials occurs. [CONT.]: 304.4 Prohibited equipment and appliance location. Equipment and appliances having an ignition source shall not be installed in Group H occupancies or control areas where open use, han dling or dispensing of combustible, flammable or explosive materials occurs.",
    "metadata": {
      "section_full": "304.4",
      "parent_major": "304",
      "parent_minor": "304.4",
      "source": "027.txt"
    }
  },
  {
    "id": "304.5",
    "text": "CONTEXT: 304 > 304.5 | CONTENT: 304.5 304.5 Hydrogen generating and refueling operations. Hydrogen generating and refueling operations shall be prohibited except as permitted by the Commissioner of the Fire Department. [CONT.]: 304.5 Hydrogen generating and refueling operations. Hydrogen generating and refueling operations shall be prohibited except as permitted by the Commissioner of the Fire Department. [CONT.]: 304.5 Hydrogen generating and refueling operations. Hydrogen generating and refueling operations shall be prohibited except as permitted by the Commissioner of the Fire Department. [CONT.]: 304.5 Hydrogen generating and refueling operations. Hydrogen generating and refueling operations shall be prohibited except as permitted by the Commissioner of the Fire Department. [CONT.]: 304.5 Hydrogen generating and refueling operations. Hydrogen generating and refueling operations shall be prohibited except as permitted by the Commissioner of the Fire Department. [CONT.]: 304.5 Hydrogen generating and refueling operations. Hydrogen generating and refueling operations shall be prohibited except as permitted by the Commissioner of the Fire Department. [CONT.]: 304.5 Hydrogen generating and refueling operations. Hydrogen generating and refueling operations shall be prohibited except as permitted by the Commissioner of the Fire Department. [CONT.]: 304.5 Hydrogen generating and refueling operations. Hydrogen generating and refueling operations shall be prohibited except as permitted by the Commissioner of the Fire Department. [CONT.]: 304.5 Hydrogen generating and refueling operations. Hydrogen generating and refueling operations shall be prohibited except as permitted by the Commissioner of the Fire Department. [CONT.]: 304.5 Hydrogen generating and refueling operations. Hydrogen generating and refueling operations shall be prohibited except as permitted by the Commissioner of the Fire Department. [CONT.]: 304.5 Hydrogen generating and refueling operations. Hydrogen generating and refueling operations shall be prohibited except as permitted by the Commissioner of the Fire Department. [CONT.]: 304.5 Hydrogen generating and refueling operations. Hydrogen generating and refueling operations shall be prohibited except as permitted by the Commissioner of the Fire Department. [CONT.]: 304.5 Hydrogen generating and refueling operations. Hydrogen generating and refueling operations shall be prohibited except as permitted by the Commissioner of the Fire Department.",
    "metadata": {
      "section_full": "304.5",
      "parent_major": "304",
      "parent_minor": "304.5",
      "source": "027.txt"
    }
  },
  {
    "id": "304.6",
    "text": "CONTEXT: 304 > 304.6 | CONTENT: 304.6 304.6 Public garages. Appliances located in public garages, motor fueling - dispensing facilities, repair garages or other areas frequented by motor vehicles, shall be installed not less than 8 feet (2438.4 mm) above the floor. Where motor vehicl es are capable of passing under an appliance, the appliance shall be installed at the clearances required by the appliance manufacturer and not less than 1 foot (304.8 mm) higher than the tallest vehicle garage door opening. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with NFPA 30A and Section 304.3 of this code . [CONT.]: 304.6 Public garages. Appliances located in public garages, motor fueling - dispensing facilities, repair garages or other areas frequented by motor vehicles, shall be installed not less than 8 feet (2438.4 mm) above the floor. Where motor vehicl es are capable of passing under an appliance, the appliance shall be installed at the clearances required by the appliance manufacturer and not less than 1 foot (304.8 mm) higher than the tallest vehicle garage door opening. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with NFPA 30A and Section 304.3 of this code . [CONT.]: 304.6 Public garages. Appliances located in public garages, motor fueling - dispensing facilities, repair garages or other areas frequented by motor vehicles, shall be installed not less than 8 feet (2438.4 mm) above the floor. Where motor vehicl es are capable of passing under an appliance, the appliance shall be installed at the clearances required by the appliance manufacturer and not less than 1 foot (304.8 mm) higher than the tallest vehicle garage door opening. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with NFPA 30A and Section 304.3 of this code . [CONT.]: 304.6 Public garages. Appliances located in public garages, motor fueling - dispensing facilities, repair garages or other areas frequented by motor vehicles, shall be installed not less than 8 feet (2438.4 mm) above the floor. Where motor vehicl es are capable of passing under an appliance, the appliance shall be installed at the clearances required by the appliance manufacturer and not less than 1 foot (304.8 mm) higher than the tallest vehicle garage door opening. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with NFPA 30A and Section 304.3 of this code . [CONT.]: 304.6 Public garages. Appliances located in public garages, motor fueling - dispensing facilities, repair garages or other areas frequented by motor vehicles, shall be installed not less than 8 feet (2438.4 mm) above the floor. Where motor vehicl es are capable of passing under an appliance, the appliance shall be installed at the clearances required by the appliance manufacturer and not less than 1 foot (304.8 mm) higher than the tallest vehicle garage door opening. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with NFPA 30A and Section 304.3 of this code . [CONT.]: 304.6 Public garages. Appliances located in public garages, motor fueling - dispensing facilities, repair garages or other areas frequented by motor vehicles, shall be installed not less than 8 feet (2438.4 mm) above the floor. Where motor vehicl es are capable of passing under an appliance, the appliance shall be installed at the clearances required by the appliance manufacturer and not less than 1 foot (304.8 mm) higher than the tallest vehicle garage door opening. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with NFPA 30A and Section 304.3 of this code . [CONT.]: 304.6 Public garages. Appliances located in public garages, motor fueling - dispensing facilities, repair garages or other areas frequented by motor vehicles, shall be installed not less than 8 feet (2438.4 mm) above the floor. Where motor vehicl es are capable of passing under an appliance, the appliance shall be installed at the clearances required by the appliance manufacturer and not less than 1 foot (304.8 mm) higher than the tallest vehicle garage door opening. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with NFPA 30A and Section 304.3 of this code . [CONT.]: 304.6 Public garages. Appliances located in public garages, motor fueling - dispensing facilities, repair garages or other areas frequented by motor vehicles, shall be installed not less than 8 feet (2438.4 mm) above the floor. Where motor vehicl es are capable of passing under an appliance, the appliance shall be installed at the clearances required by the appliance manufacturer and not less than 1 foot (304.8 mm) higher than the tallest vehicle garage door opening. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with NFPA 30A and Section 304.3 of this code . [CONT.]: 304.6 Public garages. Appliances located in public garages, motor fueling - dispensing facilities, repair garages or other areas frequented by motor vehicles, shall be installed not less than 8 feet (2438.4 mm) above the floor. Where motor vehicl es are capable of passing under an appliance, the appliance shall be installed at the clearances required by the appliance manufacturer and not less than 1 foot (304.8 mm) higher than the tallest vehicle garage door opening. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with NFPA 30A and Section 304.3 of this code . [CONT.]: 304.6 Public garages. Appliances located in public garages, motor fueling - dispensing facilities, repair garages or other areas frequented by motor vehicles, shall be installed not less than 8 feet (2438.4 mm) above the floor. Where motor vehicl es are capable of passing under an appliance, the appliance shall be installed at the clearances required by the appliance manufacturer and not less than 1 foot (304.8 mm) higher than the tallest vehicle garage door opening. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with NFPA 30A and Section 304.3 of this code . [CONT.]: 304.6 Public garages. Appliances located in public garages, motor fueling - dispensing facilities, repair garages or other areas frequented by motor vehicles, shall be installed not less than 8 feet (2438.4 mm) above the floor. Where motor vehicl es are capable of passing under an appliance, the appliance shall be installed at the clearances required by the appliance manufacturer and not less than 1 foot (304.8 mm) higher than the tallest vehicle garage door opening. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with NFPA 30A and Section 304.3 of this code . [CONT.]: 304.6 Public garages. Appliances located in public garages, motor fueling - dispensing facilities, repair garages or other areas frequented by motor vehicles, shall be installed not less than 8 feet (2438.4 mm) above the floor. Where motor vehicl es are capable of passing under an appliance, the appliance shall be installed at the clearances required by the appliance manufacturer and not less than 1 foot (304.8 mm) higher than the tallest vehicle garage door opening. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with NFPA 30A and Section 304.3 of this code . [CONT.]: 304.6 Public garages. Appliances located in public garages, motor fueling - dispensing facilities, repair garages or other areas frequented by motor vehicles, shall be installed not less than 8 feet (2438.4 mm) above the floor. Where motor vehicl es are capable of passing under an appliance, the appliance shall be installed at the clearances required by the appliance manufacturer and not less than 1 foot (304.8 mm) higher than the tallest vehicle garage door opening. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with NFPA 30A and Section 304.3 of this code . [CONT.]: 304.6 30 \u2014 12 Flammable and Combustible Liquids Code ............................................................................................. [CONT.]: 304.6 30 \u2014 12 Flammable and Combustible Liquids Code ............................................................................................. [CONT.]: 304.6 30 \u2014 12 Flammable and Combustible Liquids Code ............................................................................................. [CONT.]: 304.6 30 \u2014 12 Flammable and Combustible Liquids Code .............................................................................................",
    "metadata": {
      "section_full": "304.6",
      "parent_major": "304",
      "parent_minor": "304.6",
      "source": "027.txt"
    }
  },
  {
    "id": "304.7",
    "text": "CONTEXT: 304 > 304.7 | CONTENT: 304.7 304.7 Private garages. Appliances located in private garages and carports shall be installed with a minimum clearance of 6 feet (1828.8 mm) above the floor. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with Section 304.3. [CONT.]: 304.7 Private garages. Appliances located in private garages and carports shall be installed with a minimum clearance of 6 feet (1828.8 mm) above the floor. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with Section 304.3. [CONT.]: 304.7 Private garages. Appliances located in private garages and carports shall be installed with a minimum clearance of 6 feet (1828.8 mm) above the floor. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with Section 304.3. [CONT.]: 304.7 Private garages. Appliances located in private garages and carports shall be installed with a minimum clearance of 6 feet (1828.8 mm) above the floor. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with Section 304.3. [CONT.]: 304.7 Private garages. Appliances located in private garages and carports shall be installed with a minimum clearance of 6 feet (1828.8 mm) above the floor. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with Section 304.3. [CONT.]: 304.7 Private garages. Appliances located in private garages and carports shall be installed with a minimum clearance of 6 feet (1828.8 mm) above the floor. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with Section 304.3. [CONT.]: 304.7 Private garages. Appliances located in private garages and carports shall be installed with a minimum clearance of 6 feet (1828.8 mm) above the floor. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with Section 304.3. [CONT.]: 304.7 Private garages. Appliances located in private garages and carports shall be installed with a minimum clearance of 6 feet (1828.8 mm) above the floor. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with Section 304.3. [CONT.]: 304.7 Private garages. Appliances located in private garages and carports shall be installed with a minimum clearance of 6 feet (1828.8 mm) above the floor. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with Section 304.3. [CONT.]: 304.7 Private garages. Appliances located in private garages and carports shall be installed with a minimum clearance of 6 feet (1828.8 mm) above the floor. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with Section 304.3. [CONT.]: 304.7 Private garages. Appliances located in private garages and carports shall be installed with a minimum clearance of 6 feet (1828.8 mm) above the floor. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with Section 304.3. [CONT.]: 304.7 Private garages. Appliances located in private garages and carports shall be installed with a minimum clearance of 6 feet (1828.8 mm) above the floor. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with Section 304.3. [CONT.]: 304.7 Private garages. Appliances located in private garages and carports shall be installed with a minimum clearance of 6 feet (1828.8 mm) above the floor. Exception: The requirements of this section shall not apply where the appliances are protected from motor vehicle impact and installed in accordance with Section 304.3.",
    "metadata": {
      "section_full": "304.7",
      "parent_major": "304",
      "parent_minor": "304.7",
      "source": "027.txt"
    }
  },
  {
    "id": "304.8",
    "text": "CONTEXT: 304 > 304.8 | CONTENT: 304.8 304.8 Construction and protection. Boiler rooms and furnace rooms shall be protected as required by the New York City Building Code. [CONT.]: 304.8 Construction and protection. Boiler rooms and furnace rooms shall be protected as required by the New York City Building Code. [CONT.]: 304.8 Construction and protection. Boiler rooms and furnace rooms shall be protected as required by the New York City Building Code. [CONT.]: 304.8 Construction and protection. Boiler rooms and furnace rooms shall be protected as required by the New York City Building Code. [CONT.]: 304.8 Construction and protection. Boiler rooms and furnace rooms shall be protected as required by the New York City Building Code. [CONT.]: 304.8 Construction and protection. Boiler rooms and furnace rooms shall be protected as required by the New York City Building Code. [CONT.]: 304.8 Construction and protection. Boiler rooms and furnace rooms shall be protected as required by the New York City Building Code. [CONT.]: 304.8 Construction and protection. Boiler rooms and furnace rooms shall be protected as required by the New York City Building Code. [CONT.]: 304.8 Construction and protection. Boiler rooms and furnace rooms shall be protected as required by the New York City Building Code. [CONT.]: 304.8 Construction and protection. Boiler rooms and furnace rooms shall be protected as required by the New York City Building Code. [CONT.]: 304.8 Construction and protection. Boiler rooms and furnace rooms shall be protected as required by the New York City Building Code. [CONT.]: 304.8 Construction and protection. Boiler rooms and furnace rooms shall be protected as required by the New York City Building Code. [CONT.]: 304.8 Construction and protection. Boiler rooms and furnace rooms shall be protected as required by the New York City Building Code. [CONT.]: 304.8 mm) on each side. Where the dimensions of the side of the duct prohibit the cleanout installation prescribed herein, the openings shall be on the top of the duct or the bottom of the duct. Where located on the top of the duct, the opening edges shall be a minimum of 1 inch ( 25.4 mm) from the edges of the duct. Where located in the bottom of the duct, cleanout openings shall be designed to provide internal damming grease down the duct around the dam, and shall be approved for the app lication . Where the dimensions of the sides, top or bottom of the duct preclude the installation of the prescribed minimum - size cleanout opening, the cleanout shall be located on the duct face that affords the largest opening dimension and shall be install ed with the opening edges at the prescribed distances from the duct edges as previously set forth in this section . [CONT.]: 304.8 mm) on each side. Where the dimensions of the side of the duct prohibit the cleanout installation prescribed herein, the openings shall be on the top of the duct or the bottom of the duct. Where located on the top of the duct, the opening edges shall be a minimum of 1 inch ( 25.4 mm) from the edges of the duct. Where located in the bottom of the duct, cleanout openings shall be designed to provide internal damming grease down the duct around the dam, and shall be approved for the app lication . Where the dimensions of the sides, top or bottom of the duct preclude the installation of the prescribed minimum - size cleanout opening, the cleanout shall be located on the duct face that affords the largest opening dimension and shall be install ed with the opening edges at the prescribed distances from the duct edges as previously set forth in this section . [CONT.]: 304.8 mm) on each side. Where the dimensions of the side of the duct prohibit the cleanout installation prescribed herein, the openings shall be on the top of the duct or the bottom of the duct. Where located on the top of the duct, the opening edges shall be a minimum of 1 inch ( 25.4 mm) from the edges of the duct. Where located in the bottom of the duct, cleanout openings shall be designed to provide internal damming grease down the duct around the dam, and shall be approved for the app lication . Where the dimensions of the sides, top or bottom of the duct preclude the installation of the prescribed minimum - size cleanout opening, the cleanout shall be located on the duct face that affords the largest opening dimension and shall be install ed with the opening edges at the prescribed distances from the duct edges as previously set forth in this section . [CONT.]: 304.8 mm) on each side. Where the dimensions of the side of the duct prohibit the cleanout installation prescribed herein, the openings shall be on the top of the duct or the bottom of the duct. Where located on the top of the duct, the opening edges shall be a minimum of 1 inch ( 25.4 mm) from the edges of the duct. Where located in the bottom of the duct, cleanout openings shall be designed to provide internal damming grease down the duct around the dam, and shall be approved for the app lication . Where the dimensions of the sides, top or bottom of the duct preclude the installation of the prescribed minimum - size cleanout opening, the cleanout shall be located on the duct face that affords the largest opening dimension and shall be install ed with the opening edges at the prescribed distances from the duct edges as previously set forth in this section . [CONT.]: 304.8 mm) on each side. Where the dimensions of the side of the duct prohibit the cleanout installation prescribed herein, the openings shall be on the top of the duct or the bottom of the duct. Where located on the top of the duct, the opening edges shall be a minimum of 1 inch ( 25.4 mm) from the edges of the duct. Where located in the bottom of the duct, cleanout openings shall be designed to provide internal damming grease down the duct around the dam, and shall be approved for the app lication . Where the dimensions of the sides, top or bottom of the duct preclude the installation of the prescribed minimum - size cleanout opening, the cleanout shall be located on the duct face that affords the largest opening dimension and shall be install ed with the opening edges at the prescribed distances from the duct edges as previously set forth in this section . [CONT.]: 304.8 mm) on each side. Where the dimensions of the side of the duct prohibit the cleanout installation prescribed herein, the openings shall be on the top of the duct or the bottom of the duct. Where located on the top of the duct, the opening edges shall be a minimum of 1 inch ( 25.4 mm) from the edges of the duct. Where located in the bottom of the duct, cleanout openings shall be designed to provide internal damming grease down the duct around the dam, and shall be approved for the app lication . Where the dimensions of the sides, top or bottom of the duct preclude the installation of the prescribed minimum - size cleanout opening, the cleanout shall be located on the duct face that affords the largest opening dimension and shall be install ed with the opening edges at the prescribed distances from the duct edges as previously set forth in this section . [CONT.]: 304.8 mm) on each side. Where the dimensions of the side of the duct prohibit the cleanout installation prescribed herein, the openings shall be on the top of the duct or the bottom of the duct. Where located on the top of the duct, the opening edges shall be a minimum of 1 inch ( 25.4 mm) from the edges of the duct. Where located in the bottom of the duct, cleanout openings shall be designed to provide internal damming grease down the duct around the dam, and shall be approved for the app lication . Where the dimensions of the sides, top or bottom of the duct preclude the installation of the prescribed minimum - size cleanout opening, the cleanout shall be located on the duct face that affords the largest opening dimension and shall be install ed with the opening edges at the prescribed distances from the duct edges as previously set forth in this section . [CONT.]: 304.8 mm) on each side. Where the dimensions of the side of the duct prohibit the cleanout installation prescribed herein, the openings shall be on the top of the duct or the bottom of the duct. Where located on the top of the duct, the opening edges shall be a minimum of 1 inch ( 25.4 mm) from the edges of the duct. Where located in the bottom of the duct, cleanout openings shall be designed to provide internal damming grease down the duct around the dam, and shall be approved for the app lication . Where the dimensions of the sides, top or bottom of the duct preclude the installation of the prescribed minimum - size cleanout opening, the cleanout shall be located on the duct face that affords the largest opening dimension and shall be install ed with the opening edges at the prescribed distances from the duct edges as previously set forth in this section . [CONT.]: 304.8 mm) on each side. Where the dimensions of the side of the duct prohibit the cleanout installation prescribed herein, the openings shall be on the top of the duct or the bottom of the duct. Where located on the top of the duct, the opening edges shall be a minimum of 1 inch ( 25.4 mm) from the edges of the duct. Where located in the bottom of the duct, cleanout openings shall be designed to provide internal damming grease down the duct around the dam, and shall be approved for the app lication . Where the dimensions of the sides, top or bottom of the duct preclude the installation of the prescribed minimum - size cleanout opening, the cleanout shall be located on the duct face that affords the largest opening dimension and shall be install ed with the opening edges at the prescribed distances from the duct edges as previously set forth in this section . [CONT.]: 304.8 mm) on each side. Where the dimensions of the side of the duct prohibit the cleanout installation prescribed herein, the openings shall be on the top of the duct or the bottom of the duct. Where located on the top of the duct, the opening edges shall be a minimum of 1 inch ( 25.4 mm) from the edges of the duct. Where located in the bottom of the duct, cleanout openings shall be designed to provide internal damming grease down the duct around the dam, and shall be approved for the app lication . Where the dimensions of the sides, top or bottom of the duct preclude the installation of the prescribed minimum - size cleanout opening, the cleanout shall be located on the duct face that affords the largest opening dimension and shall be install ed with the opening edges at the prescribed distances from the duct edges as previously set forth in this section . [CONT.]: 304.8 mm) on each side. Where the dimensions of the side of the duct prohibit the cleanout installation prescribed herein, the openings shall be on the top of the duct or the bottom of the duct. Where located on the top of the duct, the opening edges shall be a minimum of 1 inch ( 25.4 mm) from the edges of the duct. Where located in the bottom of the duct, cleanout openings shall be designed to provide internal damming grease down the duct around the dam, and shall be approved for the app lication . Where the dimensions of the sides, top or bottom of the duct preclude the installation of the prescribed minimum - size cleanout opening, the cleanout shall be located on the duct face that affords the largest opening dimension and shall be install ed with the opening edges at the prescribed distances from the duct edges as previously set forth in this section . [CONT.]: 304.8 mm) on each side. Where the dimensions of the side of the duct prohibit the cleanout installation prescribed herein, the openings shall be on the top of the duct or the bottom of the duct. Where located on the top of the duct, the opening edges shall be a minimum of 1 inch ( 25.4 mm) from the edges of the duct. Where located in the bottom of the duct, cleanout openings shall be designed to provide internal damming grease down the duct around the dam, and shall be approved for the app lication . Where the dimensions of the sides, top or bottom of the duct preclude the installation of the prescribed minimum - size cleanout opening, the cleanout shall be located on the duct face that affords the largest opening dimension and shall be install ed with the opening edges at the prescribed distances from the duct edges as previously set forth in this section . [CONT.]: 304.8 mm) of the ceiling of the room and one within 1 foot ( [CONT.]: 304.8 mm) of the ceiling of the room and one within 1 foot ( [CONT.]: 304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent terminal shall not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. 5. The vent terminal shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, regulating, venting relief equipment or other building opening. 6. The bottom of the vent terminal shall be located at least 36 i nches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent terminal shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminals located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 9. The vent terminal shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacen t buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent terminal shall not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. 5. The vent terminal shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, regulating, venting relief equipment or other building opening. 6. The bottom of the vent terminal shall be located at least 36 i nches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent terminal shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminals located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 9. The vent terminal shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacen t buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent terminal shall not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. 5. The vent terminal shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, regulating, venting relief equipment or other building opening. 6. The bottom of the vent terminal shall be located at least 36 i nches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent terminal shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminals located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 9. The vent terminal shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacen t buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent terminal shall not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. 5. The vent terminal shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, regulating, venting relief equipment or other building opening. 6. The bottom of the vent terminal shall be located at least 36 i nches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent terminal shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminals located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 9. The vent terminal shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacen t buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent terminal shall not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. 5. The vent terminal shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, regulating, venting relief equipment or other building opening. 6. The bottom of the vent terminal shall be located at least 36 i nches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent terminal shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminals located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 9. The vent terminal shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacen t buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent terminal shall not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. 5. The vent terminal shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, regulating, venting relief equipment or other building opening. 6. The bottom of the vent terminal shall be located at least 36 i nches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent terminal shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminals located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 9. The vent terminal shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacen t buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent terminal shall not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. 5. The vent terminal shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, regulating, venting relief equipment or other building opening. 6. The bottom of the vent terminal shall be located at least 36 i nches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent terminal shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminals located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 9. The vent terminal shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacen t buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent terminal shall not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. 5. The vent terminal shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, regulating, venting relief equipment or other building opening. 6. The bottom of the vent terminal shall be located at least 36 i nches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent terminal shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminals located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 9. The vent terminal shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacen t buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "304.8",
      "parent_major": "304",
      "parent_minor": "304.8",
      "source": "027.txt"
    }
  },
  {
    "id": "304.9",
    "text": "CONTEXT: 304 > 304.9 | CONTENT: 304.9 304.9 Clearances to combustible construction. Heat - producing equipment and appliances shall be installed to maintain the required clearances to c ombustible construction as specified in the listing and manufacturer\u2019s instructions. Such clearances shall be reduced only in accordance with Section 308. Clearances to combustibles shall include such considerations as door swing, drawer pull, overhead pro jections or shelving and window swing, shutters, coverings and drapes. Devices such as doorstops or limits, closers, drapery ties or guards shall not be used to provide the required clearances. [CONT.]: 304.9 Clearances to combustible construction. Heat - producing equipment and appliances shall be installed to maintain the required clearances to c ombustible construction as specified in the listing and manufacturer\u2019s instructions. Such clearances shall be reduced only in accordance with Section 308. Clearances to combustibles shall include such considerations as door swing, drawer pull, overhead pro jections or shelving and window swing, shutters, coverings and drapes. Devices such as doorstops or limits, closers, drapery ties or guards shall not be used to provide the required clearances. [CONT.]: 304.9 Clearances to combustible construction. Heat - producing equipment and appliances shall be installed to maintain the required clearances to c ombustible construction as specified in the listing and manufacturer\u2019s instructions. Such clearances shall be reduced only in accordance with Section 308. Clearances to combustibles shall include such considerations as door swing, drawer pull, overhead pro jections or shelving and window swing, shutters, coverings and drapes. Devices such as doorstops or limits, closers, drapery ties or guards shall not be used to provide the required clearances. [CONT.]: 304.9 Clearances to combustible construction. Heat - producing equipment and appliances shall be installed to maintain the required clearances to c ombustible construction as specified in the listing and manufacturer\u2019s instructions. Such clearances shall be reduced only in accordance with Section 308. Clearances to combustibles shall include such considerations as door swing, drawer pull, overhead pro jections or shelving and window swing, shutters, coverings and drapes. Devices such as doorstops or limits, closers, drapery ties or guards shall not be used to provide the required clearances. [CONT.]: 304.9 Clearances to combustible construction. Heat - producing equipment and appliances shall be installed to maintain the required clearances to c ombustible construction as specified in the listing and manufacturer\u2019s instructions. Such clearances shall be reduced only in accordance with Section 308. Clearances to combustibles shall include such considerations as door swing, drawer pull, overhead pro jections or shelving and window swing, shutters, coverings and drapes. Devices such as doorstops or limits, closers, drapery ties or guards shall not be used to provide the required clearances. [CONT.]: 304.9 Clearances to combustible construction. Heat - producing equipment and appliances shall be installed to maintain the required clearances to c ombustible construction as specified in the listing and manufacturer\u2019s instructions. Such clearances shall be reduced only in accordance with Section 308. Clearances to combustibles shall include such considerations as door swing, drawer pull, overhead pro jections or shelving and window swing, shutters, coverings and drapes. Devices such as doorstops or limits, closers, drapery ties or guards shall not be used to provide the required clearances. [CONT.]: 304.9 Clearances to combustible construction. Heat - producing equipment and appliances shall be installed to maintain the required clearances to c ombustible construction as specified in the listing and manufacturer\u2019s instructions. Such clearances shall be reduced only in accordance with Section 308. Clearances to combustibles shall include such considerations as door swing, drawer pull, overhead pro jections or shelving and window swing, shutters, coverings and drapes. Devices such as doorstops or limits, closers, drapery ties or guards shall not be used to provide the required clearances. [CONT.]: 304.9 Clearances to combustible construction. Heat - producing equipment and appliances shall be installed to maintain the required clearances to c ombustible construction as specified in the listing and manufacturer\u2019s instructions. Such clearances shall be reduced only in accordance with Section 308. Clearances to combustibles shall include such considerations as door swing, drawer pull, overhead pro jections or shelving and window swing, shutters, coverings and drapes. Devices such as doorstops or limits, closers, drapery ties or guards shall not be used to provide the required clearances. [CONT.]: 304.9 Clearances to combustible construction. Heat - producing equipment and appliances shall be installed to maintain the required clearances to c ombustible construction as specified in the listing and manufacturer\u2019s instructions. Such clearances shall be reduced only in accordance with Section 308. Clearances to combustibles shall include such considerations as door swing, drawer pull, overhead pro jections or shelving and window swing, shutters, coverings and drapes. Devices such as doorstops or limits, closers, drapery ties or guards shall not be used to provide the required clearances. [CONT.]: 304.9 Clearances to combustible construction. Heat - producing equipment and appliances shall be installed to maintain the required clearances to c ombustible construction as specified in the listing and manufacturer\u2019s instructions. Such clearances shall be reduced only in accordance with Section 308. Clearances to combustibles shall include such considerations as door swing, drawer pull, overhead pro jections or shelving and window swing, shutters, coverings and drapes. Devices such as doorstops or limits, closers, drapery ties or guards shall not be used to provide the required clearances. [CONT.]: 304.9 Clearances to combustible construction. Heat - producing equipment and appliances shall be installed to maintain the required clearances to c ombustible construction as specified in the listing and manufacturer\u2019s instructions. Such clearances shall be reduced only in accordance with Section 308. Clearances to combustibles shall include such considerations as door swing, drawer pull, overhead pro jections or shelving and window swing, shutters, coverings and drapes. Devices such as doorstops or limits, closers, drapery ties or guards shall not be used to provide the required clearances. [CONT.]: 304.9 Clearances to combustible construction. Heat - producing equipment and appliances shall be installed to maintain the required clearances to c ombustible construction as specified in the listing and manufacturer\u2019s instructions. Such clearances shall be reduced only in accordance with Section 308. Clearances to combustibles shall include such considerations as door swing, drawer pull, overhead pro jections or shelving and window swing, shutters, coverings and drapes. Devices such as doorstops or limits, closers, drapery ties or guards shall not be used to provide the required clearances. [CONT.]: 304.9 Clearances to combustible construction. Heat - producing equipment and appliances shall be installed to maintain the required clearances to c ombustible construction as specified in the listing and manufacturer\u2019s instructions. Such clearances shall be reduced only in accordance with Section 308. Clearances to combustibles shall include such considerations as door swing, drawer pull, overhead pro jections or shelving and window swing, shutters, coverings and drapes. Devices such as doorstops or limits, closers, drapery ties or guards shall not be used to provide the required clearances.",
    "metadata": {
      "section_full": "304.9",
      "parent_major": "304",
      "parent_minor": "304.9",
      "source": "027.txt"
    }
  },
  {
    "id": "304.10",
    "text": "CONTEXT: 304 > 304.10 | CONTENT: 304.10 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches (76.2 mm) above adjoining grade or shall be suspended not less than 6 inches (152.4 mm) above adjoining grade. Such support shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches (76.2 mm) above adjoining grade or shall be suspended not less than 6 inches (152.4 mm) above adjoining grade. Such support shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches (76.2 mm) above adjoining grade or shall be suspended not less than 6 inches (152.4 mm) above adjoining grade. Such support shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches (76.2 mm) above adjoining grade or shall be suspended not less than 6 inches (152.4 mm) above adjoining grade. Such support shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches (76.2 mm) above adjoining grade or shall be suspended not less than 6 inches (152.4 mm) above adjoining grade. Such support shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches (76.2 mm) above adjoining grade or shall be suspended not less than 6 inches (152.4 mm) above adjoining grade. Such support shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches (76.2 mm) above adjoining grade or shall be suspended not less than 6 inches (152.4 mm) above adjoining grade. Such support shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches (76.2 mm) above adjoining grade or shall be suspended not less than 6 inches (152.4 mm) above adjoining grade. Such support shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches (76.2 mm) above adjoining grade or shall be suspended not less than 6 inches (152.4 mm) above adjoining grade. Such support shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches (76.2 mm) above adjoining grade or shall be suspended not less than 6 inches (152.4 mm) above adjoining grade. Such support shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches (76.2 mm) above adjoining grade or shall be suspended not less than 6 inches (152.4 mm) above adjoining grade. Such support shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches (76.2 mm) above adjoining grade or shall be suspended not less than 6 inches (152.4 mm) above adjoining grade. Such support shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches (76.2 mm) above adjoining grade or shall be suspended not less than 6 inches (152.4 mm) above adjoining grade. Such support shall be in accordance with the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "304.10",
      "parent_major": "304",
      "parent_minor": "304.10",
      "source": "027.txt"
    }
  },
  {
    "id": "304.11",
    "text": "CONTEXT: 304 > 304.11 | CONTENT: 304.11 304.11 Guards. Guards shall be provided where appliances, equipment, fans or other components that require service and roof hatch openings are located within 10 feet (3048 mm) of a roof e dge or open side of a walking surface and such edge or open side is located more than 30 inches (762 mm) above the floor, roof, or grade below. The guard shall extend not less than 30 inches (762 mm) beyond each end of such appliances, equipment, fans, com ponents and roof hatch openings and the top of the guard shall be located not less than 42 inches (1066.8 mm) above the elevated surface adjacent to the guard. The guard shall be constructed so as to prevent the passage of a 21 - inch - diameter (533.4 mm) sph ere and shall comply with the loading requirements for guards specified in the New York City Building Code . [CONT.]: 304.11 Guards. Guards shall be provided where appliances, equipment, fans or other components that require service and roof hatch openings are located within 10 feet (3048 mm) of a roof e dge or open side of a walking surface and such edge or open side is located more than 30 inches (762 mm) above the floor, roof, or grade below. The guard shall extend not less than 30 inches (762 mm) beyond each end of such appliances, equipment, fans, com ponents and roof hatch openings and the top of the guard shall be located not less than 42 inches (1066.8 mm) above the elevated surface adjacent to the guard. The guard shall be constructed so as to prevent the passage of a 21 - inch - diameter (533.4 mm) sph ere and shall comply with the loading requirements for guards specified in the New York City Building Code . [CONT.]: 304.11 Guards. Guards shall be provided where appliances, equipment, fans or other components that require service and roof hatch openings are located within 10 feet (3048 mm) of a roof e dge or open side of a walking surface and such edge or open side is located more than 30 inches (762 mm) above the floor, roof, or grade below. The guard shall extend not less than 30 inches (762 mm) beyond each end of such appliances, equipment, fans, com ponents and roof hatch openings and the top of the guard shall be located not less than 42 inches (1066.8 mm) above the elevated surface adjacent to the guard. The guard shall be constructed so as to prevent the passage of a 21 - inch - diameter (533.4 mm) sph ere and shall comply with the loading requirements for guards specified in the New York City Building Code . [CONT.]: 304.11 Guards. Guards shall be provided where appliances, equipment, fans or other components that require service and roof hatch openings are located within 10 feet (3048 mm) of a roof e dge or open side of a walking surface and such edge or open side is located more than 30 inches (762 mm) above the floor, roof, or grade below. The guard shall extend not less than 30 inches (762 mm) beyond each end of such appliances, equipment, fans, com ponents and roof hatch openings and the top of the guard shall be located not less than 42 inches (1066.8 mm) above the elevated surface adjacent to the guard. The guard shall be constructed so as to prevent the passage of a 21 - inch - diameter (533.4 mm) sph ere and shall comply with the loading requirements for guards specified in the New York City Building Code . [CONT.]: 304.11 Guards. Guards shall be provided where appliances, equipment, fans or other components that require service and roof hatch openings are located within 10 feet (3048 mm) of a roof e dge or open side of a walking surface and such edge or open side is located more than 30 inches (762 mm) above the floor, roof, or grade below. The guard shall extend not less than 30 inches (762 mm) beyond each end of such appliances, equipment, fans, com ponents and roof hatch openings and the top of the guard shall be located not less than 42 inches (1066.8 mm) above the elevated surface adjacent to the guard. The guard shall be constructed so as to prevent the passage of a 21 - inch - diameter (533.4 mm) sph ere and shall comply with the loading requirements for guards specified in the New York City Building Code . [CONT.]: 304.11 Guards. Guards shall be provided where appliances, equipment, fans or other components that require service and roof hatch openings are located within 10 feet (3048 mm) of a roof e dge or open side of a walking surface and such edge or open side is located more than 30 inches (762 mm) above the floor, roof, or grade below. The guard shall extend not less than 30 inches (762 mm) beyond each end of such appliances, equipment, fans, com ponents and roof hatch openings and the top of the guard shall be located not less than 42 inches (1066.8 mm) above the elevated surface adjacent to the guard. The guard shall be constructed so as to prevent the passage of a 21 - inch - diameter (533.4 mm) sph ere and shall comply with the loading requirements for guards specified in the New York City Building Code . [CONT.]: 304.11 Guards. Guards shall be provided where appliances, equipment, fans or other components that require service and roof hatch openings are located within 10 feet (3048 mm) of a roof e dge or open side of a walking surface and such edge or open side is located more than 30 inches (762 mm) above the floor, roof, or grade below. The guard shall extend not less than 30 inches (762 mm) beyond each end of such appliances, equipment, fans, com ponents and roof hatch openings and the top of the guard shall be located not less than 42 inches (1066.8 mm) above the elevated surface adjacent to the guard. The guard shall be constructed so as to prevent the passage of a 21 - inch - diameter (533.4 mm) sph ere and shall comply with the loading requirements for guards specified in the New York City Building Code . [CONT.]: 304.11 Guards. Guards shall be provided where appliances, equipment, fans or other components that require service and roof hatch openings are located within 10 feet (3048 mm) of a roof e dge or open side of a walking surface and such edge or open side is located more than 30 inches (762 mm) above the floor, roof, or grade below. The guard shall extend not less than 30 inches (762 mm) beyond each end of such appliances, equipment, fans, com ponents and roof hatch openings and the top of the guard shall be located not less than 42 inches (1066.8 mm) above the elevated surface adjacent to the guard. The guard shall be constructed so as to prevent the passage of a 21 - inch - diameter (533.4 mm) sph ere and shall comply with the loading requirements for guards specified in the New York City Building Code . [CONT.]: 304.11 Guards. Guards shall be provided where appliances, equipment, fans or other components that require service and roof hatch openings are located within 10 feet (3048 mm) of a roof e dge or open side of a walking surface and such edge or open side is located more than 30 inches (762 mm) above the floor, roof, or grade below. The guard shall extend not less than 30 inches (762 mm) beyond each end of such appliances, equipment, fans, com ponents and roof hatch openings and the top of the guard shall be located not less than 42 inches (1066.8 mm) above the elevated surface adjacent to the guard. The guard shall be constructed so as to prevent the passage of a 21 - inch - diameter (533.4 mm) sph ere and shall comply with the loading requirements for guards specified in the New York City Building Code . [CONT.]: 304.11 Guards. Guards shall be provided where appliances, equipment, fans or other components that require service and roof hatch openings are located within 10 feet (3048 mm) of a roof e dge or open side of a walking surface and such edge or open side is located more than 30 inches (762 mm) above the floor, roof, or grade below. The guard shall extend not less than 30 inches (762 mm) beyond each end of such appliances, equipment, fans, com ponents and roof hatch openings and the top of the guard shall be located not less than 42 inches (1066.8 mm) above the elevated surface adjacent to the guard. The guard shall be constructed so as to prevent the passage of a 21 - inch - diameter (533.4 mm) sph ere and shall comply with the loading requirements for guards specified in the New York City Building Code . [CONT.]: 304.11 Guards. Guards shall be provided where appliances, equipment, fans or other components that require service and roof hatch openings are located within 10 feet (3048 mm) of a roof e dge or open side of a walking surface and such edge or open side is located more than 30 inches (762 mm) above the floor, roof, or grade below. The guard shall extend not less than 30 inches (762 mm) beyond each end of such appliances, equipment, fans, com ponents and roof hatch openings and the top of the guard shall be located not less than 42 inches (1066.8 mm) above the elevated surface adjacent to the guard. The guard shall be constructed so as to prevent the passage of a 21 - inch - diameter (533.4 mm) sph ere and shall comply with the loading requirements for guards specified in the New York City Building Code . [CONT.]: 304.11 Guards. Guards shall be provided where appliances, equipment, fans or other components that require service and roof hatch openings are located within 10 feet (3048 mm) of a roof e dge or open side of a walking surface and such edge or open side is located more than 30 inches (762 mm) above the floor, roof, or grade below. The guard shall extend not less than 30 inches (762 mm) beyond each end of such appliances, equipment, fans, com ponents and roof hatch openings and the top of the guard shall be located not less than 42 inches (1066.8 mm) above the elevated surface adjacent to the guard. The guard shall be constructed so as to prevent the passage of a 21 - inch - diameter (533.4 mm) sph ere and shall comply with the loading requirements for guards specified in the New York City Building Code . [CONT.]: 304.11 Guards. Guards shall be provided where appliances, equipment, fans or other components that require service and roof hatch openings are located within 10 feet (3048 mm) of a roof e dge or open side of a walking surface and such edge or open side is located more than 30 inches (762 mm) above the floor, roof, or grade below. The guard shall extend not less than 30 inches (762 mm) beyond each end of such appliances, equipment, fans, com ponents and roof hatch openings and the top of the guard shall be located not less than 42 inches (1066.8 mm) above the elevated surface adjacent to the guard. The guard shall be constructed so as to prevent the passage of a 21 - inch - diameter (533.4 mm) sph ere and shall comply with the loading requirements for guards specified in the New York City Building Code .",
    "metadata": {
      "section_full": "304.11",
      "parent_major": "304",
      "parent_minor": "304.11",
      "source": "027.txt"
    }
  },
  {
    "id": "304.12",
    "text": "CONTEXT: 304 > 304.12 | CONTENT: 304.12 304.12 Area served. Appliances serving different areas of a building other than where they are installed shall be permanently marked in an approved manner that uniquely identifies the appliance and the area it serves. GENERAL REGULATIONS [CONT.]: 304.12 Area served. Appliances serving different areas of a building other than where they are installed shall be permanently marked in an approved manner that uniquely identifies the appliance and the area it serves. GENERAL REGULATIONS [CONT.]: 304.12 Area served. Appliances serving different areas of a building other than where they are installed shall be permanently marked in an approved manner that uniquely identifies the appliance and the area it serves. GENERAL REGULATIONS [CONT.]: 304.12 Area served. Appliances serving different areas of a building other than where they are installed shall be permanently marked in an approved manner that uniquely identifies the appliance and the area it serves. GENERAL REGULATIONS [CONT.]: 304.12 Area served. Appliances serving different areas of a building other than where they are installed shall be permanently marked in an approved manner that uniquely identifies the appliance and the area it serves. GENERAL REGULATIONS [CONT.]: 304.12 Area served. Appliances serving different areas of a building other than where they are installed shall be permanently marked in an approved manner that uniquely identifies the appliance and the area it serves. GENERAL REGULATIONS [CONT.]: 304.12 Area served. Appliances serving different areas of a building other than where they are installed shall be permanently marked in an approved manner that uniquely identifies the appliance and the area it serves. GENERAL REGULATIONS [CONT.]: 304.12 Area served. Appliances serving different areas of a building other than where they are installed shall be permanently marked in an approved manner that uniquely identifies the appliance and the area it serves. GENERAL REGULATIONS [CONT.]: 304.12 Area served. Appliances serving different areas of a building other than where they are installed shall be permanently marked in an approved manner that uniquely identifies the appliance and the area it serves. GENERAL REGULATIONS [CONT.]: 304.12 Area served. Appliances serving different areas of a building other than where they are installed shall be permanently marked in an approved manner that uniquely identifies the appliance and the area it serves. GENERAL REGULATIONS [CONT.]: 304.12 Area served. Appliances serving different areas of a building other than where they are installed shall be permanently marked in an approved manner that uniquely identifies the appliance and the area it serves. GENERAL REGULATIONS [CONT.]: 304.12 Area served. Appliances serving different areas of a building other than where they are installed shall be permanently marked in an approved manner that uniquely identifies the appliance and the area it serves. GENERAL REGULATIONS [CONT.]: 304.12 Area served. Appliances serving different areas of a building other than where they are installed shall be permanently marked in an approved manner that uniquely identifies the appliance and the area it serves. GENERAL REGULATIONS",
    "metadata": {
      "section_full": "304.12",
      "parent_major": "304",
      "parent_minor": "304.12",
      "source": "027.txt"
    }
  },
  {
    "id": "304.13",
    "text": "CONTEXT: 304 > 304.13 | CONTENT: 304.13 304.13 Rooftop access and obstructions. Equipment and appliances installed on rooftops of buildings shall be installed in accordance with the requirements of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with firefighting operations or the operation of any doors, windows, fire escapes, or other means of egress or other building components requiring operation or access. SECTION M C 305 PIPING SUPPORT [CONT.]: 304.13 Rooftop access and obstructions. Equipment and appliances installed on rooftops of buildings shall be installed in accordance with the requirements of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with firefighting operations or the operation of any doors, windows, fire escapes, or other means of egress or other building components requiring operation or access. SECTION M C 305 PIPING SUPPORT [CONT.]: 304.13 Rooftop access and obstructions. Equipment and appliances installed on rooftops of buildings shall be installed in accordance with the requirements of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with firefighting operations or the operation of any doors, windows, fire escapes, or other means of egress or other building components requiring operation or access. SECTION M C 305 PIPING SUPPORT [CONT.]: 304.13 Rooftop access and obstructions. Equipment and appliances installed on rooftops of buildings shall be installed in accordance with the requirements of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with firefighting operations or the operation of any doors, windows, fire escapes, or other means of egress or other building components requiring operation or access. SECTION M C 305 PIPING SUPPORT [CONT.]: 304.13 Rooftop access and obstructions. Equipment and appliances installed on rooftops of buildings shall be installed in accordance with the requirements of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with firefighting operations or the operation of any doors, windows, fire escapes, or other means of egress or other building components requiring operation or access. SECTION M C 305 PIPING SUPPORT [CONT.]: 304.13 Rooftop access and obstructions. Equipment and appliances installed on rooftops of buildings shall be installed in accordance with the requirements of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with firefighting operations or the operation of any doors, windows, fire escapes, or other means of egress or other building components requiring operation or access. SECTION M C 305 PIPING SUPPORT [CONT.]: 304.13 Rooftop access and obstructions. Equipment and appliances installed on rooftops of buildings shall be installed in accordance with the requirements of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with firefighting operations or the operation of any doors, windows, fire escapes, or other means of egress or other building components requiring operation or access. SECTION M C 305 PIPING SUPPORT [CONT.]: 304.13 Rooftop access and obstructions. Equipment and appliances installed on rooftops of buildings shall be installed in accordance with the requirements of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with firefighting operations or the operation of any doors, windows, fire escapes, or other means of egress or other building components requiring operation or access. SECTION M C 305 PIPING SUPPORT [CONT.]: 304.13 Rooftop access and obstructions. Equipment and appliances installed on rooftops of buildings shall be installed in accordance with the requirements of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with firefighting operations or the operation of any doors, windows, fire escapes, or other means of egress or other building components requiring operation or access. SECTION M C 305 PIPING SUPPORT [CONT.]: 304.13 Rooftop access and obstructions. Equipment and appliances installed on rooftops of buildings shall be installed in accordance with the requirements of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with firefighting operations or the operation of any doors, windows, fire escapes, or other means of egress or other building components requiring operation or access. SECTION M C 305 PIPING SUPPORT [CONT.]: 304.13 Rooftop access and obstructions. Equipment and appliances installed on rooftops of buildings shall be installed in accordance with the requirements of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with firefighting operations or the operation of any doors, windows, fire escapes, or other means of egress or other building components requiring operation or access. SECTION M C 305 PIPING SUPPORT [CONT.]: 304.13 Rooftop access and obstructions. Equipment and appliances installed on rooftops of buildings shall be installed in accordance with the requirements of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with firefighting operations or the operation of any doors, windows, fire escapes, or other means of egress or other building components requiring operation or access. SECTION M C 305 PIPING SUPPORT [CONT.]: 304.13 Rooftop access and obstructions. Equipment and appliances installed on rooftops of buildings shall be installed in accordance with the requirements of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with firefighting operations or the operation of any doors, windows, fire escapes, or other means of egress or other building components requiring operation or access. SECTION M C 305 PIPING SUPPORT",
    "metadata": {
      "section_full": "304.13",
      "parent_major": "304",
      "parent_minor": "304.13",
      "source": "027.txt"
    }
  },
  {
    "id": "305.1",
    "text": "CONTEXT: 305 > 305.1 | CONTENT: 305.1 305.1 General. Mechanical system piping shall be supported in accordance with this section. [CONT.]: 305.1 General. Mechanical system piping shall be supported in accordance with this section. [CONT.]: 305.1 General. Mechanical system piping shall be supported in accordance with this section. [CONT.]: 305.1 General. Mechanical system piping shall be supported in accordance with this section. [CONT.]: 305.1 General. Mechanical system piping shall be supported in accordance with this section. [CONT.]: 305.1 General. Mechanical system piping shall be supported in accordance with this section. [CONT.]: 305.1 General. Mechanical system piping shall be supported in accordance with this section. [CONT.]: 305.1 General. Mechanical system piping shall be supported in accordance with this section. [CONT.]: 305.1 General. Mechanical system piping shall be supported in accordance with this section. [CONT.]: 305.1 General. Mechanical system piping shall be supported in accordance with this section. [CONT.]: 305.1 General. Mechanical system piping shall be supported in accordance with this section. [CONT.]: 305.1 General. Mechanical system piping shall be supported in accordance with this section. [CONT.]: 305.1 General. Mechanical system piping shall be supported in accordance with this section.",
    "metadata": {
      "section_full": "305.1",
      "parent_major": "305",
      "parent_minor": "305.1",
      "source": "027.txt"
    }
  },
  {
    "id": "305.2",
    "text": "CONTEXT: 305 > 305.2 | CONTENT: 305.2 305.2 Materials. Pipe hangers and supports shall have sufficient strength to withstand all anticipated static and specified dynamic loading conditions associated with the intended use. Pipe hangers and supports that are in direct contact with piping shall be of materials that are compatible with the piping and that will not promote galvanic action. [CONT.]: 305.2 Materials. Pipe hangers and supports shall have sufficient strength to withstand all anticipated static and specified dynamic loading conditions associated with the intended use. Pipe hangers and supports that are in direct contact with piping shall be of materials that are compatible with the piping and that will not promote galvanic action. [CONT.]: 305.2 Materials. Pipe hangers and supports shall have sufficient strength to withstand all anticipated static and specified dynamic loading conditions associated with the intended use. Pipe hangers and supports that are in direct contact with piping shall be of materials that are compatible with the piping and that will not promote galvanic action. [CONT.]: 305.2 Materials. Pipe hangers and supports shall have sufficient strength to withstand all anticipated static and specified dynamic loading conditions associated with the intended use. Pipe hangers and supports that are in direct contact with piping shall be of materials that are compatible with the piping and that will not promote galvanic action. [CONT.]: 305.2 Materials. Pipe hangers and supports shall have sufficient strength to withstand all anticipated static and specified dynamic loading conditions associated with the intended use. Pipe hangers and supports that are in direct contact with piping shall be of materials that are compatible with the piping and that will not promote galvanic action. [CONT.]: 305.2 Materials. Pipe hangers and supports shall have sufficient strength to withstand all anticipated static and specified dynamic loading conditions associated with the intended use. Pipe hangers and supports that are in direct contact with piping shall be of materials that are compatible with the piping and that will not promote galvanic action. [CONT.]: 305.2 Materials. Pipe hangers and supports shall have sufficient strength to withstand all anticipated static and specified dynamic loading conditions associated with the intended use. Pipe hangers and supports that are in direct contact with piping shall be of materials that are compatible with the piping and that will not promote galvanic action. [CONT.]: 305.2 Materials. Pipe hangers and supports shall have sufficient strength to withstand all anticipated static and specified dynamic loading conditions associated with the intended use. Pipe hangers and supports that are in direct contact with piping shall be of materials that are compatible with the piping and that will not promote galvanic action. [CONT.]: 305.2 Materials. Pipe hangers and supports shall have sufficient strength to withstand all anticipated static and specified dynamic loading conditions associated with the intended use. Pipe hangers and supports that are in direct contact with piping shall be of materials that are compatible with the piping and that will not promote galvanic action. [CONT.]: 305.2 Materials. Pipe hangers and supports shall have sufficient strength to withstand all anticipated static and specified dynamic loading conditions associated with the intended use. Pipe hangers and supports that are in direct contact with piping shall be of materials that are compatible with the piping and that will not promote galvanic action. [CONT.]: 305.2 Materials. Pipe hangers and supports shall have sufficient strength to withstand all anticipated static and specified dynamic loading conditions associated with the intended use. Pipe hangers and supports that are in direct contact with piping shall be of materials that are compatible with the piping and that will not promote galvanic action. [CONT.]: 305.2 Materials. Pipe hangers and supports shall have sufficient strength to withstand all anticipated static and specified dynamic loading conditions associated with the intended use. Pipe hangers and supports that are in direct contact with piping shall be of materials that are compatible with the piping and that will not promote galvanic action. [CONT.]: 305.2 Materials. Pipe hangers and supports shall have sufficient strength to withstand all anticipated static and specified dynamic loading conditions associated with the intended use. Pipe hangers and supports that are in direct contact with piping shall be of materials that are compatible with the piping and that will not promote galvanic action.",
    "metadata": {
      "section_full": "305.2",
      "parent_major": "305",
      "parent_minor": "305.2",
      "source": "027.txt"
    }
  },
  {
    "id": "305.3",
    "text": "CONTEXT: 305 > 305.3 | CONTENT: 305.3 305.3 Structural attachment. Hangers and anchors shall be attached to the building structure . Post - installed anchors shall be subject to special inspection in accordance with Section 1705.37 of the New York City Building Code . [CONT.]: 305.3 Structural attachment. Hangers and anchors shall be attached to the building structure . Post - installed anchors shall be subject to special inspection in accordance with Section 1705.37 of the New York City Building Code . [CONT.]: 305.3 Structural attachment. Hangers and anchors shall be attached to the building structure . Post - installed anchors shall be subject to special inspection in accordance with Section 1705.37 of the New York City Building Code . [CONT.]: 305.3 Structural attachment. Hangers and anchors shall be attached to the building structure . Post - installed anchors shall be subject to special inspection in accordance with Section 1705.37 of the New York City Building Code . [CONT.]: 305.3 Structural attachment. Hangers and anchors shall be attached to the building structure . Post - installed anchors shall be subject to special inspection in accordance with Section 1705.37 of the New York City Building Code . [CONT.]: 305.3 Structural attachment. Hangers and anchors shall be attached to the building structure . Post - installed anchors shall be subject to special inspection in accordance with Section 1705.37 of the New York City Building Code . [CONT.]: 305.3 Structural attachment. Hangers and anchors shall be attached to the building structure . Post - installed anchors shall be subject to special inspection in accordance with Section 1705.37 of the New York City Building Code . [CONT.]: 305.3 Structural attachment. Hangers and anchors shall be attached to the building structure . Post - installed anchors shall be subject to special inspection in accordance with Section 1705.37 of the New York City Building Code . [CONT.]: 305.3 Structural attachment. Hangers and anchors shall be attached to the building structure . Post - installed anchors shall be subject to special inspection in accordance with Section 1705.37 of the New York City Building Code . [CONT.]: 305.3 Structural attachment. Hangers and anchors shall be attached to the building structure . Post - installed anchors shall be subject to special inspection in accordance with Section 1705.37 of the New York City Building Code . [CONT.]: 305.3 Structural attachment. Hangers and anchors shall be attached to the building structure . Post - installed anchors shall be subject to special inspection in accordance with Section 1705.37 of the New York City Building Code . [CONT.]: 305.3 Structural attachment. Hangers and anchors shall be attached to the building structure . Post - installed anchors shall be subject to special inspection in accordance with Section 1705.37 of the New York City Building Code . [CONT.]: 305.3 Structural attachment. Hangers and anchors shall be attached to the building structure . Post - installed anchors shall be subject to special inspection in accordance with Section 1705.37 of the New York City Building Code .",
    "metadata": {
      "section_full": "305.3",
      "parent_major": "305",
      "parent_minor": "305.3",
      "source": "027.txt"
    }
  },
  {
    "id": "305.4",
    "text": "CONTEXT: 305 > 305.4 | CONTENT: 305.4 305.4 Interval of support. Piping shall be sup ported at distances not exceeding the spacing specified in Table 305.4, or in accordance with ANSI/MSS SP - 58 . TABLE 305.4 PIPING SUPPORT SPACING a PIPING MATERIAL MAXIMUM HORIZONTAL SPACING (feet) MAXIMUM VERTICAL SPACING (feet) ABS pipe 4 10 c Aluminum pipe and tubing 10 15 Brass pipe 10 10 Brass tubing, 1 1 / 4 - inch diameter and smaller 6 10 Brass tubing, 1 1 / 2 - inch diameter and larger 10 10 Cast - iron pipe b 5 15 Copper or copper - alloy pipe 12 10 Copper or copper - alloy tubing, 1 1 / 4 - inch diameter and smaller 6 10 Copper or copper - alloy tubing, 1 1 / 2 - inch diameter and larger 10 10 CPVC pipe or tubing, 1 inch and smaller 3 10 c CPVC pipe or tubing, 1 1 / 4 - inch and larger 4 10 c Lead pipe Continuous 4 PB pipe or tubing 2 2 / 3 (32 inches) 4 PE - RT < 1 inches 2 2 / 3 (32 inches) 10 c PE - RT > 1 1 / 4 inches 4 10 c PEX tubing 2 2 / 3 (32 inches) 10 c GENERAL REGULATIONS Polypropylene (PP) pipe or tubing, 1 inch or smaller 2 2 / 3 (32 inches) 10 c Polypropylene (PP) pipe or tubing 1 1 / 4 inches or larger 4 10 c PVC pipe 4 10 c Steel tubing 8 10 Steel pipe 12 15 For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm. a. See Section 301.18. b. The maximum horizontal spacing of cast - iron pipe hangers shall be increased. c. Mid - story guide. [CONT.]: 305.4 Interval of support. Piping shall be sup ported at distances not exceeding the spacing specified in Table 305.4, or in accordance with ANSI/MSS SP - 58 . TABLE 305.4 PIPING SUPPORT SPACING a PIPING MATERIAL MAXIMUM HORIZONTAL SPACING (feet) MAXIMUM VERTICAL SPACING (feet) ABS pipe 4 10 c Aluminum pipe and tubing 10 15 Brass pipe 10 10 Brass tubing, 1 1 / 4 - inch diameter and smaller 6 10 Brass tubing, 1 1 / 2 - inch diameter and larger 10 10 Cast - iron pipe b 5 15 Copper or copper - alloy pipe 12 10 Copper or copper - alloy tubing, 1 1 / 4 - inch diameter and smaller 6 10 Copper or copper - alloy tubing, 1 1 / 2 - inch diameter and larger 10 10 CPVC pipe or tubing, 1 inch and smaller 3 10 c CPVC pipe or tubing, 1 1 / 4 - inch and larger 4 10 c Lead pipe Continuous 4 PB pipe or tubing 2 2 / 3 (32 inches) 4 PE - RT < 1 inches 2 2 / 3 (32 inches) 10 c PE - RT > 1 1 / 4 inches 4 10 c PEX tubing 2 2 / 3 (32 inches) 10 c GENERAL REGULATIONS Polypropylene (PP) pipe or tubing, 1 inch or smaller 2 2 / 3 (32 inches) 10 c Polypropylene (PP) pipe or tubing 1 1 / 4 inches or larger 4 10 c PVC pipe 4 10 c Steel tubing 8 10 Steel pipe 12 15 For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm. a. See Section 301.18. b. The maximum horizontal spacing of cast - iron pipe hangers shall be increased. c. Mid - story guide. [CONT.]: 305.4 Interval of support. Piping shall be sup ported at distances not exceeding the spacing specified in Table 305.4, or in accordance with ANSI/MSS SP - 58 . TABLE 305.4 PIPING SUPPORT SPACING a PIPING MATERIAL MAXIMUM HORIZONTAL SPACING (feet) MAXIMUM VERTICAL SPACING (feet) ABS pipe 4 10 c Aluminum pipe and tubing 10 15 Brass pipe 10 10 Brass tubing, 1 1 / 4 - inch diameter and smaller 6 10 Brass tubing, 1 1 / 2 - inch diameter and larger 10 10 Cast - iron pipe b 5 15 Copper or copper - alloy pipe 12 10 Copper or copper - alloy tubing, 1 1 / 4 - inch diameter and smaller 6 10 Copper or copper - alloy tubing, 1 1 / 2 - inch diameter and larger 10 10 CPVC pipe or tubing, 1 inch and smaller 3 10 c CPVC pipe or tubing, 1 1 / 4 - inch and larger 4 10 c Lead pipe Continuous 4 PB pipe or tubing 2 2 / 3 (32 inches) 4 PE - RT < 1 inches 2 2 / 3 (32 inches) 10 c PE - RT > 1 1 / 4 inches 4 10 c PEX tubing 2 2 / 3 (32 inches) 10 c GENERAL REGULATIONS Polypropylene (PP) pipe or tubing, 1 inch or smaller 2 2 / 3 (32 inches) 10 c Polypropylene (PP) pipe or tubing 1 1 / 4 inches or larger 4 10 c PVC pipe 4 10 c Steel tubing 8 10 Steel pipe 12 15 For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm. a. See Section 301.18. b. The maximum horizontal spacing of cast - iron pipe hangers shall be increased. c. Mid - story guide. [CONT.]: 305.4 Interval of support. Piping shall be sup ported at distances not exceeding the spacing specified in Table 305.4, or in accordance with ANSI/MSS SP - 58 . TABLE 305.4 PIPING SUPPORT SPACING a PIPING MATERIAL MAXIMUM HORIZONTAL SPACING (feet) MAXIMUM VERTICAL SPACING (feet) ABS pipe 4 10 c Aluminum pipe and tubing 10 15 Brass pipe 10 10 Brass tubing, 1 1 / 4 - inch diameter and smaller 6 10 Brass tubing, 1 1 / 2 - inch diameter and larger 10 10 Cast - iron pipe b 5 15 Copper or copper - alloy pipe 12 10 Copper or copper - alloy tubing, 1 1 / 4 - inch diameter and smaller 6 10 Copper or copper - alloy tubing, 1 1 / 2 - inch diameter and larger 10 10 CPVC pipe or tubing, 1 inch and smaller 3 10 c CPVC pipe or tubing, 1 1 / 4 - inch and larger 4 10 c Lead pipe Continuous 4 PB pipe or tubing 2 2 / 3 (32 inches) 4 PE - RT < 1 inches 2 2 / 3 (32 inches) 10 c PE - RT > 1 1 / 4 inches 4 10 c PEX tubing 2 2 / 3 (32 inches) 10 c GENERAL REGULATIONS Polypropylene (PP) pipe or tubing, 1 inch or smaller 2 2 / 3 (32 inches) 10 c Polypropylene (PP) pipe or tubing 1 1 / 4 inches or larger 4 10 c PVC pipe 4 10 c Steel tubing 8 10 Steel pipe 12 15 For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm. a. See Section 301.18. b. The maximum horizontal spacing of cast - iron pipe hangers shall be increased. c. Mid - story guide. [CONT.]: 305.4 Interval of support. Piping shall be sup ported at distances not exceeding the spacing specified in Table 305.4, or in accordance with ANSI/MSS SP - 58 . TABLE 305.4 PIPING SUPPORT SPACING a PIPING MATERIAL MAXIMUM HORIZONTAL SPACING (feet) MAXIMUM VERTICAL SPACING (feet) ABS pipe 4 10 c Aluminum pipe and tubing 10 15 Brass pipe 10 10 Brass tubing, 1 1 / 4 - inch diameter and smaller 6 10 Brass tubing, 1 1 / 2 - inch diameter and larger 10 10 Cast - iron pipe b 5 15 Copper or copper - alloy pipe 12 10 Copper or copper - alloy tubing, 1 1 / 4 - inch diameter and smaller 6 10 Copper or copper - alloy tubing, 1 1 / 2 - inch diameter and larger 10 10 CPVC pipe or tubing, 1 inch and smaller 3 10 c CPVC pipe or tubing, 1 1 / 4 - inch and larger 4 10 c Lead pipe Continuous 4 PB pipe or tubing 2 2 / 3 (32 inches) 4 PE - RT < 1 inches 2 2 / 3 (32 inches) 10 c PE - RT > 1 1 / 4 inches 4 10 c PEX tubing 2 2 / 3 (32 inches) 10 c GENERAL REGULATIONS Polypropylene (PP) pipe or tubing, 1 inch or smaller 2 2 / 3 (32 inches) 10 c Polypropylene (PP) pipe or tubing 1 1 / 4 inches or larger 4 10 c PVC pipe 4 10 c Steel tubing 8 10 Steel pipe 12 15 For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm. a. See Section 301.18. b. The maximum horizontal spacing of cast - iron pipe hangers shall be increased. c. Mid - story guide. [CONT.]: 305.4 Interval of support. Piping shall be sup ported at distances not exceeding the spacing specified in Table 305.4, or in accordance with ANSI/MSS SP - 58 . TABLE 305.4 PIPING SUPPORT SPACING a PIPING MATERIAL MAXIMUM HORIZONTAL SPACING (feet) MAXIMUM VERTICAL SPACING (feet) ABS pipe 4 10 c Aluminum pipe and tubing 10 15 Brass pipe 10 10 Brass tubing, 1 1 / 4 - inch diameter and smaller 6 10 Brass tubing, 1 1 / 2 - inch diameter and larger 10 10 Cast - iron pipe b 5 15 Copper or copper - alloy pipe 12 10 Copper or copper - alloy tubing, 1 1 / 4 - inch diameter and smaller 6 10 Copper or copper - alloy tubing, 1 1 / 2 - inch diameter and larger 10 10 CPVC pipe or tubing, 1 inch and smaller 3 10 c CPVC pipe or tubing, 1 1 / 4 - inch and larger 4 10 c Lead pipe Continuous 4 PB pipe or tubing 2 2 / 3 (32 inches) 4 PE - RT < 1 inches 2 2 / 3 (32 inches) 10 c PE - RT > 1 1 / 4 inches 4 10 c PEX tubing 2 2 / 3 (32 inches) 10 c GENERAL REGULATIONS Polypropylene (PP) pipe or tubing, 1 inch or smaller 2 2 / 3 (32 inches) 10 c Polypropylene (PP) pipe or tubing 1 1 / 4 inches or larger 4 10 c PVC pipe 4 10 c Steel tubing 8 10 Steel pipe 12 15 For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm. a. See Section 301.18. b. The maximum horizontal spacing of cast - iron pipe hangers shall be increased. c. Mid - story guide. [CONT.]: 305.4 Interval of support. Piping shall be sup ported at distances not exceeding the spacing specified in Table 305.4, or in accordance with ANSI/MSS SP - 58 . TABLE 305.4 PIPING SUPPORT SPACING a PIPING MATERIAL MAXIMUM HORIZONTAL SPACING (feet) MAXIMUM VERTICAL SPACING (feet) ABS pipe 4 10 c Aluminum pipe and tubing 10 15 Brass pipe 10 10 Brass tubing, 1 1 / 4 - inch diameter and smaller 6 10 Brass tubing, 1 1 / 2 - inch diameter and larger 10 10 Cast - iron pipe b 5 15 Copper or copper - alloy pipe 12 10 Copper or copper - alloy tubing, 1 1 / 4 - inch diameter and smaller 6 10 Copper or copper - alloy tubing, 1 1 / 2 - inch diameter and larger 10 10 CPVC pipe or tubing, 1 inch and smaller 3 10 c CPVC pipe or tubing, 1 1 / 4 - inch and larger 4 10 c Lead pipe Continuous 4 PB pipe or tubing 2 2 / 3 (32 inches) 4 PE - RT < 1 inches 2 2 / 3 (32 inches) 10 c PE - RT > 1 1 / 4 inches 4 10 c PEX tubing 2 2 / 3 (32 inches) 10 c GENERAL REGULATIONS Polypropylene (PP) pipe or tubing, 1 inch or smaller 2 2 / 3 (32 inches) 10 c Polypropylene (PP) pipe or tubing 1 1 / 4 inches or larger 4 10 c PVC pipe 4 10 c Steel tubing 8 10 Steel pipe 12 15 For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm. a. See Section 301.18. b. The maximum horizontal spacing of cast - iron pipe hangers shall be increased. c. Mid - story guide. [CONT.]: 305.4 Interval of support. Piping shall be sup ported at distances not exceeding the spacing specified in Table 305.4, or in accordance with ANSI/MSS SP - 58 . TABLE 305.4 PIPING SUPPORT SPACING a PIPING MATERIAL MAXIMUM HORIZONTAL SPACING (feet) MAXIMUM VERTICAL SPACING (feet) ABS pipe 4 10 c Aluminum pipe and tubing 10 15 Brass pipe 10 10 Brass tubing, 1 1 / 4 - inch diameter and smaller 6 10 Brass tubing, 1 1 / 2 - inch diameter and larger 10 10 Cast - iron pipe b 5 15 Copper or copper - alloy pipe 12 10 Copper or copper - alloy tubing, 1 1 / 4 - inch diameter and smaller 6 10 Copper or copper - alloy tubing, 1 1 / 2 - inch diameter and larger 10 10 CPVC pipe or tubing, 1 inch and smaller 3 10 c CPVC pipe or tubing, 1 1 / 4 - inch and larger 4 10 c Lead pipe Continuous 4 PB pipe or tubing 2 2 / 3 (32 inches) 4 PE - RT < 1 inches 2 2 / 3 (32 inches) 10 c PE - RT > 1 1 / 4 inches 4 10 c PEX tubing 2 2 / 3 (32 inches) 10 c GENERAL REGULATIONS Polypropylene (PP) pipe or tubing, 1 inch or smaller 2 2 / 3 (32 inches) 10 c Polypropylene (PP) pipe or tubing 1 1 / 4 inches or larger 4 10 c PVC pipe 4 10 c Steel tubing 8 10 Steel pipe 12 15 For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm. a. See Section 301.18. b. The maximum horizontal spacing of cast - iron pipe hangers shall be increased. c. Mid - story guide. [CONT.]: 305.4 Interval of support. Piping shall be sup ported at distances not exceeding the spacing specified in Table 305.4, or in accordance with ANSI/MSS SP - 58 . TABLE 305.4 PIPING SUPPORT SPACING a PIPING MATERIAL MAXIMUM HORIZONTAL SPACING (feet) MAXIMUM VERTICAL SPACING (feet) ABS pipe 4 10 c Aluminum pipe and tubing 10 15 Brass pipe 10 10 Brass tubing, 1 1 / 4 - inch diameter and smaller 6 10 Brass tubing, 1 1 / 2 - inch diameter and larger 10 10 Cast - iron pipe b 5 15 Copper or copper - alloy pipe 12 10 Copper or copper - alloy tubing, 1 1 / 4 - inch diameter and smaller 6 10 Copper or copper - alloy tubing, 1 1 / 2 - inch diameter and larger 10 10 CPVC pipe or tubing, 1 inch and smaller 3 10 c CPVC pipe or tubing, 1 1 / 4 - inch and larger 4 10 c Lead pipe Continuous 4 PB pipe or tubing 2 2 / 3 (32 inches) 4 PE - RT < 1 inches 2 2 / 3 (32 inches) 10 c PE - RT > 1 1 / 4 inches 4 10 c PEX tubing 2 2 / 3 (32 inches) 10 c GENERAL REGULATIONS Polypropylene (PP) pipe or tubing, 1 inch or smaller 2 2 / 3 (32 inches) 10 c Polypropylene (PP) pipe or tubing 1 1 / 4 inches or larger 4 10 c PVC pipe 4 10 c Steel tubing 8 10 Steel pipe 12 15 For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm. a. See Section 301.18. b. The maximum horizontal spacing of cast - iron pipe hangers shall be increased. c. Mid - story guide. [CONT.]: 305.4 Interval of support. Piping shall be sup ported at distances not exceeding the spacing specified in Table 305.4, or in accordance with ANSI/MSS SP - 58 . TABLE 305.4 PIPING SUPPORT SPACING a PIPING MATERIAL MAXIMUM HORIZONTAL SPACING (feet) MAXIMUM VERTICAL SPACING (feet) ABS pipe 4 10 c Aluminum pipe and tubing 10 15 Brass pipe 10 10 Brass tubing, 1 1 / 4 - inch diameter and smaller 6 10 Brass tubing, 1 1 / 2 - inch diameter and larger 10 10 Cast - iron pipe b 5 15 Copper or copper - alloy pipe 12 10 Copper or copper - alloy tubing, 1 1 / 4 - inch diameter and smaller 6 10 Copper or copper - alloy tubing, 1 1 / 2 - inch diameter and larger 10 10 CPVC pipe or tubing, 1 inch and smaller 3 10 c CPVC pipe or tubing, 1 1 / 4 - inch and larger 4 10 c Lead pipe Continuous 4 PB pipe or tubing 2 2 / 3 (32 inches) 4 PE - RT < 1 inches 2 2 / 3 (32 inches) 10 c PE - RT > 1 1 / 4 inches 4 10 c PEX tubing 2 2 / 3 (32 inches) 10 c GENERAL REGULATIONS Polypropylene (PP) pipe or tubing, 1 inch or smaller 2 2 / 3 (32 inches) 10 c Polypropylene (PP) pipe or tubing 1 1 / 4 inches or larger 4 10 c PVC pipe 4 10 c Steel tubing 8 10 Steel pipe 12 15 For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm. a. See Section 301.18. b. The maximum horizontal spacing of cast - iron pipe hangers shall be increased. c. Mid - story guide. [CONT.]: 305.4 Interval of support. Piping shall be sup ported at distances not exceeding the spacing specified in Table 305.4, or in accordance with ANSI/MSS SP - 58 . TABLE 305.4 PIPING SUPPORT SPACING a PIPING MATERIAL MAXIMUM HORIZONTAL SPACING (feet) MAXIMUM VERTICAL SPACING (feet) ABS pipe 4 10 c Aluminum pipe and tubing 10 15 Brass pipe 10 10 Brass tubing, 1 1 / 4 - inch diameter and smaller 6 10 Brass tubing, 1 1 / 2 - inch diameter and larger 10 10 Cast - iron pipe b 5 15 Copper or copper - alloy pipe 12 10 Copper or copper - alloy tubing, 1 1 / 4 - inch diameter and smaller 6 10 Copper or copper - alloy tubing, 1 1 / 2 - inch diameter and larger 10 10 CPVC pipe or tubing, 1 inch and smaller 3 10 c CPVC pipe or tubing, 1 1 / 4 - inch and larger 4 10 c Lead pipe Continuous 4 PB pipe or tubing 2 2 / 3 (32 inches) 4 PE - RT < 1 inches 2 2 / 3 (32 inches) 10 c PE - RT > 1 1 / 4 inches 4 10 c PEX tubing 2 2 / 3 (32 inches) 10 c GENERAL REGULATIONS Polypropylene (PP) pipe or tubing, 1 inch or smaller 2 2 / 3 (32 inches) 10 c Polypropylene (PP) pipe or tubing 1 1 / 4 inches or larger 4 10 c PVC pipe 4 10 c Steel tubing 8 10 Steel pipe 12 15 For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm. a. See Section 301.18. b. The maximum horizontal spacing of cast - iron pipe hangers shall be increased. c. Mid - story guide. [CONT.]: 305.4 Interval of support. Piping shall be sup ported at distances not exceeding the spacing specified in Table 305.4, or in accordance with ANSI/MSS SP - 58 . TABLE 305.4 PIPING SUPPORT SPACING a PIPING MATERIAL MAXIMUM HORIZONTAL SPACING (feet) MAXIMUM VERTICAL SPACING (feet) ABS pipe 4 10 c Aluminum pipe and tubing 10 15 Brass pipe 10 10 Brass tubing, 1 1 / 4 - inch diameter and smaller 6 10 Brass tubing, 1 1 / 2 - inch diameter and larger 10 10 Cast - iron pipe b 5 15 Copper or copper - alloy pipe 12 10 Copper or copper - alloy tubing, 1 1 / 4 - inch diameter and smaller 6 10 Copper or copper - alloy tubing, 1 1 / 2 - inch diameter and larger 10 10 CPVC pipe or tubing, 1 inch and smaller 3 10 c CPVC pipe or tubing, 1 1 / 4 - inch and larger 4 10 c Lead pipe Continuous 4 PB pipe or tubing 2 2 / 3 (32 inches) 4 PE - RT < 1 inches 2 2 / 3 (32 inches) 10 c PE - RT > 1 1 / 4 inches 4 10 c PEX tubing 2 2 / 3 (32 inches) 10 c GENERAL REGULATIONS Polypropylene (PP) pipe or tubing, 1 inch or smaller 2 2 / 3 (32 inches) 10 c Polypropylene (PP) pipe or tubing 1 1 / 4 inches or larger 4 10 c PVC pipe 4 10 c Steel tubing 8 10 Steel pipe 12 15 For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm. a. See Section 301.18. b. The maximum horizontal spacing of cast - iron pipe hangers shall be increased. c. Mid - story guide. [CONT.]: 305.4 Interval of support. Piping shall be sup ported at distances not exceeding the spacing specified in Table 305.4, or in accordance with ANSI/MSS SP - 58 . TABLE 305.4 PIPING SUPPORT SPACING a PIPING MATERIAL MAXIMUM HORIZONTAL SPACING (feet) MAXIMUM VERTICAL SPACING (feet) ABS pipe 4 10 c Aluminum pipe and tubing 10 15 Brass pipe 10 10 Brass tubing, 1 1 / 4 - inch diameter and smaller 6 10 Brass tubing, 1 1 / 2 - inch diameter and larger 10 10 Cast - iron pipe b 5 15 Copper or copper - alloy pipe 12 10 Copper or copper - alloy tubing, 1 1 / 4 - inch diameter and smaller 6 10 Copper or copper - alloy tubing, 1 1 / 2 - inch diameter and larger 10 10 CPVC pipe or tubing, 1 inch and smaller 3 10 c CPVC pipe or tubing, 1 1 / 4 - inch and larger 4 10 c Lead pipe Continuous 4 PB pipe or tubing 2 2 / 3 (32 inches) 4 PE - RT < 1 inches 2 2 / 3 (32 inches) 10 c PE - RT > 1 1 / 4 inches 4 10 c PEX tubing 2 2 / 3 (32 inches) 10 c GENERAL REGULATIONS Polypropylene (PP) pipe or tubing, 1 inch or smaller 2 2 / 3 (32 inches) 10 c Polypropylene (PP) pipe or tubing 1 1 / 4 inches or larger 4 10 c PVC pipe 4 10 c Steel tubing 8 10 Steel pipe 12 15 For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm. a. See Section 301.18. b. The maximum horizontal spacing of cast - iron pipe hangers shall be increased. c. Mid - story guide. [CONT.]: 305.4 NAIMA North American Insulation Manufacturers Association 44 Canal Center Plaza, Suite 310 Alexandria, VA 22314 Standard Referenced reference in code number Title section number AH116 \u2014 09 Fibrous Glass Duct Construction Standards ..................................................................................... 603.5, 603.9 NBBI National Board of Boiler and Pressure Vessel Inspectors 1055 Crupper Avenue Columbus, OH 43229 - 1183 Standard Referenced reference in code number Title section number \u2021 NBIC\u2014 2011 National Board Inspection Code , Part 2 and Part 3 ...................................................... 1003.3, 1011.1.1, 1011.3 NFPA National Fire Protection Association 1 Batterymarch Park Quincy, MA 02169 - 7471 Standard Referenced reference in code number Title section number 10 \u2014 13 Portable Fire Extinguishers ........................................................................................................................ [CONT.]: 305.4 NAIMA North American Insulation Manufacturers Association 44 Canal Center Plaza, Suite 310 Alexandria, VA 22314 Standard Referenced reference in code number Title section number AH116 \u2014 09 Fibrous Glass Duct Construction Standards ..................................................................................... 603.5, 603.9 NBBI National Board of Boiler and Pressure Vessel Inspectors 1055 Crupper Avenue Columbus, OH 43229 - 1183 Standard Referenced reference in code number Title section number \u2021 NBIC\u2014 2011 National Board Inspection Code , Part 2 and Part 3 ...................................................... 1003.3, 1011.1.1, 1011.3 NFPA National Fire Protection Association 1 Batterymarch Park Quincy, MA 02169 - 7471 Standard Referenced reference in code number Title section number 10 \u2014 13 Portable Fire Extinguishers ........................................................................................................................ [CONT.]: 305.4 NAIMA North American Insulation Manufacturers Association 44 Canal Center Plaza, Suite 310 Alexandria, VA 22314 Standard Referenced reference in code number Title section number AH116 \u2014 09 Fibrous Glass Duct Construction Standards ..................................................................................... 603.5, 603.9 NBBI National Board of Boiler and Pressure Vessel Inspectors 1055 Crupper Avenue Columbus, OH 43229 - 1183 Standard Referenced reference in code number Title section number \u2021 NBIC\u2014 2011 National Board Inspection Code , Part 2 and Part 3 ...................................................... 1003.3, 1011.1.1, 1011.3 NFPA National Fire Protection Association 1 Batterymarch Park Quincy, MA 02169 - 7471 Standard Referenced reference in code number Title section number 10 \u2014 13 Portable Fire Extinguishers ........................................................................................................................ [CONT.]: 305.4 NAIMA North American Insulation Manufacturers Association 44 Canal Center Plaza, Suite 310 Alexandria, VA 22314 Standard Referenced reference in code number Title section number AH116 \u2014 09 Fibrous Glass Duct Construction Standards ..................................................................................... 603.5, 603.9 NBBI National Board of Boiler and Pressure Vessel Inspectors 1055 Crupper Avenue Columbus, OH 43229 - 1183 Standard Referenced reference in code number Title section number \u2021 NBIC\u2014 2011 National Board Inspection Code , Part 2 and Part 3 ...................................................... 1003.3, 1011.1.1, 1011.3 NFPA National Fire Protection Association 1 Batterymarch Park Quincy, MA 02169 - 7471 Standard Referenced reference in code number Title section number 10 \u2014 13 Portable Fire Extinguishers ........................................................................................................................",
    "metadata": {
      "section_full": "305.4",
      "parent_major": "305",
      "parent_minor": "305.4",
      "source": "027.txt"
    }
  },
  {
    "id": "305.5",
    "text": "CONTEXT: 305 > 305.5 | CONTENT: 305.5 305.5 Protection against physical damage. In concealed locations where piping, other than cast - iron or steel, is installed through holes or notches in studs, joists, rafters or similar members less than 1 1 / 2 inches (38.1 mm) from the nearest edge of the me mber, the pipe shall be protected by shield plates. Protective steel shield plates having a minimum thickness of 0.0575 inch (1.463 mm) (No. 16 gage) shall cover the area of the pipe where the member is notched or bored, and shall extend not less than 2 in ches (50.8 mm) above sole plates and below top plates. SECTION MC 306 ACCESS AND SERVICE SPACE [CONT.]: 305.5 Protection against physical damage. In concealed locations where piping, other than cast - iron or steel, is installed through holes or notches in studs, joists, rafters or similar members less than 1 1 / 2 inches (38.1 mm) from the nearest edge of the me mber, the pipe shall be protected by shield plates. Protective steel shield plates having a minimum thickness of 0.0575 inch (1.463 mm) (No. 16 gage) shall cover the area of the pipe where the member is notched or bored, and shall extend not less than 2 in ches (50.8 mm) above sole plates and below top plates. SECTION MC 306 ACCESS AND SERVICE SPACE [CONT.]: 305.5 Protection against physical damage. In concealed locations where piping, other than cast - iron or steel, is installed through holes or notches in studs, joists, rafters or similar members less than 1 1 / 2 inches (38.1 mm) from the nearest edge of the me mber, the pipe shall be protected by shield plates. Protective steel shield plates having a minimum thickness of 0.0575 inch (1.463 mm) (No. 16 gage) shall cover the area of the pipe where the member is notched or bored, and shall extend not less than 2 in ches (50.8 mm) above sole plates and below top plates. SECTION MC 306 ACCESS AND SERVICE SPACE [CONT.]: 305.5 Protection against physical damage. In concealed locations where piping, other than cast - iron or steel, is installed through holes or notches in studs, joists, rafters or similar members less than 1 1 / 2 inches (38.1 mm) from the nearest edge of the me mber, the pipe shall be protected by shield plates. Protective steel shield plates having a minimum thickness of 0.0575 inch (1.463 mm) (No. 16 gage) shall cover the area of the pipe where the member is notched or bored, and shall extend not less than 2 in ches (50.8 mm) above sole plates and below top plates. SECTION MC 306 ACCESS AND SERVICE SPACE [CONT.]: 305.5 Protection against physical damage. In concealed locations where piping, other than cast - iron or steel, is installed through holes or notches in studs, joists, rafters or similar members less than 1 1 / 2 inches (38.1 mm) from the nearest edge of the me mber, the pipe shall be protected by shield plates. Protective steel shield plates having a minimum thickness of 0.0575 inch (1.463 mm) (No. 16 gage) shall cover the area of the pipe where the member is notched or bored, and shall extend not less than 2 in ches (50.8 mm) above sole plates and below top plates. SECTION MC 306 ACCESS AND SERVICE SPACE [CONT.]: 305.5 Protection against physical damage. In concealed locations where piping, other than cast - iron or steel, is installed through holes or notches in studs, joists, rafters or similar members less than 1 1 / 2 inches (38.1 mm) from the nearest edge of the me mber, the pipe shall be protected by shield plates. Protective steel shield plates having a minimum thickness of 0.0575 inch (1.463 mm) (No. 16 gage) shall cover the area of the pipe where the member is notched or bored, and shall extend not less than 2 in ches (50.8 mm) above sole plates and below top plates. SECTION MC 306 ACCESS AND SERVICE SPACE [CONT.]: 305.5 Protection against physical damage. In concealed locations where piping, other than cast - iron or steel, is installed through holes or notches in studs, joists, rafters or similar members less than 1 1 / 2 inches (38.1 mm) from the nearest edge of the me mber, the pipe shall be protected by shield plates. Protective steel shield plates having a minimum thickness of 0.0575 inch (1.463 mm) (No. 16 gage) shall cover the area of the pipe where the member is notched or bored, and shall extend not less than 2 in ches (50.8 mm) above sole plates and below top plates. SECTION MC 306 ACCESS AND SERVICE SPACE [CONT.]: 305.5 Protection against physical damage. In concealed locations where piping, other than cast - iron or steel, is installed through holes or notches in studs, joists, rafters or similar members less than 1 1 / 2 inches (38.1 mm) from the nearest edge of the me mber, the pipe shall be protected by shield plates. Protective steel shield plates having a minimum thickness of 0.0575 inch (1.463 mm) (No. 16 gage) shall cover the area of the pipe where the member is notched or bored, and shall extend not less than 2 in ches (50.8 mm) above sole plates and below top plates. SECTION MC 306 ACCESS AND SERVICE SPACE [CONT.]: 305.5 Protection against physical damage. In concealed locations where piping, other than cast - iron or steel, is installed through holes or notches in studs, joists, rafters or similar members less than 1 1 / 2 inches (38.1 mm) from the nearest edge of the me mber, the pipe shall be protected by shield plates. Protective steel shield plates having a minimum thickness of 0.0575 inch (1.463 mm) (No. 16 gage) shall cover the area of the pipe where the member is notched or bored, and shall extend not less than 2 in ches (50.8 mm) above sole plates and below top plates. SECTION MC 306 ACCESS AND SERVICE SPACE [CONT.]: 305.5 Protection against physical damage. In concealed locations where piping, other than cast - iron or steel, is installed through holes or notches in studs, joists, rafters or similar members less than 1 1 / 2 inches (38.1 mm) from the nearest edge of the me mber, the pipe shall be protected by shield plates. Protective steel shield plates having a minimum thickness of 0.0575 inch (1.463 mm) (No. 16 gage) shall cover the area of the pipe where the member is notched or bored, and shall extend not less than 2 in ches (50.8 mm) above sole plates and below top plates. SECTION MC 306 ACCESS AND SERVICE SPACE [CONT.]: 305.5 Protection against physical damage. In concealed locations where piping, other than cast - iron or steel, is installed through holes or notches in studs, joists, rafters or similar members less than 1 1 / 2 inches (38.1 mm) from the nearest edge of the me mber, the pipe shall be protected by shield plates. Protective steel shield plates having a minimum thickness of 0.0575 inch (1.463 mm) (No. 16 gage) shall cover the area of the pipe where the member is notched or bored, and shall extend not less than 2 in ches (50.8 mm) above sole plates and below top plates. SECTION MC 306 ACCESS AND SERVICE SPACE [CONT.]: 305.5 Protection against physical damage. In concealed locations where piping, other than cast - iron or steel, is installed through holes or notches in studs, joists, rafters or similar members less than 1 1 / 2 inches (38.1 mm) from the nearest edge of the me mber, the pipe shall be protected by shield plates. Protective steel shield plates having a minimum thickness of 0.0575 inch (1.463 mm) (No. 16 gage) shall cover the area of the pipe where the member is notched or bored, and shall extend not less than 2 in ches (50.8 mm) above sole plates and below top plates. SECTION MC 306 ACCESS AND SERVICE SPACE [CONT.]: 305.5 Protection against physical damage. In concealed locations where piping, other than cast - iron or steel, is installed through holes or notches in studs, joists, rafters or similar members less than 1 1 / 2 inches (38.1 mm) from the nearest edge of the me mber, the pipe shall be protected by shield plates. Protective steel shield plates having a minimum thickness of 0.0575 inch (1.463 mm) (No. 16 gage) shall cover the area of the pipe where the member is notched or bored, and shall extend not less than 2 in ches (50.8 mm) above sole plates and below top plates. SECTION MC 306 ACCESS AND SERVICE SPACE",
    "metadata": {
      "section_full": "305.5",
      "parent_major": "305",
      "parent_minor": "305.5",
      "source": "027.txt"
    }
  },
  {
    "id": "306.1",
    "text": "CONTEXT: 306 > 306.1 | CONTENT: 306.1 306.1 Access. Appliances, control devices, heat exchangers and HVAC system components that require maintenance shall be accessible for inspection, service, repair and replacement without disabling the function of a fire - resistance - rated assembly or removing permanent construction, other appliances, venting systems or any other piping or ducts not connected to the appliance being inspected, serviced, repaired or replaced. A level working space not less than 30 inches deep and 30 inches wide (762 mm by 762 mm) shall be provided in front of the control side to service an appliance. Clearance shall also be provided as required by the New York City Electri cal Code . [CONT.]: 306.1 Access. Appliances, control devices, heat exchangers and HVAC system components that require maintenance shall be accessible for inspection, service, repair and replacement without disabling the function of a fire - resistance - rated assembly or removing permanent construction, other appliances, venting systems or any other piping or ducts not connected to the appliance being inspected, serviced, repaired or replaced. A level working space not less than 30 inches deep and 30 inches wide (762 mm by 762 mm) shall be provided in front of the control side to service an appliance. Clearance shall also be provided as required by the New York City Electri cal Code . [CONT.]: 306.1 Access. Appliances, control devices, heat exchangers and HVAC system components that require maintenance shall be accessible for inspection, service, repair and replacement without disabling the function of a fire - resistance - rated assembly or removing permanent construction, other appliances, venting systems or any other piping or ducts not connected to the appliance being inspected, serviced, repaired or replaced. A level working space not less than 30 inches deep and 30 inches wide (762 mm by 762 mm) shall be provided in front of the control side to service an appliance. Clearance shall also be provided as required by the New York City Electri cal Code . [CONT.]: 306.1 Access. Appliances, control devices, heat exchangers and HVAC system components that require maintenance shall be accessible for inspection, service, repair and replacement without disabling the function of a fire - resistance - rated assembly or removing permanent construction, other appliances, venting systems or any other piping or ducts not connected to the appliance being inspected, serviced, repaired or replaced. A level working space not less than 30 inches deep and 30 inches wide (762 mm by 762 mm) shall be provided in front of the control side to service an appliance. Clearance shall also be provided as required by the New York City Electri cal Code . [CONT.]: 306.1 Access. Appliances, control devices, heat exchangers and HVAC system components that require maintenance shall be accessible for inspection, service, repair and replacement without disabling the function of a fire - resistance - rated assembly or removing permanent construction, other appliances, venting systems or any other piping or ducts not connected to the appliance being inspected, serviced, repaired or replaced. A level working space not less than 30 inches deep and 30 inches wide (762 mm by 762 mm) shall be provided in front of the control side to service an appliance. Clearance shall also be provided as required by the New York City Electri cal Code . [CONT.]: 306.1 Access. Appliances, control devices, heat exchangers and HVAC system components that require maintenance shall be accessible for inspection, service, repair and replacement without disabling the function of a fire - resistance - rated assembly or removing permanent construction, other appliances, venting systems or any other piping or ducts not connected to the appliance being inspected, serviced, repaired or replaced. A level working space not less than 30 inches deep and 30 inches wide (762 mm by 762 mm) shall be provided in front of the control side to service an appliance. Clearance shall also be provided as required by the New York City Electri cal Code . [CONT.]: 306.1 Access. Appliances, control devices, heat exchangers and HVAC system components that require maintenance shall be accessible for inspection, service, repair and replacement without disabling the function of a fire - resistance - rated assembly or removing permanent construction, other appliances, venting systems or any other piping or ducts not connected to the appliance being inspected, serviced, repaired or replaced. A level working space not less than 30 inches deep and 30 inches wide (762 mm by 762 mm) shall be provided in front of the control side to service an appliance. Clearance shall also be provided as required by the New York City Electri cal Code . [CONT.]: 306.1 Access. Appliances, control devices, heat exchangers and HVAC system components that require maintenance shall be accessible for inspection, service, repair and replacement without disabling the function of a fire - resistance - rated assembly or removing permanent construction, other appliances, venting systems or any other piping or ducts not connected to the appliance being inspected, serviced, repaired or replaced. A level working space not less than 30 inches deep and 30 inches wide (762 mm by 762 mm) shall be provided in front of the control side to service an appliance. Clearance shall also be provided as required by the New York City Electri cal Code . [CONT.]: 306.1 Access. Appliances, control devices, heat exchangers and HVAC system components that require maintenance shall be accessible for inspection, service, repair and replacement without disabling the function of a fire - resistance - rated assembly or removing permanent construction, other appliances, venting systems or any other piping or ducts not connected to the appliance being inspected, serviced, repaired or replaced. A level working space not less than 30 inches deep and 30 inches wide (762 mm by 762 mm) shall be provided in front of the control side to service an appliance. Clearance shall also be provided as required by the New York City Electri cal Code . [CONT.]: 306.1 Access. Appliances, control devices, heat exchangers and HVAC system components that require maintenance shall be accessible for inspection, service, repair and replacement without disabling the function of a fire - resistance - rated assembly or removing permanent construction, other appliances, venting systems or any other piping or ducts not connected to the appliance being inspected, serviced, repaired or replaced. A level working space not less than 30 inches deep and 30 inches wide (762 mm by 762 mm) shall be provided in front of the control side to service an appliance. Clearance shall also be provided as required by the New York City Electri cal Code . [CONT.]: 306.1 Access. Appliances, control devices, heat exchangers and HVAC system components that require maintenance shall be accessible for inspection, service, repair and replacement without disabling the function of a fire - resistance - rated assembly or removing permanent construction, other appliances, venting systems or any other piping or ducts not connected to the appliance being inspected, serviced, repaired or replaced. A level working space not less than 30 inches deep and 30 inches wide (762 mm by 762 mm) shall be provided in front of the control side to service an appliance. Clearance shall also be provided as required by the New York City Electri cal Code . [CONT.]: 306.1 Access. Appliances, control devices, heat exchangers and HVAC system components that require maintenance shall be accessible for inspection, service, repair and replacement without disabling the function of a fire - resistance - rated assembly or removing permanent construction, other appliances, venting systems or any other piping or ducts not connected to the appliance being inspected, serviced, repaired or replaced. A level working space not less than 30 inches deep and 30 inches wide (762 mm by 762 mm) shall be provided in front of the control side to service an appliance. Clearance shall also be provided as required by the New York City Electri cal Code . [CONT.]: 306.1 Access. Appliances, control devices, heat exchangers and HVAC system components that require maintenance shall be accessible for inspection, service, repair and replacement without disabling the function of a fire - resistance - rated assembly or removing permanent construction, other appliances, venting systems or any other piping or ducts not connected to the appliance being inspected, serviced, repaired or replaced. A level working space not less than 30 inches deep and 30 inches wide (762 mm by 762 mm) shall be provided in front of the control side to service an appliance. Clearance shall also be provided as required by the New York City Electri cal Code .",
    "metadata": {
      "section_full": "306.1",
      "parent_major": "306",
      "parent_minor": "306.1",
      "source": "027.txt"
    }
  },
  {
    "id": "306.1.1",
    "text": "CONTEXT: 306 > 306.1 | CONTENT: 306.1.1 306.1.1 Central furnaces. Central furnaces within compartments or alcoves shall have a minimum working space clearance of 3 inches (76.2 mm) along the sides, back and top with a total width of the enclosing space being not less than 12 inches (304.8 mm) wider than the furnace. Furnaces having a firebox open to the at mosphere shall have not less than 6 inches (152.4 mm) working space along the front combustion chamber side. Combustion air openings at the rear or side of the compartment shall comply with the requirements of Chapter 7. Exception: This section shall not a pply to replacement appliances installed in existing compartments and alcoves where the working space clearances are in accordance with the equipment or appliance manufacturer\u2019s instructions. [CONT.]: 306.1.1 Central furnaces. Central furnaces within compartments or alcoves shall have a minimum working space clearance of 3 inches (76.2 mm) along the sides, back and top with a total width of the enclosing space being not less than 12 inches (304.8 mm) wider than the furnace. Furnaces having a firebox open to the at mosphere shall have not less than 6 inches (152.4 mm) working space along the front combustion chamber side. Combustion air openings at the rear or side of the compartment shall comply with the requirements of Chapter 7. Exception: This section shall not a pply to replacement appliances installed in existing compartments and alcoves where the working space clearances are in accordance with the equipment or appliance manufacturer\u2019s instructions. [CONT.]: 306.1.1 Central furnaces. Central furnaces within compartments or alcoves shall have a minimum working space clearance of 3 inches (76.2 mm) along the sides, back and top with a total width of the enclosing space being not less than 12 inches (304.8 mm) wider than the furnace. Furnaces having a firebox open to the at mosphere shall have not less than 6 inches (152.4 mm) working space along the front combustion chamber side. Combustion air openings at the rear or side of the compartment shall comply with the requirements of Chapter 7. Exception: This section shall not a pply to replacement appliances installed in existing compartments and alcoves where the working space clearances are in accordance with the equipment or appliance manufacturer\u2019s instructions. [CONT.]: 306.1.1 Central furnaces. Central furnaces within compartments or alcoves shall have a minimum working space clearance of 3 inches (76.2 mm) along the sides, back and top with a total width of the enclosing space being not less than 12 inches (304.8 mm) wider than the furnace. Furnaces having a firebox open to the at mosphere shall have not less than 6 inches (152.4 mm) working space along the front combustion chamber side. Combustion air openings at the rear or side of the compartment shall comply with the requirements of Chapter 7. Exception: This section shall not a pply to replacement appliances installed in existing compartments and alcoves where the working space clearances are in accordance with the equipment or appliance manufacturer\u2019s instructions. [CONT.]: 306.1.1 Central furnaces. Central furnaces within compartments or alcoves shall have a minimum working space clearance of 3 inches (76.2 mm) along the sides, back and top with a total width of the enclosing space being not less than 12 inches (304.8 mm) wider than the furnace. Furnaces having a firebox open to the at mosphere shall have not less than 6 inches (152.4 mm) working space along the front combustion chamber side. Combustion air openings at the rear or side of the compartment shall comply with the requirements of Chapter 7. Exception: This section shall not a pply to replacement appliances installed in existing compartments and alcoves where the working space clearances are in accordance with the equipment or appliance manufacturer\u2019s instructions. [CONT.]: 306.1.1 Central furnaces. Central furnaces within compartments or alcoves shall have a minimum working space clearance of 3 inches (76.2 mm) along the sides, back and top with a total width of the enclosing space being not less than 12 inches (304.8 mm) wider than the furnace. Furnaces having a firebox open to the at mosphere shall have not less than 6 inches (152.4 mm) working space along the front combustion chamber side. Combustion air openings at the rear or side of the compartment shall comply with the requirements of Chapter 7. Exception: This section shall not a pply to replacement appliances installed in existing compartments and alcoves where the working space clearances are in accordance with the equipment or appliance manufacturer\u2019s instructions. [CONT.]: 306.1.1 Central furnaces. Central furnaces within compartments or alcoves shall have a minimum working space clearance of 3 inches (76.2 mm) along the sides, back and top with a total width of the enclosing space being not less than 12 inches (304.8 mm) wider than the furnace. Furnaces having a firebox open to the at mosphere shall have not less than 6 inches (152.4 mm) working space along the front combustion chamber side. Combustion air openings at the rear or side of the compartment shall comply with the requirements of Chapter 7. Exception: This section shall not a pply to replacement appliances installed in existing compartments and alcoves where the working space clearances are in accordance with the equipment or appliance manufacturer\u2019s instructions. [CONT.]: 306.1.1 Central furnaces. Central furnaces within compartments or alcoves shall have a minimum working space clearance of 3 inches (76.2 mm) along the sides, back and top with a total width of the enclosing space being not less than 12 inches (304.8 mm) wider than the furnace. Furnaces having a firebox open to the at mosphere shall have not less than 6 inches (152.4 mm) working space along the front combustion chamber side. Combustion air openings at the rear or side of the compartment shall comply with the requirements of Chapter 7. Exception: This section shall not a pply to replacement appliances installed in existing compartments and alcoves where the working space clearances are in accordance with the equipment or appliance manufacturer\u2019s instructions. [CONT.]: 306.1.1 Central furnaces. Central furnaces within compartments or alcoves shall have a minimum working space clearance of 3 inches (76.2 mm) along the sides, back and top with a total width of the enclosing space being not less than 12 inches (304.8 mm) wider than the furnace. Furnaces having a firebox open to the at mosphere shall have not less than 6 inches (152.4 mm) working space along the front combustion chamber side. Combustion air openings at the rear or side of the compartment shall comply with the requirements of Chapter 7. Exception: This section shall not a pply to replacement appliances installed in existing compartments and alcoves where the working space clearances are in accordance with the equipment or appliance manufacturer\u2019s instructions. [CONT.]: 306.1.1 Central furnaces. Central furnaces within compartments or alcoves shall have a minimum working space clearance of 3 inches (76.2 mm) along the sides, back and top with a total width of the enclosing space being not less than 12 inches (304.8 mm) wider than the furnace. Furnaces having a firebox open to the at mosphere shall have not less than 6 inches (152.4 mm) working space along the front combustion chamber side. Combustion air openings at the rear or side of the compartment shall comply with the requirements of Chapter 7. Exception: This section shall not a pply to replacement appliances installed in existing compartments and alcoves where the working space clearances are in accordance with the equipment or appliance manufacturer\u2019s instructions. [CONT.]: 306.1.1 Central furnaces. Central furnaces within compartments or alcoves shall have a minimum working space clearance of 3 inches (76.2 mm) along the sides, back and top with a total width of the enclosing space being not less than 12 inches (304.8 mm) wider than the furnace. Furnaces having a firebox open to the at mosphere shall have not less than 6 inches (152.4 mm) working space along the front combustion chamber side. Combustion air openings at the rear or side of the compartment shall comply with the requirements of Chapter 7. Exception: This section shall not a pply to replacement appliances installed in existing compartments and alcoves where the working space clearances are in accordance with the equipment or appliance manufacturer\u2019s instructions. [CONT.]: 306.1.1 Central furnaces. Central furnaces within compartments or alcoves shall have a minimum working space clearance of 3 inches (76.2 mm) along the sides, back and top with a total width of the enclosing space being not less than 12 inches (304.8 mm) wider than the furnace. Furnaces having a firebox open to the at mosphere shall have not less than 6 inches (152.4 mm) working space along the front combustion chamber side. Combustion air openings at the rear or side of the compartment shall comply with the requirements of Chapter 7. Exception: This section shall not a pply to replacement appliances installed in existing compartments and alcoves where the working space clearances are in accordance with the equipment or appliance manufacturer\u2019s instructions. [CONT.]: 306.1.1 Central furnaces. Central furnaces within compartments or alcoves shall have a minimum working space clearance of 3 inches (76.2 mm) along the sides, back and top with a total width of the enclosing space being not less than 12 inches (304.8 mm) wider than the furnace. Furnaces having a firebox open to the at mosphere shall have not less than 6 inches (152.4 mm) working space along the front combustion chamber side. Combustion air openings at the rear or side of the compartment shall comply with the requirements of Chapter 7. Exception: This section shall not a pply to replacement appliances installed in existing compartments and alcoves where the working space clearances are in accordance with the equipment or appliance manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "306.1.1",
      "parent_major": "306",
      "parent_minor": "306.1",
      "source": "027.txt"
    }
  },
  {
    "id": "306.2",
    "text": "CONTEXT: 306 > 306.2 | CONTENT: 306.2 306.2 Appliances in rooms. Rooms containing appliances shall be provided with a door and an unobstructed passageway measuring not less than 36 inches (914.4 mm) wide and 80 inches (2032 mm) high. Exception: Within a dwelling unit, appliances installed in a compartment, alcove, basement or similar space shall be accesse d by an opening or door and an unobstructed passageway measuring not less than 24 inches (609.6 mm) wide and large enough to allow removal of the largest appliance in the space, provided that a level service space of not less than 30 inches (762 mm) deep a nd the height of the appliance, but not less than 30 inches (762 mm), is present at the front or service side of the appliance with the door open. [CONT.]: 306.2 Appliances in rooms. Rooms containing appliances shall be provided with a door and an unobstructed passageway measuring not less than 36 inches (914.4 mm) wide and 80 inches (2032 mm) high. Exception: Within a dwelling unit, appliances installed in a compartment, alcove, basement or similar space shall be accesse d by an opening or door and an unobstructed passageway measuring not less than 24 inches (609.6 mm) wide and large enough to allow removal of the largest appliance in the space, provided that a level service space of not less than 30 inches (762 mm) deep a nd the height of the appliance, but not less than 30 inches (762 mm), is present at the front or service side of the appliance with the door open. [CONT.]: 306.2 Appliances in rooms. Rooms containing appliances shall be provided with a door and an unobstructed passageway measuring not less than 36 inches (914.4 mm) wide and 80 inches (2032 mm) high. Exception: Within a dwelling unit, appliances installed in a compartment, alcove, basement or similar space shall be accesse d by an opening or door and an unobstructed passageway measuring not less than 24 inches (609.6 mm) wide and large enough to allow removal of the largest appliance in the space, provided that a level service space of not less than 30 inches (762 mm) deep a nd the height of the appliance, but not less than 30 inches (762 mm), is present at the front or service side of the appliance with the door open. [CONT.]: 306.2 Appliances in rooms. Rooms containing appliances shall be provided with a door and an unobstructed passageway measuring not less than 36 inches (914.4 mm) wide and 80 inches (2032 mm) high. Exception: Within a dwelling unit, appliances installed in a compartment, alcove, basement or similar space shall be accesse d by an opening or door and an unobstructed passageway measuring not less than 24 inches (609.6 mm) wide and large enough to allow removal of the largest appliance in the space, provided that a level service space of not less than 30 inches (762 mm) deep a nd the height of the appliance, but not less than 30 inches (762 mm), is present at the front or service side of the appliance with the door open. [CONT.]: 306.2 Appliances in rooms. Rooms containing appliances shall be provided with a door and an unobstructed passageway measuring not less than 36 inches (914.4 mm) wide and 80 inches (2032 mm) high. Exception: Within a dwelling unit, appliances installed in a compartment, alcove, basement or similar space shall be accesse d by an opening or door and an unobstructed passageway measuring not less than 24 inches (609.6 mm) wide and large enough to allow removal of the largest appliance in the space, provided that a level service space of not less than 30 inches (762 mm) deep a nd the height of the appliance, but not less than 30 inches (762 mm), is present at the front or service side of the appliance with the door open. [CONT.]: 306.2 Appliances in rooms. Rooms containing appliances shall be provided with a door and an unobstructed passageway measuring not less than 36 inches (914.4 mm) wide and 80 inches (2032 mm) high. Exception: Within a dwelling unit, appliances installed in a compartment, alcove, basement or similar space shall be accesse d by an opening or door and an unobstructed passageway measuring not less than 24 inches (609.6 mm) wide and large enough to allow removal of the largest appliance in the space, provided that a level service space of not less than 30 inches (762 mm) deep a nd the height of the appliance, but not less than 30 inches (762 mm), is present at the front or service side of the appliance with the door open. [CONT.]: 306.2 Appliances in rooms. Rooms containing appliances shall be provided with a door and an unobstructed passageway measuring not less than 36 inches (914.4 mm) wide and 80 inches (2032 mm) high. Exception: Within a dwelling unit, appliances installed in a compartment, alcove, basement or similar space shall be accesse d by an opening or door and an unobstructed passageway measuring not less than 24 inches (609.6 mm) wide and large enough to allow removal of the largest appliance in the space, provided that a level service space of not less than 30 inches (762 mm) deep a nd the height of the appliance, but not less than 30 inches (762 mm), is present at the front or service side of the appliance with the door open. [CONT.]: 306.2 Appliances in rooms. Rooms containing appliances shall be provided with a door and an unobstructed passageway measuring not less than 36 inches (914.4 mm) wide and 80 inches (2032 mm) high. Exception: Within a dwelling unit, appliances installed in a compartment, alcove, basement or similar space shall be accesse d by an opening or door and an unobstructed passageway measuring not less than 24 inches (609.6 mm) wide and large enough to allow removal of the largest appliance in the space, provided that a level service space of not less than 30 inches (762 mm) deep a nd the height of the appliance, but not less than 30 inches (762 mm), is present at the front or service side of the appliance with the door open. [CONT.]: 306.2 Appliances in rooms. Rooms containing appliances shall be provided with a door and an unobstructed passageway measuring not less than 36 inches (914.4 mm) wide and 80 inches (2032 mm) high. Exception: Within a dwelling unit, appliances installed in a compartment, alcove, basement or similar space shall be accesse d by an opening or door and an unobstructed passageway measuring not less than 24 inches (609.6 mm) wide and large enough to allow removal of the largest appliance in the space, provided that a level service space of not less than 30 inches (762 mm) deep a nd the height of the appliance, but not less than 30 inches (762 mm), is present at the front or service side of the appliance with the door open. [CONT.]: 306.2 Appliances in rooms. Rooms containing appliances shall be provided with a door and an unobstructed passageway measuring not less than 36 inches (914.4 mm) wide and 80 inches (2032 mm) high. Exception: Within a dwelling unit, appliances installed in a compartment, alcove, basement or similar space shall be accesse d by an opening or door and an unobstructed passageway measuring not less than 24 inches (609.6 mm) wide and large enough to allow removal of the largest appliance in the space, provided that a level service space of not less than 30 inches (762 mm) deep a nd the height of the appliance, but not less than 30 inches (762 mm), is present at the front or service side of the appliance with the door open. [CONT.]: 306.2 Appliances in rooms. Rooms containing appliances shall be provided with a door and an unobstructed passageway measuring not less than 36 inches (914.4 mm) wide and 80 inches (2032 mm) high. Exception: Within a dwelling unit, appliances installed in a compartment, alcove, basement or similar space shall be accesse d by an opening or door and an unobstructed passageway measuring not less than 24 inches (609.6 mm) wide and large enough to allow removal of the largest appliance in the space, provided that a level service space of not less than 30 inches (762 mm) deep a nd the height of the appliance, but not less than 30 inches (762 mm), is present at the front or service side of the appliance with the door open. [CONT.]: 306.2 Appliances in rooms. Rooms containing appliances shall be provided with a door and an unobstructed passageway measuring not less than 36 inches (914.4 mm) wide and 80 inches (2032 mm) high. Exception: Within a dwelling unit, appliances installed in a compartment, alcove, basement or similar space shall be accesse d by an opening or door and an unobstructed passageway measuring not less than 24 inches (609.6 mm) wide and large enough to allow removal of the largest appliance in the space, provided that a level service space of not less than 30 inches (762 mm) deep a nd the height of the appliance, but not less than 30 inches (762 mm), is present at the front or service side of the appliance with the door open. [CONT.]: 306.2 Appliances in rooms. Rooms containing appliances shall be provided with a door and an unobstructed passageway measuring not less than 36 inches (914.4 mm) wide and 80 inches (2032 mm) high. Exception: Within a dwelling unit, appliances installed in a compartment, alcove, basement or similar space shall be accesse d by an opening or door and an unobstructed passageway measuring not less than 24 inches (609.6 mm) wide and large enough to allow removal of the largest appliance in the space, provided that a level service space of not less than 30 inches (762 mm) deep a nd the height of the appliance, but not less than 30 inches (762 mm), is present at the front or service side of the appliance with the door open.",
    "metadata": {
      "section_full": "306.2",
      "parent_major": "306",
      "parent_minor": "306.2",
      "source": "027.txt"
    }
  },
  {
    "id": "306.3",
    "text": "CONTEXT: 306 > 306.3 | CONTENT: 306.3 306.3 Appliances in attics. Attics containing appliances shall be provided with an opening and unobstructed p assageway large enough to allow removal of the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide and not more than 20 feet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. center to center from another hole or less than 10 inches (254 mm) from the bearing end. [CONT.]: 306.3 Appliances in attics. Attics containing appliances shall be provided with an opening and unobstructed p assageway large enough to allow removal of the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide and not more than 20 feet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. center to center from another hole or less than 10 inches (254 mm) from the bearing end. [CONT.]: 306.3 Appliances in attics. Attics containing appliances shall be provided with an opening and unobstructed p assageway large enough to allow removal of the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide and not more than 20 feet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. GENERAL REGULATIONS Exceptions: 1. The passageway and level service space are not required whe re the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less than 6 feet (1828.8 mm) high and 24 inches (609.6 mm) wide for its entire length, the passageway shall be not great er than 50 feet (15 250 mm) in length. [CONT.]: 306.3 Appliances in attics. Attics containing appliances shall be provided with an opening and unobstructed p assageway large enough to allow removal of the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide and not more than 20 feet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. GENERAL REGULATIONS Exceptions: 1. The passageway and level service space are not required whe re the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less than 6 feet (1828.8 mm) high and 24 inches (609.6 mm) wide for its entire length, the passageway shall be not great er than 50 feet (15 250 mm) in length. [CONT.]: 306.3 Appliances in attics. Attics containing appliances shall be provided with an opening and unobstructed p assageway large enough to allow removal of the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide and not more than 20 feet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. GENERAL REGULATIONS Exceptions: 1. The passageway and level service space are not required whe re the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less than 6 feet (1828.8 mm) high and 24 inches (609.6 mm) wide for its entire length, the passageway shall be not great er than 50 feet (15 250 mm) in length. [CONT.]: 306.3 Appliances in attics. Attics containing appliances shall be provided with an opening and unobstructed p assageway large enough to allow removal of the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide and not more than 20 feet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. GENERAL REGULATIONS Exceptions: 1. The passageway and level service space are not required whe re the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less than 6 feet (1828.8 mm) high and 24 inches (609.6 mm) wide for its entire length, the passageway shall be not great er than 50 feet (15 250 mm) in length. [CONT.]: 306.3 Appliances in attics. Attics containing appliances shall be provided with an opening and unobstructed p assageway large enough to allow removal of the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide and not more than 20 feet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. GENERAL REGULATIONS Exceptions: 1. The passageway and level service space are not required whe re the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less than 6 feet (1828.8 mm) high and 24 inches (609.6 mm) wide for its entire length, the passageway shall be not great er than 50 feet (15 250 mm) in length. [CONT.]: 306.3 Appliances in attics. Attics containing appliances shall be provided with an opening and unobstructed p assageway large enough to allow removal of the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide and not more than 20 feet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. GENERAL REGULATIONS Exceptions: 1. The passageway and level service space are not required whe re the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less than 6 feet (1828.8 mm) high and 24 inches (609.6 mm) wide for its entire length, the passageway shall be not great er than 50 feet (15 250 mm) in length. [CONT.]: 306.3 Appliances in attics. Attics containing appliances shall be provided with an opening and unobstructed p assageway large enough to allow removal of the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide and not more than 20 feet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. GENERAL REGULATIONS Exceptions: 1. The passageway and level service space are not required whe re the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less than 6 feet (1828.8 mm) high and 24 inches (609.6 mm) wide for its entire length, the passageway shall be not great er than 50 feet (15 250 mm) in length. [CONT.]: 306.3 Appliances in attics. Attics containing appliances shall be provided with an opening and unobstructed p assageway large enough to allow removal of the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide and not more than 20 feet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. GENERAL REGULATIONS Exceptions: 1. The passageway and level service space are not required whe re the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less than 6 feet (1828.8 mm) high and 24 inches (609.6 mm) wide for its entire length, the passageway shall be not great er than 50 feet (15 250 mm) in length. [CONT.]: 306.3 Appliances in attics. Attics containing appliances shall be provided with an opening and unobstructed p assageway large enough to allow removal of the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide and not more than 20 feet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. GENERAL REGULATIONS Exceptions: 1. The passageway and level service space are not required whe re the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less than 6 feet (1828.8 mm) high and 24 inches (609.6 mm) wide for its entire length, the passageway shall be not great er than 50 feet (15 250 mm) in length. [CONT.]: 306.3 Appliances in attics. Attics containing appliances shall be provided with an opening and unobstructed p assageway large enough to allow removal of the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide and not more than 20 feet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. GENERAL REGULATIONS Exceptions: 1. The passageway and level service space are not required whe re the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less than 6 feet (1828.8 mm) high and 24 inches (609.6 mm) wide for its entire length, the passageway shall be not great er than 50 feet (15 250 mm) in length. [CONT.]: 306.3 Appliances in attics. Attics containing appliances shall be provided with an opening and unobstructed p assageway large enough to allow removal of the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide and not more than 20 feet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. GENERAL REGULATIONS Exceptions: 1. The passageway and level service space are not required whe re the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less than 6 feet (1828.8 mm) high and 24 inches (609.6 mm) wide for its entire length, the passageway shall be not great er than 50 feet (15 250 mm) in length.",
    "metadata": {
      "section_full": "306.3",
      "parent_major": "306",
      "parent_minor": "306.3",
      "source": "027.txt"
    }
  },
  {
    "id": "306.3.1",
    "text": "CONTEXT: 306 > 306.3 | CONTENT: 306.3.1 306.3.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle outlet shall be provided at or near the appliance location in accordance with the New Yor k City Electrical Code . [CONT.]: 306.3.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle outlet shall be provided at or near the appliance location in accordance with the New Yor k City Electrical Code . [CONT.]: 306.3.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle outlet shall be provided at or near the appliance location in accordance with the New Yor k City Electrical Code . [CONT.]: 306.3.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle outlet shall be provided at or near the appliance location in accordance with the New Yor k City Electrical Code . [CONT.]: 306.3.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle outlet shall be provided at or near the appliance location in accordance with the New Yor k City Electrical Code . [CONT.]: 306.3.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle outlet shall be provided at or near the appliance location in accordance with the New Yor k City Electrical Code . [CONT.]: 306.3.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle outlet shall be provided at or near the appliance location in accordance with the New Yor k City Electrical Code . [CONT.]: 306.3.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle outlet shall be provided at or near the appliance location in accordance with the New Yor k City Electrical Code . [CONT.]: 306.3.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle outlet shall be provided at or near the appliance location in accordance with the New Yor k City Electrical Code . [CONT.]: 306.3.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle outlet shall be provided at or near the appliance location in accordance with the New Yor k City Electrical Code . [CONT.]: 306.3.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle outlet shall be provided at or near the appliance location in accordance with the New Yor k City Electrical Code . [CONT.]: 306.3.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle outlet shall be provided at or near the appliance location in accordance with the New Yor k City Electrical Code .",
    "metadata": {
      "section_full": "306.3.1",
      "parent_major": "306",
      "parent_minor": "306.3",
      "source": "027.txt"
    }
  },
  {
    "id": "306.4",
    "text": "CONTEXT: 306 > 306.4 | CONTENT: 306.4 306.4 Appliances under floors. Under - floor spaces containing appliances shall be provided with an access opening and unobstructed passageway large enough to remove the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide, nor more than 20 f eet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service side of the applianc e. If the depth of the passageway or the service space exceeds 12 inches (304.8 mm) below the adjoining grade, the walls of the passageway shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (101.6 mm) abov e the adjoining grade and shall have sufficient lateral - bearing capacity to resist collapse. The clear access opening dimensions shall be not less than 22 inches by 30 inches (558.8 mm by 762 mm), and large enough to allow removal of the largest appliance. Exceptions: 1. The passageway is not required where the level service space is present when the access is open and the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less th an 6 feet ( [CONT.]: 306.4 Appliances under floors. Under - floor spaces containing appliances shall be provided with an access opening and unobstructed passageway large enough to remove the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide, nor more than 20 f eet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service side of the applianc e. If the depth of the passageway or the service space exceeds 12 inches (304.8 mm) below the adjoining grade, the walls of the passageway shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (101.6 mm) abov e the adjoining grade and shall have sufficient lateral - bearing capacity to resist collapse. The clear access opening dimensions shall be not less than 22 inches by 30 inches (558.8 mm by 762 mm), and large enough to allow removal of the largest appliance. Exceptions: 1. The passageway is not required where the level service space is present when the access is open and the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less th an 6 feet ( [CONT.]: 306.4 Appliances under floors. Under - floor spaces containing appliances shall be provided with an access opening and unobstructed passageway large enough to remove the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide, nor more than 20 f eet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service side of the applianc e. If the depth of the passageway or the service space exceeds 12 inches (304.8 mm) below the adjoining grade, the walls of the passageway shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (101.6 mm) abov e the adjoining grade and shall have sufficient lateral - bearing capacity to resist collapse. The clear access opening dimensions shall be not less than 22 inches by 30 inches (558.8 mm by 762 mm), and large enough to allow removal of the largest appliance. Exceptions: 1. The passageway is not required where the level service space is present when the access is open and the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less th an 6 feet ( [CONT.]: 306.4 Appliances under floors. Under - floor spaces containing appliances shall be provided with an access opening and unobstructed passageway large enough to remove the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide, nor more than 20 f eet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service side of the applianc e. If the depth of the passageway or the service space exceeds 12 inches (304.8 mm) below the adjoining grade, the walls of the passageway shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (101.6 mm) abov e the adjoining grade and shall have sufficient lateral - bearing capacity to resist collapse. The clear access opening dimensions shall be not less than 22 inches by 30 inches (558.8 mm by 762 mm), and large enough to allow removal of the largest appliance. Exceptions: 1. The passageway is not required where the level service space is present when the access is open and the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less th an 6 feet ( [CONT.]: 306.4 Appliances under floors. Under - floor spaces containing appliances shall be provided with an access opening and unobstructed passageway large enough to remove the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide, nor more than 20 f eet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service side of the applianc e. If the depth of the passageway or the service space exceeds 12 inches (304.8 mm) below the adjoining grade, the walls of the passageway shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (101.6 mm) abov e the adjoining grade and shall have sufficient lateral - bearing capacity to resist collapse. The clear access opening dimensions shall be not less than 22 inches by 30 inches (558.8 mm by 762 mm), and large enough to allow removal of the largest appliance. Exceptions: 1. The passageway is not required where the level service space is present when the access is open and the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less th an 6 feet ( [CONT.]: 306.4 Appliances under floors. Under - floor spaces containing appliances shall be provided with an access opening and unobstructed passageway large enough to remove the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide, nor more than 20 f eet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service side of the applianc e. If the depth of the passageway or the service space exceeds 12 inches (304.8 mm) below the adjoining grade, the walls of the passageway shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (101.6 mm) abov e the adjoining grade and shall have sufficient lateral - bearing capacity to resist collapse. The clear access opening dimensions shall be not less than 22 inches by 30 inches (558.8 mm by 762 mm), and large enough to allow removal of the largest appliance. Exceptions: 1. The passageway is not required where the level service space is present when the access is open and the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less th an 6 feet ( [CONT.]: 306.4 Appliances under floors. Under - floor spaces containing appliances shall be provided with an access opening and unobstructed passageway large enough to remove the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide, nor more than 20 f eet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service side of the applianc e. If the depth of the passageway or the service space exceeds 12 inches (304.8 mm) below the adjoining grade, the walls of the passageway shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (101.6 mm) abov e the adjoining grade and shall have sufficient lateral - bearing capacity to resist collapse. The clear access opening dimensions shall be not less than 22 inches by 30 inches (558.8 mm by 762 mm), and large enough to allow removal of the largest appliance. Exceptions: 1. The passageway is not required where the level service space is present when the access is open and the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less th an 6 feet ( [CONT.]: 306.4 Appliances under floors. Under - floor spaces containing appliances shall be provided with an access opening and unobstructed passageway large enough to remove the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide, nor more than 20 f eet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service side of the applianc e. If the depth of the passageway or the service space exceeds 12 inches (304.8 mm) below the adjoining grade, the walls of the passageway shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (101.6 mm) abov e the adjoining grade and shall have sufficient lateral - bearing capacity to resist collapse. The clear access opening dimensions shall be not less than 22 inches by 30 inches (558.8 mm by 762 mm), and large enough to allow removal of the largest appliance. Exceptions: 1. The passageway is not required where the level service space is present when the access is open and the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less th an 6 feet ( [CONT.]: 306.4 Appliances under floors. Under - floor spaces containing appliances shall be provided with an access opening and unobstructed passageway large enough to remove the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide, nor more than 20 f eet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service side of the applianc e. If the depth of the passageway or the service space exceeds 12 inches (304.8 mm) below the adjoining grade, the walls of the passageway shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (101.6 mm) abov e the adjoining grade and shall have sufficient lateral - bearing capacity to resist collapse. The clear access opening dimensions shall be not less than 22 inches by 30 inches (558.8 mm by 762 mm), and large enough to allow removal of the largest appliance. Exceptions: 1. The passageway is not required where the level service space is present when the access is open and the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less th an 6 feet ( [CONT.]: 306.4 Appliances under floors. Under - floor spaces containing appliances shall be provided with an access opening and unobstructed passageway large enough to remove the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide, nor more than 20 f eet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service side of the applianc e. If the depth of the passageway or the service space exceeds 12 inches (304.8 mm) below the adjoining grade, the walls of the passageway shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (101.6 mm) abov e the adjoining grade and shall have sufficient lateral - bearing capacity to resist collapse. The clear access opening dimensions shall be not less than 22 inches by 30 inches (558.8 mm by 762 mm), and large enough to allow removal of the largest appliance. Exceptions: 1. The passageway is not required where the level service space is present when the access is open and the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less th an 6 feet ( [CONT.]: 306.4 Appliances under floors. Under - floor spaces containing appliances shall be provided with an access opening and unobstructed passageway large enough to remove the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide, nor more than 20 f eet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service side of the applianc e. If the depth of the passageway or the service space exceeds 12 inches (304.8 mm) below the adjoining grade, the walls of the passageway shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (101.6 mm) abov e the adjoining grade and shall have sufficient lateral - bearing capacity to resist collapse. The clear access opening dimensions shall be not less than 22 inches by 30 inches (558.8 mm by 762 mm), and large enough to allow removal of the largest appliance. Exceptions: 1. The passageway is not required where the level service space is present when the access is open and the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less th an 6 feet ( [CONT.]: 306.4 Appliances under floors. Under - floor spaces containing appliances shall be provided with an access opening and unobstructed passageway large enough to remove the largest appliance. The passageway shall be not less than 30 inches (762 mm) high and 22 inches (558.8 mm) wide, nor more than 20 f eet (6096 mm) in length measured along the centerline of the passageway from the opening to the appliance. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service side of the applianc e. If the depth of the passageway or the service space exceeds 12 inches (304.8 mm) below the adjoining grade, the walls of the passageway shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (101.6 mm) abov e the adjoining grade and shall have sufficient lateral - bearing capacity to resist collapse. The clear access opening dimensions shall be not less than 22 inches by 30 inches (558.8 mm by 762 mm), and large enough to allow removal of the largest appliance. Exceptions: 1. The passageway is not required where the level service space is present when the access is open and the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less th an 6 feet (",
    "metadata": {
      "section_full": "306.4",
      "parent_major": "306",
      "parent_minor": "306.4",
      "source": "027.txt"
    }
  },
  {
    "id": "1828.8",
    "text": "CONTEXT: 1828 > 1828.8 | CONTENT: 1828.8 1828.8 mm) high and 22 inches (558.8 mm) wide for its entire length, the passageway shall not be limited in length. [CONT.]: 1828.8 mm) high and 22 inches (558.8 mm) wide for its entire length, the passageway shall not be limited in length. [CONT.]: 1828.8 mm) high and 22 inches (558.8 mm) wide for its entire length, the passageway shall not be limited in length. [CONT.]: 1828.8 mm) high and 22 inches (558.8 mm) wide for its entire length, the passageway shall not be limited in length. [CONT.]: 1828.8 mm) high and 22 inches (558.8 mm) wide for its entire length, the passageway shall not be limited in length. [CONT.]: 1828.8 mm) high and 22 inches (558.8 mm) wide for its entire length, the passageway shall not be limited in length. [CONT.]: 1828.8 mm) high and 22 inches (558.8 mm) wide for its entire length, the passageway shall not be limited in length. [CONT.]: 1828.8 mm) high and 22 inches (558.8 mm) wide for its entire length, the passageway shall not be limited in length. [CONT.]: 1828.8 mm) high and 22 inches (558.8 mm) wide for its entire length, the passageway shall not be limited in length. [CONT.]: 1828.8 mm) high and 22 inches (558.8 mm) wide for its entire length, the passageway shall not be limited in length. [CONT.]: 1828.8 mm) high and 22 inches (558.8 mm) wide for its entire length, the passageway shall not be limited in length. [CONT.]: 1828.8 mm) high and 22 inches (558.8 mm) wide for its entire length, the passageway shall not be limited in length. [CONT.]: 1828.8 mm) in diameter shall have at least a 1 / 4 - inch (6.4 mm) shell and 5 / 16 - inch (7.9 mm) heads. 3. Tanks 73 inches (1854 mm) to 120 inches (3048 mm) in diameter shall have at least a 5 / 16 - inch (7.9 mm) shell and 3 / 8 - inch (9.5 mm) heads. 4. Tanks over 120 inches (3048 mm) in diameter shall be of at least 3 / 8 - inch (9.5 mm) steel and shall be sti ffened by angle rings or equivalent members so as to retain their cylindrical form. [CONT.]: 1828.8 mm) in diameter shall have at least a 1 / 4 - inch (6.4 mm) shell and 5 / 16 - inch (7.9 mm) heads. 3. Tanks 73 inches (1854 mm) to 120 inches (3048 mm) in diameter shall have at least a 5 / 16 - inch (7.9 mm) shell and 3 / 8 - inch (9.5 mm) heads. 4. Tanks over 120 inches (3048 mm) in diameter shall be of at least 3 / 8 - inch (9.5 mm) steel and shall be sti ffened by angle rings or equivalent members so as to retain their cylindrical form. [CONT.]: 1828.8 mm) in diameter shall have at least a 1 / 4 - inch (6.4 mm) shell and 5 / 16 - inch (7.9 mm) heads. 3. Tanks 73 inches (1854 mm) to 120 inches (3048 mm) in diameter shall have at least a 5 / 16 - inch (7.9 mm) shell and 3 / 8 - inch (9.5 mm) heads. 4. Tanks over 120 inches (3048 mm) in diameter shall be of at least 3 / 8 - inch (9.5 mm) steel and shall be sti ffened by angle rings or equivalent members so as to retain their cylindrical form. [CONT.]: 1828.8 mm) in diameter shall have at least a 1 / 4 - inch (6.4 mm) shell and 5 / 16 - inch (7.9 mm) heads. 3. Tanks 73 inches (1854 mm) to 120 inches (3048 mm) in diameter shall have at least a 5 / 16 - inch (7.9 mm) shell and 3 / 8 - inch (9.5 mm) heads. 4. Tanks over 120 inches (3048 mm) in diameter shall be of at least 3 / 8 - inch (9.5 mm) steel and shall be sti ffened by angle rings or equivalent members so as to retain their cylindrical form. [CONT.]: 1828.8 mm) in diameter shall have at least a 1 / 4 - inch (6.4 mm) shell and 5 / 16 - inch (7.9 mm) heads. 3. Tanks 73 inches (1854 mm) to 120 inches (3048 mm) in diameter shall have at least a 5 / 16 - inch (7.9 mm) shell and 3 / 8 - inch (9.5 mm) heads. 4. Tanks over 120 inches (3048 mm) in diameter shall be of at least 3 / 8 - inch (9.5 mm) steel and shall be sti ffened by angle rings or equivalent members so as to retain their cylindrical form. [CONT.]: 1828.8 mm) in diameter shall have at least a 1 / 4 - inch (6.4 mm) shell and 5 / 16 - inch (7.9 mm) heads. 3. Tanks 73 inches (1854 mm) to 120 inches (3048 mm) in diameter shall have at least a 5 / 16 - inch (7.9 mm) shell and 3 / 8 - inch (9.5 mm) heads. 4. Tanks over 120 inches (3048 mm) in diameter shall be of at least 3 / 8 - inch (9.5 mm) steel and shall be sti ffened by angle rings or equivalent members so as to retain their cylindrical form. [CONT.]: 1828.8 mm) in diameter shall have at least a 1 / 4 - inch (6.4 mm) shell and 5 / 16 - inch (7.9 mm) heads. 3. Tanks 73 inches (1854 mm) to 120 inches (3048 mm) in diameter shall have at least a 5 / 16 - inch (7.9 mm) shell and 3 / 8 - inch (9.5 mm) heads. 4. Tanks over 120 inches (3048 mm) in diameter shall be of at least 3 / 8 - inch (9.5 mm) steel and shall be sti ffened by angle rings or equivalent members so as to retain their cylindrical form. [CONT.]: 1828.8 mm) in diameter shall have at least a 1 / 4 - inch (6.4 mm) shell and 5 / 16 - inch (7.9 mm) heads. 3. Tanks 73 inches (1854 mm) to 120 inches (3048 mm) in diameter shall have at least a 5 / 16 - inch (7.9 mm) shell and 3 / 8 - inch (9.5 mm) heads. 4. Tanks over 120 inches (3048 mm) in diameter shall be of at least 3 / 8 - inch (9.5 mm) steel and shall be sti ffened by angle rings or equivalent members so as to retain their cylindrical form. [CONT.]: 1828.8 mm) in diameter shall have at least a 1 / 4 - inch (6.4 mm) shell and 5 / 16 - inch (7.9 mm) heads. 3. Tanks 73 inches (1854 mm) to 120 inches (3048 mm) in diameter shall have at least a 5 / 16 - inch (7.9 mm) shell and 3 / 8 - inch (9.5 mm) heads. 4. Tanks over 120 inches (3048 mm) in diameter shall be of at least 3 / 8 - inch (9.5 mm) steel and shall be sti ffened by angle rings or equivalent members so as to retain their cylindrical form. [CONT.]: 1828.8 mm) in diameter shall have at least a 1 / 4 - inch (6.4 mm) shell and 5 / 16 - inch (7.9 mm) heads. 3. Tanks 73 inches (1854 mm) to 120 inches (3048 mm) in diameter shall have at least a 5 / 16 - inch (7.9 mm) shell and 3 / 8 - inch (9.5 mm) heads. 4. Tanks over 120 inches (3048 mm) in diameter shall be of at least 3 / 8 - inch (9.5 mm) steel and shall be sti ffened by angle rings or equivalent members so as to retain their cylindrical form. [CONT.]: 1828.8 mm) in diameter shall have at least a 1 / 4 - inch (6.4 mm) shell and 5 / 16 - inch (7.9 mm) heads. 3. Tanks 73 inches (1854 mm) to 120 inches (3048 mm) in diameter shall have at least a 5 / 16 - inch (7.9 mm) shell and 3 / 8 - inch (9.5 mm) heads. 4. Tanks over 120 inches (3048 mm) in diameter shall be of at least 3 / 8 - inch (9.5 mm) steel and shall be sti ffened by angle rings or equivalent members so as to retain their cylindrical form.",
    "metadata": {
      "section_full": "1828.8",
      "parent_major": "1828",
      "parent_minor": "1828.8",
      "source": "027.txt"
    }
  },
  {
    "id": "306.4.1",
    "text": "CONTEXT: 306 > 306.4 | CONTENT: 306.4.1 306.4.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle o utlet shall be provided at or near the appliance location in accordance with the New York City Electrical Code . [CONT.]: 306.4.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle o utlet shall be provided at or near the appliance location in accordance with the New York City Electrical Code . [CONT.]: 306.4.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle o utlet shall be provided at or near the appliance location in accordance with the New York City Electrical Code . [CONT.]: 306.4.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle o utlet shall be provided at or near the appliance location in accordance with the New York City Electrical Code . [CONT.]: 306.4.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle o utlet shall be provided at or near the appliance location in accordance with the New York City Electrical Code . [CONT.]: 306.4.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle o utlet shall be provided at or near the appliance location in accordance with the New York City Electrical Code . [CONT.]: 306.4.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle o utlet shall be provided at or near the appliance location in accordance with the New York City Electrical Code . [CONT.]: 306.4.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle o utlet shall be provided at or near the appliance location in accordance with the New York City Electrical Code . [CONT.]: 306.4.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle o utlet shall be provided at or near the appliance location in accordance with the New York City Electrical Code . [CONT.]: 306.4.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle o utlet shall be provided at or near the appliance location in accordance with the New York City Electrical Code . [CONT.]: 306.4.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle o utlet shall be provided at or near the appliance location in accordance with the New York City Electrical Code . [CONT.]: 306.4.1 Electrical requirements. A luminaire controlled by a switch located at the required passageway opening and a receptacle o utlet shall be provided at or near the appliance location in accordance with the New York City Electrical Code .",
    "metadata": {
      "section_full": "306.4.1",
      "parent_major": "306",
      "parent_minor": "306.4",
      "source": "027.txt"
    }
  },
  {
    "id": "306.5",
    "text": "CONTEXT: 306 > 306.5 | CONTENT: 306.5 306.5 Equipment and appliances on roofs or elevated structures. Where equipment or appliances requiring access are located on an elevated struct ure or the roof of a building such that personnel will have to climb higher than 16 feet (4876.8 mm ) above grade, roof or floor level to access such equipment or appliances, an interior or exterior means of access shall be provided. Such access shall not r equire climbing over obstructions greater than 30 inches (762 mm) in height or walking on roofs having a slope greater than 4 units vertical in 12 units horizontal (33 - percent slope). Such access to the roof or elevated structure and access from the roof o r elevated structure to equipment requiring maintenance shall not require the use of portable ladders. Where access involves climbing over parapet walls, the height shall be measured to the top of the parapet wall. Permanent ladders installed to provide th e required access shall comply with the following minimum design criteria: 1. The side railing shall extend above the parapet or roof edge not less than 30 inches (762 mm). 2. Ladders shall have rung spacing not to exceed 12 inches (304.8 mm) on center. The uppermost rung shall be not more than 24 inches (609.6 mm) below the upper edge of the roof hatch, roof or parapet, or equipment access platform, as applicable. 3. Ladders shall have a toe spacing not less than 7 inches (177.8 mm) deep. 4. There shal l be not less than 18 inches (457.2 mm) between rails. 5. Rungs shall have a diameter not less than 0.75 - inch (19 mm) and be capable of withstanding a 300 - pound (136.1 kg) load. 6. Where a cage, well or ladder safety device is prohibited, ladders over 20 feet (6096 mm) in height shall be provided with landing platforms for each 30 feet (9144 mm) of height. Where a cage, well or ladder safety device is not provided, ladders over 20 fe et (6096 mm) in height shall be provided with landing platforms for length measured along the centerline of the passageway from the opening to the appliance. The passageway shall have continuous solid flooring not less than 24 inches (609.6 mm) wide. A level service space not less than 30 inches (762 mm) deep and 30 inches (762 mm) wide shall be present at the front or service sid e of the appliance. The clear access opening dimensions shall be not less than 20 inches by 30 inches (508 mm by 762 mm), and large enough to allow removal of the largest appliance. GENERAL REGULATIONS Exceptions: 1. The passageway and level service space are not required whe re the appliance is capable of being serviced and removed through the required opening. 2. Where the passageway is unobstructed and not less than 6 feet (1828.8 mm) high and 24 inches (609.6 mm) wide for its entire length, the passageway shall be not great er than 50 feet (15 250 mm) in length. [CONT.]: 306.5 Equipment and appliances on roofs or elevated structures. Where equipment or appliances requiring access are located on an elevated struct ure or the roof of a building such that personnel will have to climb higher than 16 feet (4876.8 mm ) above grade, roof or floor level to access such equipment or appliances, an interior or exterior means of access shall be provided. Such access shall not r equire climbing over obstructions greater than 30 inches (762 mm) in height or walking on roofs having a slope greater than 4 units vertical in 12 units horizontal (33 - percent slope). Such access to the roof or elevated structure and access from the roof o r elevated structure to equipment requiring maintenance shall not require the use of portable ladders. Where access involves climbing over parapet walls, the height shall be measured to the top of the parapet wall. Permanent ladders installed to provide th e required access shall comply with the following minimum design criteria: 1. The side railing shall extend above the parapet or roof edge not less than 30 inches (762 mm). 2. Ladders shall have rung spacing not to exceed 12 inches (304.8 mm) on center. The uppermost rung shall be not more than 24 inches (609.6 mm) below the upper edge of the roof hatch, roof or parapet, or equipment access platform, as applicable. 3. Ladders shall have a toe spacing not less than 7 inches (177.8 mm) deep. 4. There shal l be not less than 18 inches (457.2 mm) between rails. 5. Rungs shall have a diameter not less than 0.75 - inch (19 mm) and be capable of withstanding a 300 - pound (136.1 kg) load. 6. Where a cage, well or ladder safety device is prohibited, ladders over 20 feet (6096 mm) in height shall be provided with landing platforms for each 30 feet (9144 mm) of height. Where a cage, well or ladder safety device is not provided, ladders over 20 fe et (6096 mm) in height shall be provided with landing platforms for GENERAL REGULATIONS each 20 feet (6096 mm) of height. Landings shall be capable of withstanding 100 pounds (488.2 kg/m 2 ) per square foot. A guard rail and toeboard shall be provided on all open sides of the l anding. 7. Climbing clearance. The distance from the centerline of the rungs to the nearest permanent object on the climbing side of the ladder shall be not less than 30 inches (762 mm) measured perpendicular to the rungs. This distance shall be maintaine d from the point of ladder access to the bottom of the roof hatch. A minimum clear width of 15 inches (381 mm) shall be provided on both sides of the ladder measured from the midpoint of and parallel with the rungs except where cages or wells are installed . 8. Landing required. The ladder shall be provided with a clear and unobstructed bottom landing area having a minimum dimension of 30 inches by 30 inches (762 mm by 762 mm) centered in front of the ladder. 9. Ladders shall be protected against corrosion by approved means. 10. Service personnel shall have access to ladders at all times. 11. Where ladder extensions are installed, the side rails of through or side - step ladder extensions shall extend 3 1 / 2 feet (1066.8 mm) above the parapets and landings. For through ladder extensions, the rungs shall be omitted from the extensions and shall have not less than 18 inches (457.2 mm) nor more than 24 inches (609.6 mm) of clearance between rails. For side - step or offset fixed ladder sections, at landings, the side rails and rungs shall be carried to the next regular rung beyond or above the 3 1 / 2 feet (1066.8 mm) minimum. Catwalks installed to provide the required access shall be not less than 24 inches (609.6 mm) wide and shall have railings as required for service platforms. Exception: This section shall not apply to Group R - 3 occupancies. [CONT.]: 306.5 Equipment and appliances on roofs or elevated structures. Where equipment or appliances requiring access are located on an elevated struct ure or the roof of a building such that personnel will have to climb higher than 16 feet (4876.8 mm ) above grade, roof or floor level to access such equipment or appliances, an interior or exterior means of access shall be provided. Such access shall not r equire climbing over obstructions greater than 30 inches (762 mm) in height or walking on roofs having a slope greater than 4 units vertical in 12 units horizontal (33 - percent slope). Such access to the roof or elevated structure and access from the roof o r elevated structure to equipment requiring maintenance shall not require the use of portable ladders. Where access involves climbing over parapet walls, the height shall be measured to the top of the parapet wall. Permanent ladders installed to provide th e required access shall comply with the following minimum design criteria: 1. The side railing shall extend above the parapet or roof edge not less than 30 inches (762 mm). 2. Ladders shall have rung spacing not to exceed 12 inches (304.8 mm) on center. The uppermost rung shall be not more than 24 inches (609.6 mm) below the upper edge of the roof hatch, roof or parapet, or equipment access platform, as applicable. 3. Ladders shall have a toe spacing not less than 7 inches (177.8 mm) deep. 4. There shal l be not less than 18 inches (457.2 mm) between rails. 5. Rungs shall have a diameter not less than 0.75 - inch (19 mm) and be capable of withstanding a 300 - pound (136.1 kg) load. 6. Where a cage, well or ladder safety device is prohibited, ladders over 20 feet (6096 mm) in height shall be provided with landing platforms for each 30 feet (9144 mm) of height. Where a cage, well or ladder safety device is not provided, ladders over 20 fe et (6096 mm) in height shall be provided with landing platforms for GENERAL REGULATIONS each 20 feet (6096 mm) of height. Landings shall be capable of withstanding 100 pounds (488.2 kg/m 2 ) per square foot. A guard rail and toeboard shall be provided on all open sides of the l anding. 7. Climbing clearance. The distance from the centerline of the rungs to the nearest permanent object on the climbing side of the ladder shall be not less than 30 inches (762 mm) measured perpendicular to the rungs. This distance shall be maintaine d from the point of ladder access to the bottom of the roof hatch. A minimum clear width of 15 inches (381 mm) shall be provided on both sides of the ladder measured from the midpoint of and parallel with the rungs except where cages or wells are installed . 8. Landing required. The ladder shall be provided with a clear and unobstructed bottom landing area having a minimum dimension of 30 inches by 30 inches (762 mm by 762 mm) centered in front of the ladder. 9. Ladders shall be protected against corrosion by approved means. 10. Service personnel shall have access to ladders at all times. 11. Where ladder extensions are installed, the side rails of through or side - step ladder extensions shall extend 3 1 / 2 feet (1066.8 mm) above the parapets and landings. For through ladder extensions, the rungs shall be omitted from the extensions and shall have not less than 18 inches (457.2 mm) nor more than 24 inches (609.6 mm) of clearance between rails. For side - step or offset fixed ladder sections, at landings, the side rails and rungs shall be carried to the next regular rung beyond or above the 3 1 / 2 feet (1066.8 mm) minimum. Catwalks installed to provide the required access shall be not less than 24 inches (609.6 mm) wide and shall have railings as required for service platforms. Exception: This section shall not apply to Group R - 3 occupancies. [CONT.]: 306.5 Equipment and appliances on roofs or elevated structures. Where equipment or appliances requiring access are located on an elevated struct ure or the roof of a building such that personnel will have to climb higher than 16 feet (4876.8 mm ) above grade, roof or floor level to access such equipment or appliances, an interior or exterior means of access shall be provided. Such access shall not r equire climbing over obstructions greater than 30 inches (762 mm) in height or walking on roofs having a slope greater than 4 units vertical in 12 units horizontal (33 - percent slope). Such access to the roof or elevated structure and access from the roof o r elevated structure to equipment requiring maintenance shall not require the use of portable ladders. Where access involves climbing over parapet walls, the height shall be measured to the top of the parapet wall. Permanent ladders installed to provide th e required access shall comply with the following minimum design criteria: 1. The side railing shall extend above the parapet or roof edge not less than 30 inches (762 mm). 2. Ladders shall have rung spacing not to exceed 12 inches (304.8 mm) on center. The uppermost rung shall be not more than 24 inches (609.6 mm) below the upper edge of the roof hatch, roof or parapet, or equipment access platform, as applicable. 3. Ladders shall have a toe spacing not less than 7 inches (177.8 mm) deep. 4. There shal l be not less than 18 inches (457.2 mm) between rails. 5. Rungs shall have a diameter not less than 0.75 - inch (19 mm) and be capable of withstanding a 300 - pound (136.1 kg) load. 6. Where a cage, well or ladder safety device is prohibited, ladders over 20 feet (6096 mm) in height shall be provided with landing platforms for each 30 feet (9144 mm) of height. Where a cage, well or ladder safety device is not provided, ladders over 20 fe et (6096 mm) in height shall be provided with landing platforms for GENERAL REGULATIONS each 20 feet (6096 mm) of height. Landings shall be capable of withstanding 100 pounds (488.2 kg/m 2 ) per square foot. A guard rail and toeboard shall be provided on all open sides of the l anding. 7. Climbing clearance. The distance from the centerline of the rungs to the nearest permanent object on the climbing side of the ladder shall be not less than 30 inches (762 mm) measured perpendicular to the rungs. This distance shall be maintaine d from the point of ladder access to the bottom of the roof hatch. A minimum clear width of 15 inches (381 mm) shall be provided on both sides of the ladder measured from the midpoint of and parallel with the rungs except where cages or wells are installed . 8. Landing required. The ladder shall be provided with a clear and unobstructed bottom landing area having a minimum dimension of 30 inches by 30 inches (762 mm by 762 mm) centered in front of the ladder. 9. Ladders shall be protected against corrosion by approved means. 10. Service personnel shall have access to ladders at all times. 11. Where ladder extensions are installed, the side rails of through or side - step ladder extensions shall extend 3 1 / 2 feet (1066.8 mm) above the parapets and landings. For through ladder extensions, the rungs shall be omitted from the extensions and shall have not less than 18 inches (457.2 mm) nor more than 24 inches (609.6 mm) of clearance between rails. For side - step or offset fixed ladder sections, at landings, the side rails and rungs shall be carried to the next regular rung beyond or above the 3 1 / 2 feet (1066.8 mm) minimum. Catwalks installed to provide the required access shall be not less than 24 inches (609.6 mm) wide and shall have railings as required for service platforms. Exception: This section shall not apply to Group R - 3 occupancies. [CONT.]: 306.5 Equipment and appliances on roofs or elevated structures. Where equipment or appliances requiring access are located on an elevated struct ure or the roof of a building such that personnel will have to climb higher than 16 feet (4876.8 mm ) above grade, roof or floor level to access such equipment or appliances, an interior or exterior means of access shall be provided. Such access shall not r equire climbing over obstructions greater than 30 inches (762 mm) in height or walking on roofs having a slope greater than 4 units vertical in 12 units horizontal (33 - percent slope). Such access to the roof or elevated structure and access from the roof o r elevated structure to equipment requiring maintenance shall not require the use of portable ladders. Where access involves climbing over parapet walls, the height shall be measured to the top of the parapet wall. Permanent ladders installed to provide th e required access shall comply with the following minimum design criteria: 1. The side railing shall extend above the parapet or roof edge not less than 30 inches (762 mm). 2. Ladders shall have rung spacing not to exceed 12 inches (304.8 mm) on center. The uppermost rung shall be not more than 24 inches (609.6 mm) below the upper edge of the roof hatch, roof or parapet, or equipment access platform, as applicable. 3. Ladders shall have a toe spacing not less than 7 inches (177.8 mm) deep. 4. There shal l be not less than 18 inches (457.2 mm) between rails. 5. Rungs shall have a diameter not less than 0.75 - inch (19 mm) and be capable of withstanding a 300 - pound (136.1 kg) load. 6. Where a cage, well or ladder safety device is prohibited, ladders over 20 feet (6096 mm) in height shall be provided with landing platforms for each 30 feet (9144 mm) of height. Where a cage, well or ladder safety device is not provided, ladders over 20 fe et (6096 mm) in height shall be provided with landing platforms for GENERAL REGULATIONS each 20 feet (6096 mm) of height. Landings shall be capable of withstanding 100 pounds (488.2 kg/m 2 ) per square foot. A guard rail and toeboard shall be provided on all open sides of the l anding. 7. Climbing clearance. The distance from the centerline of the rungs to the nearest permanent object on the climbing side of the ladder shall be not less than 30 inches (762 mm) measured perpendicular to the rungs. This distance shall be maintaine d from the point of ladder access to the bottom of the roof hatch. A minimum clear width of 15 inches (381 mm) shall be provided on both sides of the ladder measured from the midpoint of and parallel with the rungs except where cages or wells are installed . 8. Landing required. The ladder shall be provided with a clear and unobstructed bottom landing area having a minimum dimension of 30 inches by 30 inches (762 mm by 762 mm) centered in front of the ladder. 9. Ladders shall be protected against corrosion by approved means. 10. Service personnel shall have access to ladders at all times. 11. Where ladder extensions are installed, the side rails of through or side - step ladder extensions shall extend 3 1 / 2 feet (1066.8 mm) above the parapets and landings. For through ladder extensions, the rungs shall be omitted from the extensions and shall have not less than 18 inches (457.2 mm) nor more than 24 inches (609.6 mm) of clearance between rails. For side - step or offset fixed ladder sections, at landings, the side rails and rungs shall be carried to the next regular rung beyond or above the 3 1 / 2 feet (1066.8 mm) minimum. Catwalks installed to provide the required access shall be not less than 24 inches (609.6 mm) wide and shall have railings as required for service platforms. Exception: This section shall not apply to Group R - 3 occupancies. [CONT.]: 306.5 Equipment and appliances on roofs or elevated structures. Where equipment or appliances requiring access are located on an elevated struct ure or the roof of a building such that personnel will have to climb higher than 16 feet (4876.8 mm ) above grade, roof or floor level to access such equipment or appliances, an interior or exterior means of access shall be provided. Such access shall not r equire climbing over obstructions greater than 30 inches (762 mm) in height or walking on roofs having a slope greater than 4 units vertical in 12 units horizontal (33 - percent slope). Such access to the roof or elevated structure and access from the roof o r elevated structure to equipment requiring maintenance shall not require the use of portable ladders. Where access involves climbing over parapet walls, the height shall be measured to the top of the parapet wall. Permanent ladders installed to provide th e required access shall comply with the following minimum design criteria: 1. The side railing shall extend above the parapet or roof edge not less than 30 inches (762 mm). 2. Ladders shall have rung spacing not to exceed 12 inches (304.8 mm) on center. The uppermost rung shall be not more than 24 inches (609.6 mm) below the upper edge of the roof hatch, roof or parapet, or equipment access platform, as applicable. 3. Ladders shall have a toe spacing not less than 7 inches (177.8 mm) deep. 4. There shal l be not less than 18 inches (457.2 mm) between rails. 5. Rungs shall have a diameter not less than 0.75 - inch (19 mm) and be capable of withstanding a 300 - pound (136.1 kg) load. 6. Where a cage, well or ladder safety device is prohibited, ladders over 20 feet (6096 mm) in height shall be provided with landing platforms for each 30 feet (9144 mm) of height. Where a cage, well or ladder safety device is not provided, ladders over 20 fe et (6096 mm) in height shall be provided with landing platforms for GENERAL REGULATIONS each 20 feet (6096 mm) of height. Landings shall be capable of withstanding 100 pounds (488.2 kg/m 2 ) per square foot. A guard rail and toeboard shall be provided on all open sides of the l anding. 7. Climbing clearance. The distance from the centerline of the rungs to the nearest permanent object on the climbing side of the ladder shall be not less than 30 inches (762 mm) measured perpendicular to the rungs. This distance shall be maintaine d from the point of ladder access to the bottom of the roof hatch. A minimum clear width of 15 inches (381 mm) shall be provided on both sides of the ladder measured from the midpoint of and parallel with the rungs except where cages or wells are installed . 8. Landing required. The ladder shall be provided with a clear and unobstructed bottom landing area having a minimum dimension of 30 inches by 30 inches (762 mm by 762 mm) centered in front of the ladder. 9. Ladders shall be protected against corrosion by approved means. 10. Service personnel shall have access to ladders at all times. 11. Where ladder extensions are installed, the side rails of through or side - step ladder extensions shall extend 3 1 / 2 feet (1066.8 mm) above the parapets and landings. For through ladder extensions, the rungs shall be omitted from the extensions and shall have not less than 18 inches (457.2 mm) nor more than 24 inches (609.6 mm) of clearance between rails. For side - step or offset fixed ladder sections, at landings, the side rails and rungs shall be carried to the next regular rung beyond or above the 3 1 / 2 feet (1066.8 mm) minimum. Catwalks installed to provide the required access shall be not less than 24 inches (609.6 mm) wide and shall have railings as required for service platforms. Exception: This section shall not apply to Group R - 3 occupancies. [CONT.]: 306.5 Equipment and appliances on roofs or elevated structures. Where equipment or appliances requiring access are located on an elevated struct ure or the roof of a building such that personnel will have to climb higher than 16 feet (4876.8 mm ) above grade, roof or floor level to access such equipment or appliances, an interior or exterior means of access shall be provided. Such access shall not r equire climbing over obstructions greater than 30 inches (762 mm) in height or walking on roofs having a slope greater than 4 units vertical in 12 units horizontal (33 - percent slope). Such access to the roof or elevated structure and access from the roof o r elevated structure to equipment requiring maintenance shall not require the use of portable ladders. Where access involves climbing over parapet walls, the height shall be measured to the top of the parapet wall. Permanent ladders installed to provide th e required access shall comply with the following minimum design criteria: 1. The side railing shall extend above the parapet or roof edge not less than 30 inches (762 mm). 2. Ladders shall have rung spacing not to exceed 12 inches (304.8 mm) on center. The uppermost rung shall be not more than 24 inches (609.6 mm) below the upper edge of the roof hatch, roof or parapet, or equipment access platform, as applicable. 3. Ladders shall have a toe spacing not less than 7 inches (177.8 mm) deep. 4. There shal l be not less than 18 inches (457.2 mm) between rails. 5. Rungs shall have a diameter not less than 0.75 - inch (19 mm) and be capable of withstanding a 300 - pound (136.1 kg) load. 6. Where a cage, well or ladder safety device is prohibited, ladders over 20 feet (6096 mm) in height shall be provided with landing platforms for each 30 feet (9144 mm) of height. Where a cage, well or ladder safety device is not provided, ladders over 20 fe et (6096 mm) in height shall be provided with landing platforms for GENERAL REGULATIONS each 20 feet (6096 mm) of height. Landings shall be capable of withstanding 100 pounds (488.2 kg/m 2 ) per square foot. A guard rail and toeboard shall be provided on all open sides of the l anding. 7. Climbing clearance. The distance from the centerline of the rungs to the nearest permanent object on the climbing side of the ladder shall be not less than 30 inches (762 mm) measured perpendicular to the rungs. This distance shall be maintaine d from the point of ladder access to the bottom of the roof hatch. A minimum clear width of 15 inches (381 mm) shall be provided on both sides of the ladder measured from the midpoint of and parallel with the rungs except where cages or wells are installed . 8. Landing required. The ladder shall be provided with a clear and unobstructed bottom landing area having a minimum dimension of 30 inches by 30 inches (762 mm by 762 mm) centered in front of the ladder. 9. Ladders shall be protected against corrosion by approved means. 10. Service personnel shall have access to ladders at all times. 11. Where ladder extensions are installed, the side rails of through or side - step ladder extensions shall extend 3 1 / 2 feet (1066.8 mm) above the parapets and landings. For through ladder extensions, the rungs shall be omitted from the extensions and shall have not less than 18 inches (457.2 mm) nor more than 24 inches (609.6 mm) of clearance between rails. For side - step or offset fixed ladder sections, at landings, the side rails and rungs shall be carried to the next regular rung beyond or above the 3 1 / 2 feet (1066.8 mm) minimum. Catwalks installed to provide the required access shall be not less than 24 inches (609.6 mm) wide and shall have railings as required for service platforms. Exception: This section shall not apply to Group R - 3 occupancies. [CONT.]: 306.5 Equipment and appliances on roofs or elevated structures. Where equipment or appliances requiring access are located on an elevated struct ure or the roof of a building such that personnel will have to climb higher than 16 feet (4876.8 mm ) above grade, roof or floor level to access such equipment or appliances, an interior or exterior means of access shall be provided. Such access shall not r equire climbing over obstructions greater than 30 inches (762 mm) in height or walking on roofs having a slope greater than 4 units vertical in 12 units horizontal (33 - percent slope). Such access to the roof or elevated structure and access from the roof o r elevated structure to equipment requiring maintenance shall not require the use of portable ladders. Where access involves climbing over parapet walls, the height shall be measured to the top of the parapet wall. Permanent ladders installed to provide th e required access shall comply with the following minimum design criteria: 1. The side railing shall extend above the parapet or roof edge not less than 30 inches (762 mm). 2. Ladders shall have rung spacing not to exceed 12 inches (304.8 mm) on center. The uppermost rung shall be not more than 24 inches (609.6 mm) below the upper edge of the roof hatch, roof or parapet, or equipment access platform, as applicable. 3. Ladders shall have a toe spacing not less than 7 inches (177.8 mm) deep. 4. There shal l be not less than 18 inches (457.2 mm) between rails. 5. Rungs shall have a diameter not less than 0.75 - inch (19 mm) and be capable of withstanding a 300 - pound (136.1 kg) load. 6. Where a cage, well or ladder safety device is prohibited, ladders over 20 feet (6096 mm) in height shall be provided with landing platforms for each 30 feet (9144 mm) of height. Where a cage, well or ladder safety device is not provided, ladders over 20 fe et (6096 mm) in height shall be provided with landing platforms for GENERAL REGULATIONS each 20 feet (6096 mm) of height. Landings shall be capable of withstanding 100 pounds (488.2 kg/m 2 ) per square foot. A guard rail and toeboard shall be provided on all open sides of the l anding. 7. Climbing clearance. The distance from the centerline of the rungs to the nearest permanent object on the climbing side of the ladder shall be not less than 30 inches (762 mm) measured perpendicular to the rungs. This distance shall be maintaine d from the point of ladder access to the bottom of the roof hatch. A minimum clear width of 15 inches (381 mm) shall be provided on both sides of the ladder measured from the midpoint of and parallel with the rungs except where cages or wells are installed . 8. Landing required. The ladder shall be provided with a clear and unobstructed bottom landing area having a minimum dimension of 30 inches by 30 inches (762 mm by 762 mm) centered in front of the ladder. 9. Ladders shall be protected against corrosion by approved means. 10. Service personnel shall have access to ladders at all times. 11. Where ladder extensions are installed, the side rails of through or side - step ladder extensions shall extend 3 1 / 2 feet (1066.8 mm) above the parapets and landings. For through ladder extensions, the rungs shall be omitted from the extensions and shall have not less than 18 inches (457.2 mm) nor more than 24 inches (609.6 mm) of clearance between rails. For side - step or offset fixed ladder sections, at landings, the side rails and rungs shall be carried to the next regular rung beyond or above the 3 1 / 2 feet (1066.8 mm) minimum. Catwalks installed to provide the required access shall be not less than 24 inches (609.6 mm) wide and shall have railings as required for service platforms. Exception: This section shall not apply to Group R - 3 occupancies. [CONT.]: 306.5 Equipment and appliances on roofs or elevated structures. Where equipment or appliances requiring access are located on an elevated struct ure or the roof of a building such that personnel will have to climb higher than 16 feet (4876.8 mm ) above grade, roof or floor level to access such equipment or appliances, an interior or exterior means of access shall be provided. Such access shall not r equire climbing over obstructions greater than 30 inches (762 mm) in height or walking on roofs having a slope greater than 4 units vertical in 12 units horizontal (33 - percent slope). Such access to the roof or elevated structure and access from the roof o r elevated structure to equipment requiring maintenance shall not require the use of portable ladders. Where access involves climbing over parapet walls, the height shall be measured to the top of the parapet wall. Permanent ladders installed to provide th e required access shall comply with the following minimum design criteria: 1. The side railing shall extend above the parapet or roof edge not less than 30 inches (762 mm). 2. Ladders shall have rung spacing not to exceed 12 inches (304.8 mm) on center. The uppermost rung shall be not more than 24 inches (609.6 mm) below the upper edge of the roof hatch, roof or parapet, or equipment access platform, as applicable. 3. Ladders shall have a toe spacing not less than 7 inches (177.8 mm) deep. 4. There shal l be not less than 18 inches (457.2 mm) between rails. 5. Rungs shall have a diameter not less than 0.75 - inch (19 mm) and be capable of withstanding a 300 - pound (136.1 kg) load. 6. Where a cage, well or ladder safety device is prohibited, ladders over 20 feet (6096 mm) in height shall be provided with landing platforms for each 30 feet (9144 mm) of height. Where a cage, well or ladder safety device is not provided, ladders over 20 fe et (6096 mm) in height shall be provided with landing platforms for GENERAL REGULATIONS each 20 feet (6096 mm) of height. Landings shall be capable of withstanding 100 pounds (488.2 kg/m 2 ) per square foot. A guard rail and toeboard shall be provided on all open sides of the l anding. 7. Climbing clearance. The distance from the centerline of the rungs to the nearest permanent object on the climbing side of the ladder shall be not less than 30 inches (762 mm) measured perpendicular to the rungs. This distance shall be maintaine d from the point of ladder access to the bottom of the roof hatch. A minimum clear width of 15 inches (381 mm) shall be provided on both sides of the ladder measured from the midpoint of and parallel with the rungs except where cages or wells are installed . 8. Landing required. The ladder shall be provided with a clear and unobstructed bottom landing area having a minimum dimension of 30 inches by 30 inches (762 mm by 762 mm) centered in front of the ladder. 9. Ladders shall be protected against corrosion by approved means. 10. Service personnel shall have access to ladders at all times. 11. Where ladder extensions are installed, the side rails of through or side - step ladder extensions shall extend 3 1 / 2 feet (1066.8 mm) above the parapets and landings. For through ladder extensions, the rungs shall be omitted from the extensions and shall have not less than 18 inches (457.2 mm) nor more than 24 inches (609.6 mm) of clearance between rails. For side - step or offset fixed ladder sections, at landings, the side rails and rungs shall be carried to the next regular rung beyond or above the 3 1 / 2 feet (1066.8 mm) minimum. Catwalks installed to provide the required access shall be not less than 24 inches (609.6 mm) wide and shall have railings as required for service platforms. Exception: This section shall not apply to Group R - 3 occupancies. [CONT.]: 306.5 Equipment and appliances on roofs or elevated structures. Where equipment or appliances requiring access are located on an elevated struct ure or the roof of a building such that personnel will have to climb higher than 16 feet (4876.8 mm ) above grade, roof or floor level to access such equipment or appliances, an interior or exterior means of access shall be provided. Such access shall not r equire climbing over obstructions greater than 30 inches (762 mm) in height or walking on roofs having a slope greater than 4 units vertical in 12 units horizontal (33 - percent slope). Such access to the roof or elevated structure and access from the roof o r elevated structure to equipment requiring maintenance shall not require the use of portable ladders. Where access involves climbing over parapet walls, the height shall be measured to the top of the parapet wall. Permanent ladders installed to provide th e required access shall comply with the following minimum design criteria: 1. The side railing shall extend above the parapet or roof edge not less than 30 inches (762 mm). 2. Ladders shall have rung spacing not to exceed 12 inches (304.8 mm) on center. The uppermost rung shall be not more than 24 inches (609.6 mm) below the upper edge of the roof hatch, roof or parapet, or equipment access platform, as applicable. 3. Ladders shall have a toe spacing not less than 7 inches (177.8 mm) deep. 4. There shal l be not less than 18 inches (457.2 mm) between rails. 5. Rungs shall have a diameter not less than 0.75 - inch (19 mm) and be capable of withstanding a 300 - pound (136.1 kg) load. 6. Where a cage, well or ladder safety device is prohibited, ladders over 20 feet (6096 mm) in height shall be provided with landing platforms for each 30 feet (9144 mm) of height. Where a cage, well or ladder safety device is not provided, ladders over 20 fe et (6096 mm) in height shall be provided with landing platforms for GENERAL REGULATIONS each 20 feet (6096 mm) of height. Landings shall be capable of withstanding 100 pounds (488.2 kg/m 2 ) per square foot. A guard rail and toeboard shall be provided on all open sides of the l anding. 7. Climbing clearance. The distance from the centerline of the rungs to the nearest permanent object on the climbing side of the ladder shall be not less than 30 inches (762 mm) measured perpendicular to the rungs. This distance shall be maintaine d from the point of ladder access to the bottom of the roof hatch. A minimum clear width of 15 inches (381 mm) shall be provided on both sides of the ladder measured from the midpoint of and parallel with the rungs except where cages or wells are installed . 8. Landing required. The ladder shall be provided with a clear and unobstructed bottom landing area having a minimum dimension of 30 inches by 30 inches (762 mm by 762 mm) centered in front of the ladder. 9. Ladders shall be protected against corrosion by approved means. 10. Service personnel shall have access to ladders at all times. 11. Where ladder extensions are installed, the side rails of through or side - step ladder extensions shall extend 3 1 / 2 feet (1066.8 mm) above the parapets and landings. For through ladder extensions, the rungs shall be omitted from the extensions and shall have not less than 18 inches (457.2 mm) nor more than 24 inches (609.6 mm) of clearance between rails. For side - step or offset fixed ladder sections, at landings, the side rails and rungs shall be carried to the next regular rung beyond or above the 3 1 / 2 feet (1066.8 mm) minimum. Catwalks installed to provide the required access shall be not less than 24 inches (609.6 mm) wide and shall have railings as required for service platforms. Exception: This section shall not apply to Group R - 3 occupancies. [CONT.]: 306.5 Equipment and appliances on roofs or elevated structures. Where equipment or appliances requiring access are located on an elevated struct ure or the roof of a building such that personnel will have to climb higher than 16 feet (4876.8 mm ) above grade, roof or floor level to access such equipment or appliances, an interior or exterior means of access shall be provided. Such access shall not r equire climbing over obstructions greater than 30 inches (762 mm) in height or walking on roofs having a slope greater than 4 units vertical in 12 units horizontal (33 - percent slope). Such access to the roof or elevated structure and access from the roof o r elevated structure to equipment requiring maintenance shall not require the use of portable ladders. Where access involves climbing over parapet walls, the height shall be measured to the top of the parapet wall. Permanent ladders installed to provide th e required access shall comply with the following minimum design criteria: 1. The side railing shall extend above the parapet or roof edge not less than 30 inches (762 mm). 2. Ladders shall have rung spacing not to exceed 12 inches (304.8 mm) on center. The uppermost rung shall be not more than 24 inches (609.6 mm) below the upper edge of the roof hatch, roof or parapet, or equipment access platform, as applicable. 3. Ladders shall have a toe spacing not less than 7 inches (177.8 mm) deep. 4. There shal l be not less than 18 inches (457.2 mm) between rails. 5. Rungs shall have a diameter not less than 0.75 - inch (19 mm) and be capable of withstanding a 300 - pound (136.1 kg) load. 6. Where a cage, well or ladder safety device is prohibited, ladders over 20 feet (6096 mm) in height shall be provided with landing platforms for each 30 feet (9144 mm) of height. Where a cage, well or ladder safety device is not provided, ladders over 20 fe et (6096 mm) in height shall be provided with landing platforms for GENERAL REGULATIONS each 20 feet (6096 mm) of height. Landings shall be capable of withstanding 100 pounds (488.2 kg/m 2 ) per square foot. A guard rail and toeboard shall be provided on all open sides of the l anding. 7. Climbing clearance. The distance from the centerline of the rungs to the nearest permanent object on the climbing side of the ladder shall be not less than 30 inches (762 mm) measured perpendicular to the rungs. This distance shall be maintaine d from the point of ladder access to the bottom of the roof hatch. A minimum clear width of 15 inches (381 mm) shall be provided on both sides of the ladder measured from the midpoint of and parallel with the rungs except where cages or wells are installed . 8. Landing required. The ladder shall be provided with a clear and unobstructed bottom landing area having a minimum dimension of 30 inches by 30 inches (762 mm by 762 mm) centered in front of the ladder. 9. Ladders shall be protected against corrosion by approved means. 10. Service personnel shall have access to ladders at all times. 11. Where ladder extensions are installed, the side rails of through or side - step ladder extensions shall extend 3 1 / 2 feet (1066.8 mm) above the parapets and landings. For through ladder extensions, the rungs shall be omitted from the extensions and shall have not less than 18 inches (457.2 mm) nor more than 24 inches (609.6 mm) of clearance between rails. For side - step or offset fixed ladder sections, at landings, the side rails and rungs shall be carried to the next regular rung beyond or above the 3 1 / 2 feet (1066.8 mm) minimum. Catwalks installed to provide the required access shall be not less than 24 inches (609.6 mm) wide and shall have railings as required for service platforms. Exception: This section shall not apply to Group R - 3 occupancies. [CONT.]: 306.5 Equipment and appliances on roofs or elevated structures. Where equipment or appliances requiring access are located on an elevated struct ure or the roof of a building such that personnel will have to climb higher than 16 feet (4876.8 mm ) above grade, roof or floor level to access such equipment or appliances, an interior or exterior means of access shall be provided. Such access shall not r equire climbing over obstructions greater than 30 inches (762 mm) in height or walking on roofs having a slope greater than 4 units vertical in 12 units horizontal (33 - percent slope). Such access to the roof or elevated structure and access from the roof o r elevated structure to equipment requiring maintenance shall not require the use of portable ladders. Where access involves climbing over parapet walls, the height shall be measured to the top of the parapet wall. Permanent ladders installed to provide th e required access shall comply with the following minimum design criteria: 1. The side railing shall extend above the parapet or roof edge not less than 30 inches (762 mm). 2. Ladders shall have rung spacing not to exceed 12 inches (304.8 mm) on center. The uppermost rung shall be not more than 24 inches (609.6 mm) below the upper edge of the roof hatch, roof or parapet, or equipment access platform, as applicable. 3. Ladders shall have a toe spacing not less than 7 inches (177.8 mm) deep. 4. There shal l be not less than 18 inches (457.2 mm) between rails. 5. Rungs shall have a diameter not less than 0.75 - inch (19 mm) and be capable of withstanding a 300 - pound (136.1 kg) load. 6. Where a cage, well or ladder safety device is prohibited, ladders over 20 feet (6096 mm) in height shall be provided with landing platforms for each 30 feet (9144 mm) of height. Where a cage, well or ladder safety device is not provided, ladders over 20 fe et (6096 mm) in height shall be provided with landing platforms for GENERAL REGULATIONS each 20 feet (6096 mm) of height. Landings shall be capable of withstanding 100 pounds (488.2 kg/m 2 ) per square foot. A guard rail and toeboard shall be provided on all open sides of the l anding. 7. Climbing clearance. The distance from the centerline of the rungs to the nearest permanent object on the climbing side of the ladder shall be not less than 30 inches (762 mm) measured perpendicular to the rungs. This distance shall be maintaine d from the point of ladder access to the bottom of the roof hatch. A minimum clear width of 15 inches (381 mm) shall be provided on both sides of the ladder measured from the midpoint of and parallel with the rungs except where cages or wells are installed . 8. Landing required. The ladder shall be provided with a clear and unobstructed bottom landing area having a minimum dimension of 30 inches by 30 inches (762 mm by 762 mm) centered in front of the ladder. 9. Ladders shall be protected against corrosion by approved means. 10. Service personnel shall have access to ladders at all times. 11. Where ladder extensions are installed, the side rails of through or side - step ladder extensions shall extend 3 1 / 2 feet (1066.8 mm) above the parapets and landings. For through ladder extensions, the rungs shall be omitted from the extensions and shall have not less than 18 inches (457.2 mm) nor more than 24 inches (609.6 mm) of clearance between rails. For side - step or offset fixed ladder sections, at landings, the side rails and rungs shall be carried to the next regular rung beyond or above the 3 1 / 2 feet (1066.8 mm) minimum. Catwalks installed to provide the required access shall be not less than 24 inches (609.6 mm) wide and shall have railings as required for service platforms. Exception: This section shall not apply to Group R - 3 occupancies.",
    "metadata": {
      "section_full": "306.5",
      "parent_major": "306",
      "parent_minor": "306.5",
      "source": "027.txt"
    }
  },
  {
    "id": "306.5.1",
    "text": "CONTEXT: 306 > 306.5 | CONTENT: 306.5.1 306.5.1 Sloped roofs. Where appliances, equipment, fans or other components that require service are installed on a roof having a slope of three units vertical in 12 units horizontal (25 - percent slope) or greater and having an edge more than 30 inches (762 mm) above grade at such edge, a level platform shall be provided on each side of the appliance or equipment to which access is required for service , repair or maintenance . The platform shall be not less than 30 inches (762 mm) in any dimension and shall be provided with guards. The guards shall extend not less than 42 inches (1066.8 mm) above the platform, shall be constructed so as to prevent the passage of a 21 - inch (533 .4 mm) diameter sphere and shall comply with the loading requirements for guards specified in the New York City Building Code . Access shall not require walking on roofs having a slope greater than four units vertical in 12 units horizontal (33 - percent slope). Where access involves obstructions greater than 30 inches (762 mm) in height, such obstructions shall be provided with la dders installed in accordance with Section 306.5 or stairways installed in accordance with the requirements specified in the New York City Building Code in the path of travel to and from appliances, fans or equipment requiring service. [CONT.]: 306.5.1 Sloped roofs. Where appliances, equipment, fans or other components that require service are installed on a roof having a slope of three units vertical in 12 units horizontal (25 - percent slope) or greater and having an edge more than 30 inches (762 mm) above grade at such edge, a level platform shall be provided on each side of the appliance or equipment to which access is required for service , repair or maintenance . The platform shall be not less than 30 inches (762 mm) in any dimension and shall be provided with guards. The guards shall extend not less than 42 inches (1066.8 mm) above the platform, shall be constructed so as to prevent the passage of a 21 - inch (533 .4 mm) diameter sphere and shall comply with the loading requirements for guards specified in the New York City Building Code . Access shall not require walking on roofs having a slope greater than four units vertical in 12 units horizontal (33 - percent slope). Where access involves obstructions greater than 30 inches (762 mm) in height, such obstructions shall be provided with la dders installed in accordance with Section 306.5 or stairways installed in accordance with the requirements specified in the New York City Building Code in the path of travel to and from appliances, fans or equipment requiring service. [CONT.]: 306.5.1 Sloped roofs. Where appliances, equipment, fans or other components that require service are installed on a roof having a slope of three units vertical in 12 units horizontal (25 - percent slope) or greater and having an edge more than 30 inches (762 mm) above grade at such edge, a level platform shall be provided on each side of the appliance or equipment to which access is required for service , repair or maintenance . The platform shall be not less than 30 inches (762 mm) in any dimension and shall be provided with guards. The guards shall extend not less than 42 inches (1066.8 mm) above the platform, shall be constructed so as to prevent the passage of a 21 - inch (533 .4 mm) diameter sphere and shall comply with the loading requirements for guards specified in the New York City Building Code . Access shall not require walking on roofs having a slope greater than four units vertical in 12 units horizontal (33 - percent slope). Where access involves obstructions greater than 30 inches (762 mm) in height, such obstructions shall be provided with la dders installed in accordance with Section 306.5 or stairways installed in accordance with the requirements specified in the New York City Building Code in the path of travel to and from appliances, fans or equipment requiring service. [CONT.]: 306.5.1 Sloped roofs. Where appliances, equipment, fans or other components that require service are installed on a roof having a slope of three units vertical in 12 units horizontal (25 - percent slope) or greater and having an edge more than 30 inches (762 mm) above grade at such edge, a level platform shall be provided on each side of the appliance or equipment to which access is required for service , repair or maintenance . The platform shall be not less than 30 inches (762 mm) in any dimension and shall be provided with guards. The guards shall extend not less than 42 inches (1066.8 mm) above the platform, shall be constructed so as to prevent the passage of a 21 - inch (533 .4 mm) diameter sphere and shall comply with the loading requirements for guards specified in the New York City Building Code . Access shall not require walking on roofs having a slope greater than four units vertical in 12 units horizontal (33 - percent slope). Where access involves obstructions greater than 30 inches (762 mm) in height, such obstructions shall be provided with la dders installed in accordance with Section 306.5 or stairways installed in accordance with the requirements specified in the New York City Building Code in the path of travel to and from appliances, fans or equipment requiring service. [CONT.]: 306.5.1 Sloped roofs. Where appliances, equipment, fans or other components that require service are installed on a roof having a slope of three units vertical in 12 units horizontal (25 - percent slope) or greater and having an edge more than 30 inches (762 mm) above grade at such edge, a level platform shall be provided on each side of the appliance or equipment to which access is required for service , repair or maintenance . The platform shall be not less than 30 inches (762 mm) in any dimension and shall be provided with guards. The guards shall extend not less than 42 inches (1066.8 mm) above the platform, shall be constructed so as to prevent the passage of a 21 - inch (533 .4 mm) diameter sphere and shall comply with the loading requirements for guards specified in the New York City Building Code . Access shall not require walking on roofs having a slope greater than four units vertical in 12 units horizontal (33 - percent slope). Where access involves obstructions greater than 30 inches (762 mm) in height, such obstructions shall be provided with la dders installed in accordance with Section 306.5 or stairways installed in accordance with the requirements specified in the New York City Building Code in the path of travel to and from appliances, fans or equipment requiring service. [CONT.]: 306.5.1 Sloped roofs. Where appliances, equipment, fans or other components that require service are installed on a roof having a slope of three units vertical in 12 units horizontal (25 - percent slope) or greater and having an edge more than 30 inches (762 mm) above grade at such edge, a level platform shall be provided on each side of the appliance or equipment to which access is required for service , repair or maintenance . The platform shall be not less than 30 inches (762 mm) in any dimension and shall be provided with guards. The guards shall extend not less than 42 inches (1066.8 mm) above the platform, shall be constructed so as to prevent the passage of a 21 - inch (533 .4 mm) diameter sphere and shall comply with the loading requirements for guards specified in the New York City Building Code . Access shall not require walking on roofs having a slope greater than four units vertical in 12 units horizontal (33 - percent slope). Where access involves obstructions greater than 30 inches (762 mm) in height, such obstructions shall be provided with la dders installed in accordance with Section 306.5 or stairways installed in accordance with the requirements specified in the New York City Building Code in the path of travel to and from appliances, fans or equipment requiring service. [CONT.]: 306.5.1 Sloped roofs. Where appliances, equipment, fans or other components that require service are installed on a roof having a slope of three units vertical in 12 units horizontal (25 - percent slope) or greater and having an edge more than 30 inches (762 mm) above grade at such edge, a level platform shall be provided on each side of the appliance or equipment to which access is required for service , repair or maintenance . The platform shall be not less than 30 inches (762 mm) in any dimension and shall be provided with guards. The guards shall extend not less than 42 inches (1066.8 mm) above the platform, shall be constructed so as to prevent the passage of a 21 - inch (533 .4 mm) diameter sphere and shall comply with the loading requirements for guards specified in the New York City Building Code . Access shall not require walking on roofs having a slope greater than four units vertical in 12 units horizontal (33 - percent slope). Where access involves obstructions greater than 30 inches (762 mm) in height, such obstructions shall be provided with la dders installed in accordance with Section 306.5 or stairways installed in accordance with the requirements specified in the New York City Building Code in the path of travel to and from appliances, fans or equipment requiring service. [CONT.]: 306.5.1 Sloped roofs. Where appliances, equipment, fans or other components that require service are installed on a roof having a slope of three units vertical in 12 units horizontal (25 - percent slope) or greater and having an edge more than 30 inches (762 mm) above grade at such edge, a level platform shall be provided on each side of the appliance or equipment to which access is required for service , repair or maintenance . The platform shall be not less than 30 inches (762 mm) in any dimension and shall be provided with guards. The guards shall extend not less than 42 inches (1066.8 mm) above the platform, shall be constructed so as to prevent the passage of a 21 - inch (533 .4 mm) diameter sphere and shall comply with the loading requirements for guards specified in the New York City Building Code . Access shall not require walking on roofs having a slope greater than four units vertical in 12 units horizontal (33 - percent slope). Where access involves obstructions greater than 30 inches (762 mm) in height, such obstructions shall be provided with la dders installed in accordance with Section 306.5 or stairways installed in accordance with the requirements specified in the New York City Building Code in the path of travel to and from appliances, fans or equipment requiring service. [CONT.]: 306.5.1 Sloped roofs. Where appliances, equipment, fans or other components that require service are installed on a roof having a slope of three units vertical in 12 units horizontal (25 - percent slope) or greater and having an edge more than 30 inches (762 mm) above grade at such edge, a level platform shall be provided on each side of the appliance or equipment to which access is required for service , repair or maintenance . The platform shall be not less than 30 inches (762 mm) in any dimension and shall be provided with guards. The guards shall extend not less than 42 inches (1066.8 mm) above the platform, shall be constructed so as to prevent the passage of a 21 - inch (533 .4 mm) diameter sphere and shall comply with the loading requirements for guards specified in the New York City Building Code . Access shall not require walking on roofs having a slope greater than four units vertical in 12 units horizontal (33 - percent slope). Where access involves obstructions greater than 30 inches (762 mm) in height, such obstructions shall be provided with la dders installed in accordance with Section 306.5 or stairways installed in accordance with the requirements specified in the New York City Building Code in the path of travel to and from appliances, fans or equipment requiring service. [CONT.]: 306.5.1 Sloped roofs. Where appliances, equipment, fans or other components that require service are installed on a roof having a slope of three units vertical in 12 units horizontal (25 - percent slope) or greater and having an edge more than 30 inches (762 mm) above grade at such edge, a level platform shall be provided on each side of the appliance or equipment to which access is required for service , repair or maintenance . The platform shall be not less than 30 inches (762 mm) in any dimension and shall be provided with guards. The guards shall extend not less than 42 inches (1066.8 mm) above the platform, shall be constructed so as to prevent the passage of a 21 - inch (533 .4 mm) diameter sphere and shall comply with the loading requirements for guards specified in the New York City Building Code . Access shall not require walking on roofs having a slope greater than four units vertical in 12 units horizontal (33 - percent slope). Where access involves obstructions greater than 30 inches (762 mm) in height, such obstructions shall be provided with la dders installed in accordance with Section 306.5 or stairways installed in accordance with the requirements specified in the New York City Building Code in the path of travel to and from appliances, fans or equipment requiring service. [CONT.]: 306.5.1 Sloped roofs. Where appliances, equipment, fans or other components that require service are installed on a roof having a slope of three units vertical in 12 units horizontal (25 - percent slope) or greater and having an edge more than 30 inches (762 mm) above grade at such edge, a level platform shall be provided on each side of the appliance or equipment to which access is required for service , repair or maintenance . The platform shall be not less than 30 inches (762 mm) in any dimension and shall be provided with guards. The guards shall extend not less than 42 inches (1066.8 mm) above the platform, shall be constructed so as to prevent the passage of a 21 - inch (533 .4 mm) diameter sphere and shall comply with the loading requirements for guards specified in the New York City Building Code . Access shall not require walking on roofs having a slope greater than four units vertical in 12 units horizontal (33 - percent slope). Where access involves obstructions greater than 30 inches (762 mm) in height, such obstructions shall be provided with la dders installed in accordance with Section 306.5 or stairways installed in accordance with the requirements specified in the New York City Building Code in the path of travel to and from appliances, fans or equipment requiring service.",
    "metadata": {
      "section_full": "306.5.1",
      "parent_major": "306",
      "parent_minor": "306.5",
      "source": "027.txt"
    }
  },
  {
    "id": "306.5.2",
    "text": "CONTEXT: 306 > 306.5 | CONTENT: 306.5.2 306.5.2 Electrical r equirements. A receptacle outlet shall be provided at or near the equipment location in accordance with the New York City Electrical Code . SECTION MC 307 CONDENSATE DISPOSAL [CONT.]: 306.5.2 Electrical r equirements. A receptacle outlet shall be provided at or near the equipment location in accordance with the New York City Electrical Code . SECTION MC 307 CONDENSATE DISPOSAL [CONT.]: 306.5.2 Electrical r equirements. A receptacle outlet shall be provided at or near the equipment location in accordance with the New York City Electrical Code . SECTION MC 307 CONDENSATE DISPOSAL [CONT.]: 306.5.2 Electrical r equirements. A receptacle outlet shall be provided at or near the equipment location in accordance with the New York City Electrical Code . SECTION MC 307 CONDENSATE DISPOSAL [CONT.]: 306.5.2 Electrical r equirements. A receptacle outlet shall be provided at or near the equipment location in accordance with the New York City Electrical Code . SECTION MC 307 CONDENSATE DISPOSAL [CONT.]: 306.5.2 Electrical r equirements. A receptacle outlet shall be provided at or near the equipment location in accordance with the New York City Electrical Code . SECTION MC 307 CONDENSATE DISPOSAL [CONT.]: 306.5.2 Electrical r equirements. A receptacle outlet shall be provided at or near the equipment location in accordance with the New York City Electrical Code . SECTION MC 307 CONDENSATE DISPOSAL [CONT.]: 306.5.2 Electrical r equirements. A receptacle outlet shall be provided at or near the equipment location in accordance with the New York City Electrical Code . SECTION MC 307 CONDENSATE DISPOSAL [CONT.]: 306.5.2 Electrical r equirements. A receptacle outlet shall be provided at or near the equipment location in accordance with the New York City Electrical Code . SECTION MC 307 CONDENSATE DISPOSAL [CONT.]: 306.5.2 Electrical r equirements. A receptacle outlet shall be provided at or near the equipment location in accordance with the New York City Electrical Code . SECTION MC 307 CONDENSATE DISPOSAL [CONT.]: 306.5.2 Electrical r equirements. A receptacle outlet shall be provided at or near the equipment location in accordance with the New York City Electrical Code . SECTION MC 307 CONDENSATE DISPOSAL",
    "metadata": {
      "section_full": "306.5.2",
      "parent_major": "306",
      "parent_minor": "306.5",
      "source": "027.txt"
    }
  },
  {
    "id": "307.1",
    "text": "CONTEXT: 307 > 307.1 | CONTENT: 307.1 307.1 Fuel - burning appliances. Liquid combustion by - products of condensing applian ces shall be collected and discharged to an approved plumbing fixture or disposal area in accordance with the manufacturer\u2019s instructions. Condensate piping shall be of approved corrosion - resistant material in accordance with Section 803 of the New York Ci ty Plumbing Code and shall not be smaller than the drain connection on the appliance. Such piping shall maintain a minimum horizontal slope in the direction of discharge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Pi ping shall be configured to permit clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.1 Fuel - burning appliances. Liquid combustion by - products of condensing applian ces shall be collected and discharged to an approved plumbing fixture or disposal area in accordance with the manufacturer\u2019s instructions. Condensate piping shall be of approved corrosion - resistant material in accordance with Section 803 of the New York Ci ty Plumbing Code and shall not be smaller than the drain connection on the appliance. Such piping shall maintain a minimum horizontal slope in the direction of discharge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Pi ping shall be configured to permit clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.1 Fuel - burning appliances. Liquid combustion by - products of condensing applian ces shall be collected and discharged to an approved plumbing fixture or disposal area in accordance with the manufacturer\u2019s instructions. Condensate piping shall be of approved corrosion - resistant material in accordance with Section 803 of the New York Ci ty Plumbing Code and shall not be smaller than the drain connection on the appliance. Such piping shall maintain a minimum horizontal slope in the direction of discharge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Pi ping shall be configured to permit clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.1 Fuel - burning appliances. Liquid combustion by - products of condensing applian ces shall be collected and discharged to an approved plumbing fixture or disposal area in accordance with the manufacturer\u2019s instructions. Condensate piping shall be of approved corrosion - resistant material in accordance with Section 803 of the New York Ci ty Plumbing Code and shall not be smaller than the drain connection on the appliance. Such piping shall maintain a minimum horizontal slope in the direction of discharge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Pi ping shall be configured to permit clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.1 Fuel - burning appliances. Liquid combustion by - products of condensing applian ces shall be collected and discharged to an approved plumbing fixture or disposal area in accordance with the manufacturer\u2019s instructions. Condensate piping shall be of approved corrosion - resistant material in accordance with Section 803 of the New York Ci ty Plumbing Code and shall not be smaller than the drain connection on the appliance. Such piping shall maintain a minimum horizontal slope in the direction of discharge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Pi ping shall be configured to permit clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.1 Fuel - burning appliances. Liquid combustion by - products of condensing applian ces shall be collected and discharged to an approved plumbing fixture or disposal area in accordance with the manufacturer\u2019s instructions. Condensate piping shall be of approved corrosion - resistant material in accordance with Section 803 of the New York Ci ty Plumbing Code and shall not be smaller than the drain connection on the appliance. Such piping shall maintain a minimum horizontal slope in the direction of discharge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Pi ping shall be configured to permit clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.1 Fuel - burning appliances. Liquid combustion by - products of condensing applian ces shall be collected and discharged to an approved plumbing fixture or disposal area in accordance with the manufacturer\u2019s instructions. Condensate piping shall be of approved corrosion - resistant material in accordance with Section 803 of the New York Ci ty Plumbing Code and shall not be smaller than the drain connection on the appliance. Such piping shall maintain a minimum horizontal slope in the direction of discharge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Pi ping shall be configured to permit clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.1 Fuel - burning appliances. Liquid combustion by - products of condensing applian ces shall be collected and discharged to an approved plumbing fixture or disposal area in accordance with the manufacturer\u2019s instructions. Condensate piping shall be of approved corrosion - resistant material in accordance with Section 803 of the New York Ci ty Plumbing Code and shall not be smaller than the drain connection on the appliance. Such piping shall maintain a minimum horizontal slope in the direction of discharge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Pi ping shall be configured to permit clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.1 Fuel - burning appliances. Liquid combustion by - products of condensing applian ces shall be collected and discharged to an approved plumbing fixture or disposal area in accordance with the manufacturer\u2019s instructions. Condensate piping shall be of approved corrosion - resistant material in accordance with Section 803 of the New York Ci ty Plumbing Code and shall not be smaller than the drain connection on the appliance. Such piping shall maintain a minimum horizontal slope in the direction of discharge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Pi ping shall be configured to permit clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.1 Fuel - burning appliances. Liquid combustion by - products of condensing applian ces shall be collected and discharged to an approved plumbing fixture or disposal area in accordance with the manufacturer\u2019s instructions. Condensate piping shall be of approved corrosion - resistant material in accordance with Section 803 of the New York Ci ty Plumbing Code and shall not be smaller than the drain connection on the appliance. Such piping shall maintain a minimum horizontal slope in the direction of discharge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Pi ping shall be configured to permit clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.1 Fuel - burning appliances. Liquid combustion by - products of condensing applian ces shall be collected and discharged to an approved plumbing fixture or disposal area in accordance with the manufacturer\u2019s instructions. Condensate piping shall be of approved corrosion - resistant material in accordance with Section 803 of the New York Ci ty Plumbing Code and shall not be smaller than the drain connection on the appliance. Such piping shall maintain a minimum horizontal slope in the direction of discharge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Pi ping shall be configured to permit clearing of blockages and performance of maintenance without requiring the drain line to be cut.",
    "metadata": {
      "section_full": "307.1",
      "parent_major": "307",
      "parent_minor": "307.1",
      "source": "027.txt"
    }
  },
  {
    "id": "307.1.1",
    "text": "CONTEXT: 307 > 307.1 | CONTENT: 307.1.1 307.1.1 Condensate disposal. Condensate from all fuel - burning appliances and associated flues shall be neutralized to a pH o f at least 6 and no more than 8 prior to disposal to a sanitary system. [CONT.]: 307.1.1 Condensate disposal. Condensate from all fuel - burning appliances and associated flues shall be neutralized to a pH o f at least 6 and no more than 8 prior to disposal to a sanitary system. [CONT.]: 307.1.1 Condensate disposal. Condensate from all fuel - burning appliances and associated flues shall be neutralized to a pH o f at least 6 and no more than 8 prior to disposal to a sanitary system. [CONT.]: 307.1.1 Condensate disposal. Condensate from all fuel - burning appliances and associated flues shall be neutralized to a pH o f at least 6 and no more than 8 prior to disposal to a sanitary system. [CONT.]: 307.1.1 Condensate disposal. Condensate from all fuel - burning appliances and associated flues shall be neutralized to a pH o f at least 6 and no more than 8 prior to disposal to a sanitary system. [CONT.]: 307.1.1 Condensate disposal. Condensate from all fuel - burning appliances and associated flues shall be neutralized to a pH o f at least 6 and no more than 8 prior to disposal to a sanitary system. [CONT.]: 307.1.1 Condensate disposal. Condensate from all fuel - burning appliances and associated flues shall be neutralized to a pH o f at least 6 and no more than 8 prior to disposal to a sanitary system. [CONT.]: 307.1.1 Condensate disposal. Condensate from all fuel - burning appliances and associated flues shall be neutralized to a pH o f at least 6 and no more than 8 prior to disposal to a sanitary system. [CONT.]: 307.1.1 Condensate disposal. Condensate from all fuel - burning appliances and associated flues shall be neutralized to a pH o f at least 6 and no more than 8 prior to disposal to a sanitary system. [CONT.]: 307.1.1 Condensate disposal. Condensate from all fuel - burning appliances and associated flues shall be neutralized to a pH o f at least 6 and no more than 8 prior to disposal to a sanitary system. [CONT.]: 307.1.1 Condensate disposal. Condensate from all fuel - burning appliances and associated flues shall be neutralized to a pH o f at least 6 and no more than 8 prior to disposal to a sanitary system.",
    "metadata": {
      "section_full": "307.1.1",
      "parent_major": "307",
      "parent_minor": "307.1",
      "source": "027.txt"
    }
  },
  {
    "id": "307.2",
    "text": "CONTEXT: 307 > 307.2 | CONTENT: 307.2 307.2 Evaporators and cooling coils. Condensate drain systems shall be provided for equipment and appliances containing evaporators or cooling coils. Condensate drain systems shall be designed, constructed and installed in accordance with Sections 307.2.1 through 307.2.6. \u2021\u2021\u2021 Chapter 3 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 3 GENERAL REGULATIONS SECTION MC 301 GENERAL [CONT.]: 307.2 Evaporators and cooling coils. Condensate drain systems shall be provided for equipment and appliances containing evaporators or cooling coils. Condensate drain systems shall be designed, constructed and installed in accordance with Sections 307.2.1 through 307.2.6. \u2021\u2021\u2021 Chapter 3 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 3 GENERAL REGULATIONS SECTION MC 301 GENERAL [CONT.]: 307.2 Evaporators and cooling coils. Condensate drain systems shall be provided for equipment and appliances containing evaporators or cooling coils. Condensate drain systems shall be designed, constructed and installed in accordance with Sections 307.2.1 through 307.2.6. GENERAL REGULATIONS Exception: Evaporators and cooling coils that are designed to operate in sensible cooling only and not support condensation shall not be required to meet the requireme nts of this section. [CONT.]: 307.2 Evaporators and cooling coils. Condensate drain systems shall be provided for equipment and appliances containing evaporators or cooling coils. Condensate drain systems shall be designed, constructed and installed in accordance with Sections 307.2.1 through 307.2.6. GENERAL REGULATIONS Exception: Evaporators and cooling coils that are designed to operate in sensible cooling only and not support condensation shall not be required to meet the requireme nts of this section. [CONT.]: 307.2 Evaporators and cooling coils. Condensate drain systems shall be provided for equipment and appliances containing evaporators or cooling coils. Condensate drain systems shall be designed, constructed and installed in accordance with Sections 307.2.1 through 307.2.6. GENERAL REGULATIONS Exception: Evaporators and cooling coils that are designed to operate in sensible cooling only and not support condensation shall not be required to meet the requireme nts of this section. [CONT.]: 307.2 Evaporators and cooling coils. Condensate drain systems shall be provided for equipment and appliances containing evaporators or cooling coils. Condensate drain systems shall be designed, constructed and installed in accordance with Sections 307.2.1 through 307.2.6. GENERAL REGULATIONS Exception: Evaporators and cooling coils that are designed to operate in sensible cooling only and not support condensation shall not be required to meet the requireme nts of this section. [CONT.]: 307.2 Evaporators and cooling coils. Condensate drain systems shall be provided for equipment and appliances containing evaporators or cooling coils. Condensate drain systems shall be designed, constructed and installed in accordance with Sections 307.2.1 through 307.2.6. GENERAL REGULATIONS Exception: Evaporators and cooling coils that are designed to operate in sensible cooling only and not support condensation shall not be required to meet the requireme nts of this section. [CONT.]: 307.2 Evaporators and cooling coils. Condensate drain systems shall be provided for equipment and appliances containing evaporators or cooling coils. Condensate drain systems shall be designed, constructed and installed in accordance with Sections 307.2.1 through 307.2.6. GENERAL REGULATIONS Exception: Evaporators and cooling coils that are designed to operate in sensible cooling only and not support condensation shall not be required to meet the requireme nts of this section. [CONT.]: 307.2 Evaporators and cooling coils. Condensate drain systems shall be provided for equipment and appliances containing evaporators or cooling coils. Condensate drain systems shall be designed, constructed and installed in accordance with Sections 307.2.1 through 307.2.6. GENERAL REGULATIONS Exception: Evaporators and cooling coils that are designed to operate in sensible cooling only and not support condensation shall not be required to meet the requireme nts of this section. [CONT.]: 307.2 Evaporators and cooling coils. Condensate drain systems shall be provided for equipment and appliances containing evaporators or cooling coils. Condensate drain systems shall be designed, constructed and installed in accordance with Sections 307.2.1 through 307.2.6. GENERAL REGULATIONS Exception: Evaporators and cooling coils that are designed to operate in sensible cooling only and not support condensation shall not be required to meet the requireme nts of this section. [CONT.]: 307.2 Evaporators and cooling coils. Condensate drain systems shall be provided for equipment and appliances containing evaporators or cooling coils. Condensate drain systems shall be designed, constructed and installed in accordance with Sections 307.2.1 through 307.2.6. GENERAL REGULATIONS Exception: Evaporators and cooling coils that are designed to operate in sensible cooling only and not support condensation shall not be required to meet the requireme nts of this section.",
    "metadata": {
      "section_full": "307.2",
      "parent_major": "307",
      "parent_minor": "307.2",
      "source": "027.txt"
    }
  },
  {
    "id": "307.2.1",
    "text": "CONTEXT: 307 > 307.2 | CONTENT: 307.2.1 307.2.1 Condensate disposal. Condensate from all cooling coils and evaporators shall be conveyed from the drain pan outlet to an approved place of disposal. Such piping shall maintain a minimum horizontal slope in the direction of disc harge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Condensate shall not discharge into a street, alley or other areas so as to cause a nuisance. [CONT.]: 307.2.1 Condensate disposal. Condensate from all cooling coils and evaporators shall be conveyed from the drain pan outlet to an approved place of disposal. Such piping shall maintain a minimum horizontal slope in the direction of disc harge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Condensate shall not discharge into a street, alley or other areas so as to cause a nuisance. [CONT.]: 307.2.1 Condensate disposal. Condensate from all cooling coils and evaporators shall be conveyed from the drain pan outlet to an approved place of disposal. Such piping shall maintain a minimum horizontal slope in the direction of disc harge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Condensate shall not discharge into a street, alley or other areas so as to cause a nuisance. [CONT.]: 307.2.1 Condensate disposal. Condensate from all cooling coils and evaporators shall be conveyed from the drain pan outlet to an approved place of disposal. Such piping shall maintain a minimum horizontal slope in the direction of disc harge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Condensate shall not discharge into a street, alley or other areas so as to cause a nuisance. [CONT.]: 307.2.1 Condensate disposal. Condensate from all cooling coils and evaporators shall be conveyed from the drain pan outlet to an approved place of disposal. Such piping shall maintain a minimum horizontal slope in the direction of disc harge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Condensate shall not discharge into a street, alley or other areas so as to cause a nuisance. [CONT.]: 307.2.1 Condensate disposal. Condensate from all cooling coils and evaporators shall be conveyed from the drain pan outlet to an approved place of disposal. Such piping shall maintain a minimum horizontal slope in the direction of disc harge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Condensate shall not discharge into a street, alley or other areas so as to cause a nuisance. [CONT.]: 307.2.1 Condensate disposal. Condensate from all cooling coils and evaporators shall be conveyed from the drain pan outlet to an approved place of disposal. Such piping shall maintain a minimum horizontal slope in the direction of disc harge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Condensate shall not discharge into a street, alley or other areas so as to cause a nuisance. [CONT.]: 307.2.1 Condensate disposal. Condensate from all cooling coils and evaporators shall be conveyed from the drain pan outlet to an approved place of disposal. Such piping shall maintain a minimum horizontal slope in the direction of disc harge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Condensate shall not discharge into a street, alley or other areas so as to cause a nuisance. [CONT.]: 307.2.1 Condensate disposal. Condensate from all cooling coils and evaporators shall be conveyed from the drain pan outlet to an approved place of disposal. Such piping shall maintain a minimum horizontal slope in the direction of disc harge of not less than one - eighth unit vertical in 12 units horizontal (1 - percent slope). Condensate shall not discharge into a street, alley or other areas so as to cause a nuisance.",
    "metadata": {
      "section_full": "307.2.1",
      "parent_major": "307",
      "parent_minor": "307.2",
      "source": "027.txt"
    }
  },
  {
    "id": "307.2.2",
    "text": "CONTEXT: 307 > 307.2 | CONTENT: 307.2.2 307.2.2 Drain pipe materials and sizes. Components of the condensate disposal system shall be cast iron, galvanized steel, copper, cross - linked polyethylene, polyethylene , ABS, CPVC, or PVC pipe or tubing. Polypropylene tubing may be used in lengths that do not exceed 12 inches (304.8 mm) for an individual drain application. Components shall be selected for the pressure and temperature rating of the installation. Joints and connections shall be made in accordance with the applicable provisions of Chapter 7 of the New York City Plumbing Code relat ive to the material type. Condensate waste and drain line size shall be not less than 3 / 4 - inch (19.1 mm) internal diameter and shall not decrease in size from the drain pan connection to the place of condensate disposal. Where the drain pipes from more tha n one unit are manifolded together for condensate drainage, the pipe or tubing shall be sized in accordance with Table 307.2.2. TABLE 307.2.2 CONDENSATE DRAIN SIZING EQUIPMENT CAPACITY MINIMUM CONDENSATE PIPE DIAMETER Up to 20 tons of refrigeration 3 / 4 inch Over 20 tons to 40 tons of refrigeration 1 inch Over 40 tons to 90 tons of refrigeration 1 1 / 4 inches Over 90 tons to 125 tons of refrigeration 1 1 / 2 inches Over 125 tons to 250 tons of refrigeration 2 inches For SI:1 inch = 25.4 mm, 1 ton = 3.517 kW. [CONT.]: 307.2.2 Drain pipe materials and sizes. Components of the condensate disposal system shall be cast iron, galvanized steel, copper, cross - linked polyethylene, polyethylene , ABS, CPVC, or PVC pipe or tubing. Polypropylene tubing may be used in lengths that do not exceed 12 inches (304.8 mm) for an individual drain application. Components shall be selected for the pressure and temperature rating of the installation. Joints and connections shall be made in accordance with the applicable provisions of Chapter 7 of the New York City Plumbing Code relat ive to the material type. Condensate waste and drain line size shall be not less than 3 / 4 - inch (19.1 mm) internal diameter and shall not decrease in size from the drain pan connection to the place of condensate disposal. Where the drain pipes from more tha n one unit are manifolded together for condensate drainage, the pipe or tubing shall be sized in accordance with Table 307.2.2. TABLE 307.2.2 CONDENSATE DRAIN SIZING EQUIPMENT CAPACITY MINIMUM CONDENSATE PIPE DIAMETER Up to 20 tons of refrigeration 3 / 4 inch Over 20 tons to 40 tons of refrigeration 1 inch Over 40 tons to 90 tons of refrigeration 1 1 / 4 inches Over 90 tons to 125 tons of refrigeration 1 1 / 2 inches Over 125 tons to 250 tons of refrigeration 2 inches For SI:1 inch = 25.4 mm, 1 ton = 3.517 kW. [CONT.]: 307.2.2 Drain pipe materials and sizes. Components of the condensate disposal system shall be cast iron, galvanized steel, copper, cross - linked polyethylene, polyethylene , ABS, CPVC, or PVC pipe or tubing. Polypropylene tubing may be used in lengths that do not exceed 12 inches (304.8 mm) for an individual drain application. Components shall be selected for the pressure and temperature rating of the installation. Joints and connections shall be made in accordance with the applicable provisions of Chapter 7 of the New York City Plumbing Code relat ive to the material type. Condensate waste and drain line size shall be not less than 3 / 4 - inch (19.1 mm) internal diameter and shall not decrease in size from the drain pan connection to the place of condensate disposal. Where the drain pipes from more tha n one unit are manifolded together for condensate drainage, the pipe or tubing shall be sized in accordance with Table 307.2.2. TABLE 307.2.2 CONDENSATE DRAIN SIZING EQUIPMENT CAPACITY MINIMUM CONDENSATE PIPE DIAMETER Up to 20 tons of refrigeration 3 / 4 inch Over 20 tons to 40 tons of refrigeration 1 inch Over 40 tons to 90 tons of refrigeration 1 1 / 4 inches Over 90 tons to 125 tons of refrigeration 1 1 / 2 inches Over 125 tons to 250 tons of refrigeration 2 inches For SI:1 inch = 25.4 mm, 1 ton = 3.517 kW. [CONT.]: 307.2.2 Drain pipe materials and sizes. Components of the condensate disposal system shall be cast iron, galvanized steel, copper, cross - linked polyethylene, polyethylene , ABS, CPVC, or PVC pipe or tubing. Polypropylene tubing may be used in lengths that do not exceed 12 inches (304.8 mm) for an individual drain application. Components shall be selected for the pressure and temperature rating of the installation. Joints and connections shall be made in accordance with the applicable provisions of Chapter 7 of the New York City Plumbing Code relat ive to the material type. Condensate waste and drain line size shall be not less than 3 / 4 - inch (19.1 mm) internal diameter and shall not decrease in size from the drain pan connection to the place of condensate disposal. Where the drain pipes from more tha n one unit are manifolded together for condensate drainage, the pipe or tubing shall be sized in accordance with Table 307.2.2. TABLE 307.2.2 CONDENSATE DRAIN SIZING EQUIPMENT CAPACITY MINIMUM CONDENSATE PIPE DIAMETER Up to 20 tons of refrigeration 3 / 4 inch Over 20 tons to 40 tons of refrigeration 1 inch Over 40 tons to 90 tons of refrigeration 1 1 / 4 inches Over 90 tons to 125 tons of refrigeration 1 1 / 2 inches Over 125 tons to 250 tons of refrigeration 2 inches For SI:1 inch = 25.4 mm, 1 ton = 3.517 kW. [CONT.]: 307.2.2 Drain pipe materials and sizes. Components of the condensate disposal system shall be cast iron, galvanized steel, copper, cross - linked polyethylene, polyethylene , ABS, CPVC, or PVC pipe or tubing. Polypropylene tubing may be used in lengths that do not exceed 12 inches (304.8 mm) for an individual drain application. Components shall be selected for the pressure and temperature rating of the installation. Joints and connections shall be made in accordance with the applicable provisions of Chapter 7 of the New York City Plumbing Code relat ive to the material type. Condensate waste and drain line size shall be not less than 3 / 4 - inch (19.1 mm) internal diameter and shall not decrease in size from the drain pan connection to the place of condensate disposal. Where the drain pipes from more tha n one unit are manifolded together for condensate drainage, the pipe or tubing shall be sized in accordance with Table 307.2.2. TABLE 307.2.2 CONDENSATE DRAIN SIZING EQUIPMENT CAPACITY MINIMUM CONDENSATE PIPE DIAMETER Up to 20 tons of refrigeration 3 / 4 inch Over 20 tons to 40 tons of refrigeration 1 inch Over 40 tons to 90 tons of refrigeration 1 1 / 4 inches Over 90 tons to 125 tons of refrigeration 1 1 / 2 inches Over 125 tons to 250 tons of refrigeration 2 inches For SI:1 inch = 25.4 mm, 1 ton = 3.517 kW. [CONT.]: 307.2.2 Drain pipe materials and sizes. Components of the condensate disposal system shall be cast iron, galvanized steel, copper, cross - linked polyethylene, polyethylene , ABS, CPVC, or PVC pipe or tubing. Polypropylene tubing may be used in lengths that do not exceed 12 inches (304.8 mm) for an individual drain application. Components shall be selected for the pressure and temperature rating of the installation. Joints and connections shall be made in accordance with the applicable provisions of Chapter 7 of the New York City Plumbing Code relat ive to the material type. Condensate waste and drain line size shall be not less than 3 / 4 - inch (19.1 mm) internal diameter and shall not decrease in size from the drain pan connection to the place of condensate disposal. Where the drain pipes from more tha n one unit are manifolded together for condensate drainage, the pipe or tubing shall be sized in accordance with Table 307.2.2. TABLE 307.2.2 CONDENSATE DRAIN SIZING EQUIPMENT CAPACITY MINIMUM CONDENSATE PIPE DIAMETER Up to 20 tons of refrigeration 3 / 4 inch Over 20 tons to 40 tons of refrigeration 1 inch Over 40 tons to 90 tons of refrigeration 1 1 / 4 inches Over 90 tons to 125 tons of refrigeration 1 1 / 2 inches Over 125 tons to 250 tons of refrigeration 2 inches For SI:1 inch = 25.4 mm, 1 ton = 3.517 kW. [CONT.]: 307.2.2 Drain pipe materials and sizes. Components of the condensate disposal system shall be cast iron, galvanized steel, copper, cross - linked polyethylene, polyethylene , ABS, CPVC, or PVC pipe or tubing. Polypropylene tubing may be used in lengths that do not exceed 12 inches (304.8 mm) for an individual drain application. Components shall be selected for the pressure and temperature rating of the installation. Joints and connections shall be made in accordance with the applicable provisions of Chapter 7 of the New York City Plumbing Code relat ive to the material type. Condensate waste and drain line size shall be not less than 3 / 4 - inch (19.1 mm) internal diameter and shall not decrease in size from the drain pan connection to the place of condensate disposal. Where the drain pipes from more tha n one unit are manifolded together for condensate drainage, the pipe or tubing shall be sized in accordance with Table 307.2.2. TABLE 307.2.2 CONDENSATE DRAIN SIZING EQUIPMENT CAPACITY MINIMUM CONDENSATE PIPE DIAMETER Up to 20 tons of refrigeration 3 / 4 inch Over 20 tons to 40 tons of refrigeration 1 inch Over 40 tons to 90 tons of refrigeration 1 1 / 4 inches Over 90 tons to 125 tons of refrigeration 1 1 / 2 inches Over 125 tons to 250 tons of refrigeration 2 inches For SI:1 inch = 25.4 mm, 1 ton = 3.517 kW. [CONT.]: 307.2.2 Drain pipe materials and sizes. Components of the condensate disposal system shall be cast iron, galvanized steel, copper, cross - linked polyethylene, polyethylene , ABS, CPVC, or PVC pipe or tubing. Polypropylene tubing may be used in lengths that do not exceed 12 inches (304.8 mm) for an individual drain application. Components shall be selected for the pressure and temperature rating of the installation. Joints and connections shall be made in accordance with the applicable provisions of Chapter 7 of the New York City Plumbing Code relat ive to the material type. Condensate waste and drain line size shall be not less than 3 / 4 - inch (19.1 mm) internal diameter and shall not decrease in size from the drain pan connection to the place of condensate disposal. Where the drain pipes from more tha n one unit are manifolded together for condensate drainage, the pipe or tubing shall be sized in accordance with Table 307.2.2. TABLE 307.2.2 CONDENSATE DRAIN SIZING EQUIPMENT CAPACITY MINIMUM CONDENSATE PIPE DIAMETER Up to 20 tons of refrigeration 3 / 4 inch Over 20 tons to 40 tons of refrigeration 1 inch Over 40 tons to 90 tons of refrigeration 1 1 / 4 inches Over 90 tons to 125 tons of refrigeration 1 1 / 2 inches Over 125 tons to 250 tons of refrigeration 2 inches For SI:1 inch = 25.4 mm, 1 ton = 3.517 kW. [CONT.]: 307.2.2 Drain pipe materials and sizes. Components of the condensate disposal system shall be cast iron, galvanized steel, copper, cross - linked polyethylene, polyethylene , ABS, CPVC, or PVC pipe or tubing. Polypropylene tubing may be used in lengths that do not exceed 12 inches (304.8 mm) for an individual drain application. Components shall be selected for the pressure and temperature rating of the installation. Joints and connections shall be made in accordance with the applicable provisions of Chapter 7 of the New York City Plumbing Code relat ive to the material type. Condensate waste and drain line size shall be not less than 3 / 4 - inch (19.1 mm) internal diameter and shall not decrease in size from the drain pan connection to the place of condensate disposal. Where the drain pipes from more tha n one unit are manifolded together for condensate drainage, the pipe or tubing shall be sized in accordance with Table 307.2.2. TABLE 307.2.2 CONDENSATE DRAIN SIZING EQUIPMENT CAPACITY MINIMUM CONDENSATE PIPE DIAMETER Up to 20 tons of refrigeration 3 / 4 inch Over 20 tons to 40 tons of refrigeration 1 inch Over 40 tons to 90 tons of refrigeration 1 1 / 4 inches Over 90 tons to 125 tons of refrigeration 1 1 / 2 inches Over 125 tons to 250 tons of refrigeration 2 inches For SI:1 inch = 25.4 mm, 1 ton = 3.517 kW.",
    "metadata": {
      "section_full": "307.2.2",
      "parent_major": "307",
      "parent_minor": "307.2",
      "source": "027.txt"
    }
  },
  {
    "id": "307.2.3",
    "text": "CONTEXT: 307 > 307.2 | CONTENT: 307.2.3 307.2.3 Auxiliary and secondary drain systems. In addition to the requirements of Section 307.2.1, where damage to any building components could occur as a result of overflow from the equipment primary condensate removal system, one of the following auxiliary protection methods shall be provided for each cooling coil or fuel - fired appliance that produces condensate: 1. An auxiliary drain pan with a separate drain shall be provided under the coils on which condensation will occur. The auxiliary pan drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The pan shall have a depth of not less than 1 1 / 2 inches (38.1 mm), shall be not less than 3 inches (76.2 mm) larger than the unit, or the coil dimensions in width and length and shall be constructed of corrosion - resistant material. Metallic pans shall have a thickness of not less than 0.0236 inch (0.6010 mm) (No. 24 gage ) for galvaniz ed sheet metal pans, 0.0179 inch (0.4546 mm) (No. 26 gage) for stainless steel pans, or 0.0320 inch (0.8128 mm) (No. 20 gage) for aluminum pans. Nonmetallic pans shall have a thickness of not less than 0.0625 inch (1.6 mm). 2. A separate overflow drain li ne shall be connected to the drain pan provided with the equipment. Such overflow drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The overflow drain line shall connect to the drai n pan at a higher level than the primary drain connection. GENERAL REGULATIONS 3. An auxiliary drain pan without a separate drain line shall be provided under the coils on which condensate will occur. Such pan shall be equipped with a listed water - level detection device that will shut off the equipment served prior to overflow of the pan. The auxiliary drain pan shall be constructed in accordance with Item 1 of this section. 4. A listed water - level detection device shall be provided that will shut off the equipment served in t he event that the primary drain is blocked. The device shall be installed in the primary drain line, the overflow drain line, or in the equipment - supplied drain pan, located at a point higher than the primary drain line connection and below the overflow ri m of such pan. Exceptions: 1. An auxiliary drain protection method shall not be required for fuel - fired appliances that automatically shut down operation in the event of a stoppage in the condensate drainage system. 2. An auxiliary drain protection method shall not be required where a suitably sized and located floor drain is provided. [CONT.]: 307.2.3 Auxiliary and secondary drain systems. In addition to the requirements of Section 307.2.1, where damage to any building components could occur as a result of overflow from the equipment primary condensate removal system, one of the following auxiliary protection methods shall be provided for each cooling coil or fuel - fired appliance that produces condensate: 1. An auxiliary drain pan with a separate drain shall be provided under the coils on which condensation will occur. The auxiliary pan drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The pan shall have a depth of not less than 1 1 / 2 inches (38.1 mm), shall be not less than 3 inches (76.2 mm) larger than the unit, or the coil dimensions in width and length and shall be constructed of corrosion - resistant material. Metallic pans shall have a thickness of not less than 0.0236 inch (0.6010 mm) (No. 24 gage ) for galvaniz ed sheet metal pans, 0.0179 inch (0.4546 mm) (No. 26 gage) for stainless steel pans, or 0.0320 inch (0.8128 mm) (No. 20 gage) for aluminum pans. Nonmetallic pans shall have a thickness of not less than 0.0625 inch (1.6 mm). 2. A separate overflow drain li ne shall be connected to the drain pan provided with the equipment. Such overflow drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The overflow drain line shall connect to the drai n pan at a higher level than the primary drain connection. GENERAL REGULATIONS 3. An auxiliary drain pan without a separate drain line shall be provided under the coils on which condensate will occur. Such pan shall be equipped with a listed water - level detection device that will shut off the equipment served prior to overflow of the pan. The auxiliary drain pan shall be constructed in accordance with Item 1 of this section. 4. A listed water - level detection device shall be provided that will shut off the equipment served in t he event that the primary drain is blocked. The device shall be installed in the primary drain line, the overflow drain line, or in the equipment - supplied drain pan, located at a point higher than the primary drain line connection and below the overflow ri m of such pan. Exceptions: 1. An auxiliary drain protection method shall not be required for fuel - fired appliances that automatically shut down operation in the event of a stoppage in the condensate drainage system. 2. An auxiliary drain protection method shall not be required where a suitably sized and located floor drain is provided. [CONT.]: 307.2.3 Auxiliary and secondary drain systems. In addition to the requirements of Section 307.2.1, where damage to any building components could occur as a result of overflow from the equipment primary condensate removal system, one of the following auxiliary protection methods shall be provided for each cooling coil or fuel - fired appliance that produces condensate: 1. An auxiliary drain pan with a separate drain shall be provided under the coils on which condensation will occur. The auxiliary pan drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The pan shall have a depth of not less than 1 1 / 2 inches (38.1 mm), shall be not less than 3 inches (76.2 mm) larger than the unit, or the coil dimensions in width and length and shall be constructed of corrosion - resistant material. Metallic pans shall have a thickness of not less than 0.0236 inch (0.6010 mm) (No. 24 gage ) for galvaniz ed sheet metal pans, 0.0179 inch (0.4546 mm) (No. 26 gage) for stainless steel pans, or 0.0320 inch (0.8128 mm) (No. 20 gage) for aluminum pans. Nonmetallic pans shall have a thickness of not less than 0.0625 inch (1.6 mm). 2. A separate overflow drain li ne shall be connected to the drain pan provided with the equipment. Such overflow drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The overflow drain line shall connect to the drai n pan at a higher level than the primary drain connection. GENERAL REGULATIONS 3. An auxiliary drain pan without a separate drain line shall be provided under the coils on which condensate will occur. Such pan shall be equipped with a listed water - level detection device that will shut off the equipment served prior to overflow of the pan. The auxiliary drain pan shall be constructed in accordance with Item 1 of this section. 4. A listed water - level detection device shall be provided that will shut off the equipment served in t he event that the primary drain is blocked. The device shall be installed in the primary drain line, the overflow drain line, or in the equipment - supplied drain pan, located at a point higher than the primary drain line connection and below the overflow ri m of such pan. Exceptions: 1. An auxiliary drain protection method shall not be required for fuel - fired appliances that automatically shut down operation in the event of a stoppage in the condensate drainage system. 2. An auxiliary drain protection method shall not be required where a suitably sized and located floor drain is provided. [CONT.]: 307.2.3 Auxiliary and secondary drain systems. In addition to the requirements of Section 307.2.1, where damage to any building components could occur as a result of overflow from the equipment primary condensate removal system, one of the following auxiliary protection methods shall be provided for each cooling coil or fuel - fired appliance that produces condensate: 1. An auxiliary drain pan with a separate drain shall be provided under the coils on which condensation will occur. The auxiliary pan drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The pan shall have a depth of not less than 1 1 / 2 inches (38.1 mm), shall be not less than 3 inches (76.2 mm) larger than the unit, or the coil dimensions in width and length and shall be constructed of corrosion - resistant material. Metallic pans shall have a thickness of not less than 0.0236 inch (0.6010 mm) (No. 24 gage ) for galvaniz ed sheet metal pans, 0.0179 inch (0.4546 mm) (No. 26 gage) for stainless steel pans, or 0.0320 inch (0.8128 mm) (No. 20 gage) for aluminum pans. Nonmetallic pans shall have a thickness of not less than 0.0625 inch (1.6 mm). 2. A separate overflow drain li ne shall be connected to the drain pan provided with the equipment. Such overflow drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The overflow drain line shall connect to the drai n pan at a higher level than the primary drain connection. GENERAL REGULATIONS 3. An auxiliary drain pan without a separate drain line shall be provided under the coils on which condensate will occur. Such pan shall be equipped with a listed water - level detection device that will shut off the equipment served prior to overflow of the pan. The auxiliary drain pan shall be constructed in accordance with Item 1 of this section. 4. A listed water - level detection device shall be provided that will shut off the equipment served in t he event that the primary drain is blocked. The device shall be installed in the primary drain line, the overflow drain line, or in the equipment - supplied drain pan, located at a point higher than the primary drain line connection and below the overflow ri m of such pan. Exceptions: 1. An auxiliary drain protection method shall not be required for fuel - fired appliances that automatically shut down operation in the event of a stoppage in the condensate drainage system. 2. An auxiliary drain protection method shall not be required where a suitably sized and located floor drain is provided. [CONT.]: 307.2.3 Auxiliary and secondary drain systems. In addition to the requirements of Section 307.2.1, where damage to any building components could occur as a result of overflow from the equipment primary condensate removal system, one of the following auxiliary protection methods shall be provided for each cooling coil or fuel - fired appliance that produces condensate: 1. An auxiliary drain pan with a separate drain shall be provided under the coils on which condensation will occur. The auxiliary pan drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The pan shall have a depth of not less than 1 1 / 2 inches (38.1 mm), shall be not less than 3 inches (76.2 mm) larger than the unit, or the coil dimensions in width and length and shall be constructed of corrosion - resistant material. Metallic pans shall have a thickness of not less than 0.0236 inch (0.6010 mm) (No. 24 gage ) for galvaniz ed sheet metal pans, 0.0179 inch (0.4546 mm) (No. 26 gage) for stainless steel pans, or 0.0320 inch (0.8128 mm) (No. 20 gage) for aluminum pans. Nonmetallic pans shall have a thickness of not less than 0.0625 inch (1.6 mm). 2. A separate overflow drain li ne shall be connected to the drain pan provided with the equipment. Such overflow drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The overflow drain line shall connect to the drai n pan at a higher level than the primary drain connection. GENERAL REGULATIONS 3. An auxiliary drain pan without a separate drain line shall be provided under the coils on which condensate will occur. Such pan shall be equipped with a listed water - level detection device that will shut off the equipment served prior to overflow of the pan. The auxiliary drain pan shall be constructed in accordance with Item 1 of this section. 4. A listed water - level detection device shall be provided that will shut off the equipment served in t he event that the primary drain is blocked. The device shall be installed in the primary drain line, the overflow drain line, or in the equipment - supplied drain pan, located at a point higher than the primary drain line connection and below the overflow ri m of such pan. Exceptions: 1. An auxiliary drain protection method shall not be required for fuel - fired appliances that automatically shut down operation in the event of a stoppage in the condensate drainage system. 2. An auxiliary drain protection method shall not be required where a suitably sized and located floor drain is provided. [CONT.]: 307.2.3 Auxiliary and secondary drain systems. In addition to the requirements of Section 307.2.1, where damage to any building components could occur as a result of overflow from the equipment primary condensate removal system, one of the following auxiliary protection methods shall be provided for each cooling coil or fuel - fired appliance that produces condensate: 1. An auxiliary drain pan with a separate drain shall be provided under the coils on which condensation will occur. The auxiliary pan drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The pan shall have a depth of not less than 1 1 / 2 inches (38.1 mm), shall be not less than 3 inches (76.2 mm) larger than the unit, or the coil dimensions in width and length and shall be constructed of corrosion - resistant material. Metallic pans shall have a thickness of not less than 0.0236 inch (0.6010 mm) (No. 24 gage ) for galvaniz ed sheet metal pans, 0.0179 inch (0.4546 mm) (No. 26 gage) for stainless steel pans, or 0.0320 inch (0.8128 mm) (No. 20 gage) for aluminum pans. Nonmetallic pans shall have a thickness of not less than 0.0625 inch (1.6 mm). 2. A separate overflow drain li ne shall be connected to the drain pan provided with the equipment. Such overflow drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The overflow drain line shall connect to the drai n pan at a higher level than the primary drain connection. GENERAL REGULATIONS 3. An auxiliary drain pan without a separate drain line shall be provided under the coils on which condensate will occur. Such pan shall be equipped with a listed water - level detection device that will shut off the equipment served prior to overflow of the pan. The auxiliary drain pan shall be constructed in accordance with Item 1 of this section. 4. A listed water - level detection device shall be provided that will shut off the equipment served in t he event that the primary drain is blocked. The device shall be installed in the primary drain line, the overflow drain line, or in the equipment - supplied drain pan, located at a point higher than the primary drain line connection and below the overflow ri m of such pan. Exceptions: 1. An auxiliary drain protection method shall not be required for fuel - fired appliances that automatically shut down operation in the event of a stoppage in the condensate drainage system. 2. An auxiliary drain protection method shall not be required where a suitably sized and located floor drain is provided. [CONT.]: 307.2.3 Auxiliary and secondary drain systems. In addition to the requirements of Section 307.2.1, where damage to any building components could occur as a result of overflow from the equipment primary condensate removal system, one of the following auxiliary protection methods shall be provided for each cooling coil or fuel - fired appliance that produces condensate: 1. An auxiliary drain pan with a separate drain shall be provided under the coils on which condensation will occur. The auxiliary pan drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The pan shall have a depth of not less than 1 1 / 2 inches (38.1 mm), shall be not less than 3 inches (76.2 mm) larger than the unit, or the coil dimensions in width and length and shall be constructed of corrosion - resistant material. Metallic pans shall have a thickness of not less than 0.0236 inch (0.6010 mm) (No. 24 gage ) for galvaniz ed sheet metal pans, 0.0179 inch (0.4546 mm) (No. 26 gage) for stainless steel pans, or 0.0320 inch (0.8128 mm) (No. 20 gage) for aluminum pans. Nonmetallic pans shall have a thickness of not less than 0.0625 inch (1.6 mm). 2. A separate overflow drain li ne shall be connected to the drain pan provided with the equipment. Such overflow drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The overflow drain line shall connect to the drai n pan at a higher level than the primary drain connection. GENERAL REGULATIONS 3. An auxiliary drain pan without a separate drain line shall be provided under the coils on which condensate will occur. Such pan shall be equipped with a listed water - level detection device that will shut off the equipment served prior to overflow of the pan. The auxiliary drain pan shall be constructed in accordance with Item 1 of this section. 4. A listed water - level detection device shall be provided that will shut off the equipment served in t he event that the primary drain is blocked. The device shall be installed in the primary drain line, the overflow drain line, or in the equipment - supplied drain pan, located at a point higher than the primary drain line connection and below the overflow ri m of such pan. Exceptions: 1. An auxiliary drain protection method shall not be required for fuel - fired appliances that automatically shut down operation in the event of a stoppage in the condensate drainage system. 2. An auxiliary drain protection method shall not be required where a suitably sized and located floor drain is provided. [CONT.]: 307.2.3 Auxiliary and secondary drain systems. In addition to the requirements of Section 307.2.1, where damage to any building components could occur as a result of overflow from the equipment primary condensate removal system, one of the following auxiliary protection methods shall be provided for each cooling coil or fuel - fired appliance that produces condensate: 1. An auxiliary drain pan with a separate drain shall be provided under the coils on which condensation will occur. The auxiliary pan drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The pan shall have a depth of not less than 1 1 / 2 inches (38.1 mm), shall be not less than 3 inches (76.2 mm) larger than the unit, or the coil dimensions in width and length and shall be constructed of corrosion - resistant material. Metallic pans shall have a thickness of not less than 0.0236 inch (0.6010 mm) (No. 24 gage ) for galvaniz ed sheet metal pans, 0.0179 inch (0.4546 mm) (No. 26 gage) for stainless steel pans, or 0.0320 inch (0.8128 mm) (No. 20 gage) for aluminum pans. Nonmetallic pans shall have a thickness of not less than 0.0625 inch (1.6 mm). 2. A separate overflow drain li ne shall be connected to the drain pan provided with the equipment. Such overflow drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The overflow drain line shall connect to the drai n pan at a higher level than the primary drain connection. GENERAL REGULATIONS 3. An auxiliary drain pan without a separate drain line shall be provided under the coils on which condensate will occur. Such pan shall be equipped with a listed water - level detection device that will shut off the equipment served prior to overflow of the pan. The auxiliary drain pan shall be constructed in accordance with Item 1 of this section. 4. A listed water - level detection device shall be provided that will shut off the equipment served in t he event that the primary drain is blocked. The device shall be installed in the primary drain line, the overflow drain line, or in the equipment - supplied drain pan, located at a point higher than the primary drain line connection and below the overflow ri m of such pan. Exceptions: 1. An auxiliary drain protection method shall not be required for fuel - fired appliances that automatically shut down operation in the event of a stoppage in the condensate drainage system. 2. An auxiliary drain protection method shall not be required where a suitably sized and located floor drain is provided. [CONT.]: 307.2.3 Auxiliary and secondary drain systems. In addition to the requirements of Section 307.2.1, where damage to any building components could occur as a result of overflow from the equipment primary condensate removal system, one of the following auxiliary protection methods shall be provided for each cooling coil or fuel - fired appliance that produces condensate: 1. An auxiliary drain pan with a separate drain shall be provided under the coils on which condensation will occur. The auxiliary pan drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The pan shall have a depth of not less than 1 1 / 2 inches (38.1 mm), shall be not less than 3 inches (76.2 mm) larger than the unit, or the coil dimensions in width and length and shall be constructed of corrosion - resistant material. Metallic pans shall have a thickness of not less than 0.0236 inch (0.6010 mm) (No. 24 gage ) for galvaniz ed sheet metal pans, 0.0179 inch (0.4546 mm) (No. 26 gage) for stainless steel pans, or 0.0320 inch (0.8128 mm) (No. 20 gage) for aluminum pans. Nonmetallic pans shall have a thickness of not less than 0.0625 inch (1.6 mm). 2. A separate overflow drain li ne shall be connected to the drain pan provided with the equipment. Such overflow drain shall discharge to a conspicuous point of disposal to alert occupants in the event of a stoppage of the primary drain. The overflow drain line shall connect to the drai n pan at a higher level than the primary drain connection. GENERAL REGULATIONS 3. An auxiliary drain pan without a separate drain line shall be provided under the coils on which condensate will occur. Such pan shall be equipped with a listed water - level detection device that will shut off the equipment served prior to overflow of the pan. The auxiliary drain pan shall be constructed in accordance with Item 1 of this section. 4. A listed water - level detection device shall be provided that will shut off the equipment served in t he event that the primary drain is blocked. The device shall be installed in the primary drain line, the overflow drain line, or in the equipment - supplied drain pan, located at a point higher than the primary drain line connection and below the overflow ri m of such pan. Exceptions: 1. An auxiliary drain protection method shall not be required for fuel - fired appliances that automatically shut down operation in the event of a stoppage in the condensate drainage system. 2. An auxiliary drain protection method shall not be required where a suitably sized and located floor drain is provided.",
    "metadata": {
      "section_full": "307.2.3",
      "parent_major": "307",
      "parent_minor": "307.2",
      "source": "027.txt"
    }
  },
  {
    "id": "307.2.3.1",
    "text": "CONTEXT: 307 > 307.2 | CONTENT: 307.2.3.1 307.2.3.1 Water - level monitoring devices. On down - flow units and all other coils that do not have a secondary drain or provisions to install a secondary or auxiliary drain pan, a water - level monitoring device shall be installed inside the primary drain pan. This device shall shut off the equipment served in the event that the primary drain becomes restricted. Devices installed in the drain line shall not be p ermitted. [CONT.]: 307.2.3.1 Water - level monitoring devices. On down - flow units and all other coils that do not have a secondary drain or provisions to install a secondary or auxiliary drain pan, a water - level monitoring device shall be installed inside the primary drain pan. This device shall shut off the equipment served in the event that the primary drain becomes restricted. Devices installed in the drain line shall not be p ermitted. [CONT.]: 307.2.3.1 Water - level monitoring devices. On down - flow units and all other coils that do not have a secondary drain or provisions to install a secondary or auxiliary drain pan, a water - level monitoring device shall be installed inside the primary drain pan. This device shall shut off the equipment served in the event that the primary drain becomes restricted. Devices installed in the drain line shall not be p ermitted. [CONT.]: 307.2.3.1 Water - level monitoring devices. On down - flow units and all other coils that do not have a secondary drain or provisions to install a secondary or auxiliary drain pan, a water - level monitoring device shall be installed inside the primary drain pan. This device shall shut off the equipment served in the event that the primary drain becomes restricted. Devices installed in the drain line shall not be p ermitted. [CONT.]: 307.2.3.1 Water - level monitoring devices. On down - flow units and all other coils that do not have a secondary drain or provisions to install a secondary or auxiliary drain pan, a water - level monitoring device shall be installed inside the primary drain pan. This device shall shut off the equipment served in the event that the primary drain becomes restricted. Devices installed in the drain line shall not be p ermitted. [CONT.]: 307.2.3.1 Water - level monitoring devices. On down - flow units and all other coils that do not have a secondary drain or provisions to install a secondary or auxiliary drain pan, a water - level monitoring device shall be installed inside the primary drain pan. This device shall shut off the equipment served in the event that the primary drain becomes restricted. Devices installed in the drain line shall not be p ermitted. [CONT.]: 307.2.3.1 Water - level monitoring devices. On down - flow units and all other coils that do not have a secondary drain or provisions to install a secondary or auxiliary drain pan, a water - level monitoring device shall be installed inside the primary drain pan. This device shall shut off the equipment served in the event that the primary drain becomes restricted. Devices installed in the drain line shall not be p ermitted. [CONT.]: 307.2.3.1 Water - level monitoring devices. On down - flow units and all other coils that do not have a secondary drain or provisions to install a secondary or auxiliary drain pan, a water - level monitoring device shall be installed inside the primary drain pan. This device shall shut off the equipment served in the event that the primary drain becomes restricted. Devices installed in the drain line shall not be p ermitted. [CONT.]: 307.2.3.1 Water - level monitoring devices. On down - flow units and all other coils that do not have a secondary drain or provisions to install a secondary or auxiliary drain pan, a water - level monitoring device shall be installed inside the primary drain pan. This device shall shut off the equipment served in the event that the primary drain becomes restricted. Devices installed in the drain line shall not be p ermitted.",
    "metadata": {
      "section_full": "307.2.3.1",
      "parent_major": "307",
      "parent_minor": "307.2",
      "source": "027.txt"
    }
  },
  {
    "id": "307.2.3.2",
    "text": "CONTEXT: 307 > 307.2 | CONTENT: 307.2.3.2 307.2.3.2 Appliance, equipment or insulation in pans. Where an appliance, equipment or insulation is subject to water damage when auxiliary drain pans fill, that portion of the appliance, equipment or insulation shall be installed above the rim o f the pans. Supports located inside of the pans to support the appliance or equipment or insulation shall be water resistant and approved. [CONT.]: 307.2.3.2 Appliance, equipment or insulation in pans. Where an appliance, equipment or insulation is subject to water damage when auxiliary drain pans fill, that portion of the appliance, equipment or insulation shall be installed above the rim o f the pans. Supports located inside of the pans to support the appliance or equipment or insulation shall be water resistant and approved. [CONT.]: 307.2.3.2 Appliance, equipment or insulation in pans. Where an appliance, equipment or insulation is subject to water damage when auxiliary drain pans fill, that portion of the appliance, equipment or insulation shall be installed above the rim o f the pans. Supports located inside of the pans to support the appliance or equipment or insulation shall be water resistant and approved. [CONT.]: 307.2.3.2 Appliance, equipment or insulation in pans. Where an appliance, equipment or insulation is subject to water damage when auxiliary drain pans fill, that portion of the appliance, equipment or insulation shall be installed above the rim o f the pans. Supports located inside of the pans to support the appliance or equipment or insulation shall be water resistant and approved. [CONT.]: 307.2.3.2 Appliance, equipment or insulation in pans. Where an appliance, equipment or insulation is subject to water damage when auxiliary drain pans fill, that portion of the appliance, equipment or insulation shall be installed above the rim o f the pans. Supports located inside of the pans to support the appliance or equipment or insulation shall be water resistant and approved. [CONT.]: 307.2.3.2 Appliance, equipment or insulation in pans. Where an appliance, equipment or insulation is subject to water damage when auxiliary drain pans fill, that portion of the appliance, equipment or insulation shall be installed above the rim o f the pans. Supports located inside of the pans to support the appliance or equipment or insulation shall be water resistant and approved. [CONT.]: 307.2.3.2 Appliance, equipment or insulation in pans. Where an appliance, equipment or insulation is subject to water damage when auxiliary drain pans fill, that portion of the appliance, equipment or insulation shall be installed above the rim o f the pans. Supports located inside of the pans to support the appliance or equipment or insulation shall be water resistant and approved. [CONT.]: 307.2.3.2 Appliance, equipment or insulation in pans. Where an appliance, equipment or insulation is subject to water damage when auxiliary drain pans fill, that portion of the appliance, equipment or insulation shall be installed above the rim o f the pans. Supports located inside of the pans to support the appliance or equipment or insulation shall be water resistant and approved. [CONT.]: 307.2.3.2 Appliance, equipment or insulation in pans. Where an appliance, equipment or insulation is subject to water damage when auxiliary drain pans fill, that portion of the appliance, equipment or insulation shall be installed above the rim o f the pans. Supports located inside of the pans to support the appliance or equipment or insulation shall be water resistant and approved.",
    "metadata": {
      "section_full": "307.2.3.2",
      "parent_major": "307",
      "parent_minor": "307.2",
      "source": "027.txt"
    }
  },
  {
    "id": "307.2.4",
    "text": "CONTEXT: 307 > 307.2 | CONTENT: 307.2.4 307.2.4 Traps. Condensate drains shall be trapped as required by the equipment or appliance manufacturer. [CONT.]: 307.2.4 Traps. Condensate drains shall be trapped as required by the equipment or appliance manufacturer. [CONT.]: 307.2.4 Traps. Condensate drains shall be trapped as required by the equipment or appliance manufacturer. [CONT.]: 307.2.4 Traps. Condensate drains shall be trapped as required by the equipment or appliance manufacturer. [CONT.]: 307.2.4 Traps. Condensate drains shall be trapped as required by the equipment or appliance manufacturer. [CONT.]: 307.2.4 Traps. Condensate drains shall be trapped as required by the equipment or appliance manufacturer. [CONT.]: 307.2.4 Traps. Condensate drains shall be trapped as required by the equipment or appliance manufacturer. [CONT.]: 307.2.4 Traps. Condensate drains shall be trapped as required by the equipment or appliance manufacturer. [CONT.]: 307.2.4 Traps. Condensate drains shall be trapped as required by the equipment or appliance manufacturer.",
    "metadata": {
      "section_full": "307.2.4",
      "parent_major": "307",
      "parent_minor": "307.2",
      "source": "027.txt"
    }
  },
  {
    "id": "307.2.5",
    "text": "CONTEXT: 307 > 307.2 | CONTENT: 307.2.5 307.2.5 Dra in line maintenance. Condensate drain lines shall be configured to permit the clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.2.5 Dra in line maintenance. Condensate drain lines shall be configured to permit the clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.2.5 Dra in line maintenance. Condensate drain lines shall be configured to permit the clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.2.5 Dra in line maintenance. Condensate drain lines shall be configured to permit the clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.2.5 Dra in line maintenance. Condensate drain lines shall be configured to permit the clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.2.5 Dra in line maintenance. Condensate drain lines shall be configured to permit the clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.2.5 Dra in line maintenance. Condensate drain lines shall be configured to permit the clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.2.5 Dra in line maintenance. Condensate drain lines shall be configured to permit the clearing of blockages and performance of maintenance without requiring the drain line to be cut. [CONT.]: 307.2.5 Dra in line maintenance. Condensate drain lines shall be configured to permit the clearing of blockages and performance of maintenance without requiring the drain line to be cut.",
    "metadata": {
      "section_full": "307.2.5",
      "parent_major": "307",
      "parent_minor": "307.2",
      "source": "027.txt"
    }
  },
  {
    "id": "307.2.6",
    "text": "CONTEXT: 307 > 307.2 | CONTENT: 307.2.6 307.2.6 Condensate discharge. Where multiple evaporators and/or condensate pumps discharge into the same piping system, it shall be piped to prevent the discharge of condensate from one appliance to another. [CONT.]: 307.2.6 Condensate discharge. Where multiple evaporators and/or condensate pumps discharge into the same piping system, it shall be piped to prevent the discharge of condensate from one appliance to another. [CONT.]: 307.2.6 Condensate discharge. Where multiple evaporators and/or condensate pumps discharge into the same piping system, it shall be piped to prevent the discharge of condensate from one appliance to another. [CONT.]: 307.2.6 Condensate discharge. Where multiple evaporators and/or condensate pumps discharge into the same piping system, it shall be piped to prevent the discharge of condensate from one appliance to another. [CONT.]: 307.2.6 Condensate discharge. Where multiple evaporators and/or condensate pumps discharge into the same piping system, it shall be piped to prevent the discharge of condensate from one appliance to another. [CONT.]: 307.2.6 Condensate discharge. Where multiple evaporators and/or condensate pumps discharge into the same piping system, it shall be piped to prevent the discharge of condensate from one appliance to another. [CONT.]: 307.2.6 Condensate discharge. Where multiple evaporators and/or condensate pumps discharge into the same piping system, it shall be piped to prevent the discharge of condensate from one appliance to another. [CONT.]: 307.2.6 Condensate discharge. Where multiple evaporators and/or condensate pumps discharge into the same piping system, it shall be piped to prevent the discharge of condensate from one appliance to another. [CONT.]: 307.2.6 Condensate discharge. Where multiple evaporators and/or condensate pumps discharge into the same piping system, it shall be piped to prevent the discharge of condensate from one appliance to another.",
    "metadata": {
      "section_full": "307.2.6",
      "parent_major": "307",
      "parent_minor": "307.2",
      "source": "027.txt"
    }
  },
  {
    "id": "307.3",
    "text": "CONTEXT: 307 > 307.3 | CONTENT: 307.3 307.3 Exceptions. This section applies to permanently installed equipment. Window units and through - the - wall air - conditioning uni ts are exempt from the requirements of this section. SECTION MC 308 CLEARANCE REDUCTION [CONT.]: 307.3 Exceptions. This section applies to permanently installed equipment. Window units and through - the - wall air - conditioning uni ts are exempt from the requirements of this section. SECTION MC 308 CLEARANCE REDUCTION [CONT.]: 307.3 Exceptions. This section applies to permanently installed equipment. Window units and through - the - wall air - conditioning uni ts are exempt from the requirements of this section. SECTION MC 308 CLEARANCE REDUCTION [CONT.]: 307.3 Exceptions. This section applies to permanently installed equipment. Window units and through - the - wall air - conditioning uni ts are exempt from the requirements of this section. SECTION MC 308 CLEARANCE REDUCTION [CONT.]: 307.3 Exceptions. This section applies to permanently installed equipment. Window units and through - the - wall air - conditioning uni ts are exempt from the requirements of this section. SECTION MC 308 CLEARANCE REDUCTION [CONT.]: 307.3 Exceptions. This section applies to permanently installed equipment. Window units and through - the - wall air - conditioning uni ts are exempt from the requirements of this section. SECTION MC 308 CLEARANCE REDUCTION [CONT.]: 307.3 Exceptions. This section applies to permanently installed equipment. Window units and through - the - wall air - conditioning uni ts are exempt from the requirements of this section. SECTION MC 308 CLEARANCE REDUCTION [CONT.]: 307.3 Exceptions. This section applies to permanently installed equipment. Window units and through - the - wall air - conditioning uni ts are exempt from the requirements of this section. SECTION MC 308 CLEARANCE REDUCTION [CONT.]: 307.3 Exceptions. This section applies to permanently installed equipment. Window units and through - the - wall air - conditioning uni ts are exempt from the requirements of this section. SECTION MC 308 CLEARANCE REDUCTION",
    "metadata": {
      "section_full": "307.3",
      "parent_major": "307",
      "parent_minor": "307.3",
      "source": "027.txt"
    }
  },
  {
    "id": "308.1",
    "text": "CONTEXT: 308 > 308.1 | CONTENT: 308.1 308.1 Scope. This section shall govern the reduction in required clearances to gypsum board, combustible materials and combustible assemblies for chimneys, vents, kitchen exhaust equipment, mechanical appliances, and mechanical devices and equipment. [CONT.]: 308.1 Scope. This section shall govern the reduction in required clearances to gypsum board, combustible materials and combustible assemblies for chimneys, vents, kitchen exhaust equipment, mechanical appliances, and mechanical devices and equipment. [CONT.]: 308.1 Scope. This section shall govern the reduction in required clearances to gypsum board, combustible materials and combustible assemblies for chimneys, vents, kitchen exhaust equipment, mechanical appliances, and mechanical devices and equipment. [CONT.]: 308.1 Scope. This section shall govern the reduction in required clearances to gypsum board, combustible materials and combustible assemblies for chimneys, vents, kitchen exhaust equipment, mechanical appliances, and mechanical devices and equipment. [CONT.]: 308.1 Scope. This section shall govern the reduction in required clearances to gypsum board, combustible materials and combustible assemblies for chimneys, vents, kitchen exhaust equipment, mechanical appliances, and mechanical devices and equipment. [CONT.]: 308.1 Scope. This section shall govern the reduction in required clearances to gypsum board, combustible materials and combustible assemblies for chimneys, vents, kitchen exhaust equipment, mechanical appliances, and mechanical devices and equipment. [CONT.]: 308.1 Scope. This section shall govern the reduction in required clearances to gypsum board, combustible materials and combustible assemblies for chimneys, vents, kitchen exhaust equipment, mechanical appliances, and mechanical devices and equipment. [CONT.]: 308.1 Scope. This section shall govern the reduction in required clearances to gypsum board, combustible materials and combustible assemblies for chimneys, vents, kitchen exhaust equipment, mechanical appliances, and mechanical devices and equipment. [CONT.]: 308.1 Scope. This section shall govern the reduction in required clearances to gypsum board, combustible materials and combustible assemblies for chimneys, vents, kitchen exhaust equipment, mechanical appliances, and mechanical devices and equipment.",
    "metadata": {
      "section_full": "308.1",
      "parent_major": "308",
      "parent_minor": "308.1",
      "source": "027.txt"
    }
  },
  {
    "id": "308.2",
    "text": "CONTEXT: 308 > 308.2 | CONTENT: 308.2 308.2 Listed appliances and equipment. The reduction of the required clearances to combustibles for listed and labeled appliances and equipment shall be in accordance w ith the requirements of this section except that such clearances shall not be reduced where reduction is specifically prohibited by the terms of the appliance or equipment listing. [CONT.]: 308.2 Listed appliances and equipment. The reduction of the required clearances to combustibles for listed and labeled appliances and equipment shall be in accordance w ith the requirements of this section except that such clearances shall not be reduced where reduction is specifically prohibited by the terms of the appliance or equipment listing. [CONT.]: 308.2 Listed appliances and equipment. The reduction of the required clearances to combustibles for listed and labeled appliances and equipment shall be in accordance w ith the requirements of this section except that such clearances shall not be reduced where reduction is specifically prohibited by the terms of the appliance or equipment listing. [CONT.]: 308.2 Listed appliances and equipment. The reduction of the required clearances to combustibles for listed and labeled appliances and equipment shall be in accordance w ith the requirements of this section except that such clearances shall not be reduced where reduction is specifically prohibited by the terms of the appliance or equipment listing. [CONT.]: 308.2 Listed appliances and equipment. The reduction of the required clearances to combustibles for listed and labeled appliances and equipment shall be in accordance w ith the requirements of this section except that such clearances shall not be reduced where reduction is specifically prohibited by the terms of the appliance or equipment listing. [CONT.]: 308.2 Listed appliances and equipment. The reduction of the required clearances to combustibles for listed and labeled appliances and equipment shall be in accordance w ith the requirements of this section except that such clearances shall not be reduced where reduction is specifically prohibited by the terms of the appliance or equipment listing. [CONT.]: 308.2 Listed appliances and equipment. The reduction of the required clearances to combustibles for listed and labeled appliances and equipment shall be in accordance w ith the requirements of this section except that such clearances shall not be reduced where reduction is specifically prohibited by the terms of the appliance or equipment listing. [CONT.]: 308.2 Listed appliances and equipment. The reduction of the required clearances to combustibles for listed and labeled appliances and equipment shall be in accordance w ith the requirements of this section except that such clearances shall not be reduced where reduction is specifically prohibited by the terms of the appliance or equipment listing. [CONT.]: 308.2 Listed appliances and equipment. The reduction of the required clearances to combustibles for listed and labeled appliances and equipment shall be in accordance w ith the requirements of this section except that such clearances shall not be reduced where reduction is specifically prohibited by the terms of the appliance or equipment listing.",
    "metadata": {
      "section_full": "308.2",
      "parent_major": "308",
      "parent_minor": "308.2",
      "source": "027.txt"
    }
  },
  {
    "id": "308.3",
    "text": "CONTEXT: 308 > 308.3 | CONTENT: 308.3 308.3 Protective assembly construction and installation. Reduced clearance protective assemblies, including structural and support elements, shall be constructed of noncombustible materials. Spacers utilized to maintain an airspace between the protective assembly and the protected material or assembly shall be noncombustible. Whe re a space between the protective assembly and protected combustible material or assembly is specified, the same space shall be provided around the edges of the protective assembly and the spacers shall be placed so as to allow air circulation by convectio n in such space. Protective assemblies shall not be placed less than 1 inch (25.4 mm) from the mechanical appliances, devices or equipment, regardless of the allowable reduced clearance. [CONT.]: 308.3 Protective assembly construction and installation. Reduced clearance protective assemblies, including structural and support elements, shall be constructed of noncombustible materials. Spacers utilized to maintain an airspace between the protective assembly and the protected material or assembly shall be noncombustible. Whe re a space between the protective assembly and protected combustible material or assembly is specified, the same space shall be provided around the edges of the protective assembly and the spacers shall be placed so as to allow air circulation by convectio n in such space. Protective assemblies shall not be placed less than 1 inch (25.4 mm) from the mechanical appliances, devices or equipment, regardless of the allowable reduced clearance. [CONT.]: 308.3 Protective assembly construction and installation. Reduced clearance protective assemblies, including structural and support elements, shall be constructed of noncombustible materials. Spacers utilized to maintain an airspace between the protective assembly and the protected material or assembly shall be noncombustible. Whe re a space between the protective assembly and protected combustible material or assembly is specified, the same space shall be provided around the edges of the protective assembly and the spacers shall be placed so as to allow air circulation by convectio n in such space. Protective assemblies shall not be placed less than 1 inch (25.4 mm) from the mechanical appliances, devices or equipment, regardless of the allowable reduced clearance. [CONT.]: 308.3 Protective assembly construction and installation. Reduced clearance protective assemblies, including structural and support elements, shall be constructed of noncombustible materials. Spacers utilized to maintain an airspace between the protective assembly and the protected material or assembly shall be noncombustible. Whe re a space between the protective assembly and protected combustible material or assembly is specified, the same space shall be provided around the edges of the protective assembly and the spacers shall be placed so as to allow air circulation by convectio n in such space. Protective assemblies shall not be placed less than 1 inch (25.4 mm) from the mechanical appliances, devices or equipment, regardless of the allowable reduced clearance. [CONT.]: 308.3 Protective assembly construction and installation. Reduced clearance protective assemblies, including structural and support elements, shall be constructed of noncombustible materials. Spacers utilized to maintain an airspace between the protective assembly and the protected material or assembly shall be noncombustible. Whe re a space between the protective assembly and protected combustible material or assembly is specified, the same space shall be provided around the edges of the protective assembly and the spacers shall be placed so as to allow air circulation by convectio n in such space. Protective assemblies shall not be placed less than 1 inch (25.4 mm) from the mechanical appliances, devices or equipment, regardless of the allowable reduced clearance. [CONT.]: 308.3 Protective assembly construction and installation. Reduced clearance protective assemblies, including structural and support elements, shall be constructed of noncombustible materials. Spacers utilized to maintain an airspace between the protective assembly and the protected material or assembly shall be noncombustible. Whe re a space between the protective assembly and protected combustible material or assembly is specified, the same space shall be provided around the edges of the protective assembly and the spacers shall be placed so as to allow air circulation by convectio n in such space. Protective assemblies shall not be placed less than 1 inch (25.4 mm) from the mechanical appliances, devices or equipment, regardless of the allowable reduced clearance. [CONT.]: 308.3 Protective assembly construction and installation. Reduced clearance protective assemblies, including structural and support elements, shall be constructed of noncombustible materials. Spacers utilized to maintain an airspace between the protective assembly and the protected material or assembly shall be noncombustible. Whe re a space between the protective assembly and protected combustible material or assembly is specified, the same space shall be provided around the edges of the protective assembly and the spacers shall be placed so as to allow air circulation by convectio n in such space. Protective assemblies shall not be placed less than 1 inch (25.4 mm) from the mechanical appliances, devices or equipment, regardless of the allowable reduced clearance. [CONT.]: 308.3 Protective assembly construction and installation. Reduced clearance protective assemblies, including structural and support elements, shall be constructed of noncombustible materials. Spacers utilized to maintain an airspace between the protective assembly and the protected material or assembly shall be noncombustible. Whe re a space between the protective assembly and protected combustible material or assembly is specified, the same space shall be provided around the edges of the protective assembly and the spacers shall be placed so as to allow air circulation by convectio n in such space. Protective assemblies shall not be placed less than 1 inch (25.4 mm) from the mechanical appliances, devices or equipment, regardless of the allowable reduced clearance. [CONT.]: 308.3 Protective assembly construction and installation. Reduced clearance protective assemblies, including structural and support elements, shall be constructed of noncombustible materials. Spacers utilized to maintain an airspace between the protective assembly and the protected material or assembly shall be noncombustible. Whe re a space between the protective assembly and protected combustible material or assembly is specified, the same space shall be provided around the edges of the protective assembly and the spacers shall be placed so as to allow air circulation by convectio n in such space. Protective assemblies shall not be placed less than 1 inch (25.4 mm) from the mechanical appliances, devices or equipment, regardless of the allowable reduced clearance.",
    "metadata": {
      "section_full": "308.3",
      "parent_major": "308",
      "parent_minor": "308.3",
      "source": "027.txt"
    }
  },
  {
    "id": "308.4",
    "text": "CONTEXT: 308 > 308.4 | CONTENT: 308.4 308.4 Allowable reduction. The reduction of required clearances to co mbustible assemblies or combustible materials shall be based on the utilization of a reduced clearance protective assembly in accordance with Section 308.4.1 or 308.4.2. \u2021\u2021\u2021 Chapter 3 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 3 GENERAL REGULATIONS SECTION MC 301 GENERAL [CONT.]: 308.4 Allowable reduction. The reduction of required clearances to co mbustible assemblies or combustible materials shall be based on the utilization of a reduced clearance protective assembly in accordance with Section 308.4.1 or 308.4.2. GENERAL REGULATIONS [CONT.]: 308.4 Allowable reduction. The reduction of required clearances to co mbustible assemblies or combustible materials shall be based on the utilization of a reduced clearance protective assembly in accordance with Section 308.4.1 or 308.4.2. GENERAL REGULATIONS [CONT.]: 308.4 Allowable reduction. The reduction of required clearances to co mbustible assemblies or combustible materials shall be based on the utilization of a reduced clearance protective assembly in accordance with Section 308.4.1 or 308.4.2. GENERAL REGULATIONS [CONT.]: 308.4 Allowable reduction. The reduction of required clearances to co mbustible assemblies or combustible materials shall be based on the utilization of a reduced clearance protective assembly in accordance with Section 308.4.1 or 308.4.2. GENERAL REGULATIONS [CONT.]: 308.4 Allowable reduction. The reduction of required clearances to co mbustible assemblies or combustible materials shall be based on the utilization of a reduced clearance protective assembly in accordance with Section 308.4.1 or 308.4.2. GENERAL REGULATIONS [CONT.]: 308.4 Allowable reduction. The reduction of required clearances to co mbustible assemblies or combustible materials shall be based on the utilization of a reduced clearance protective assembly in accordance with Section 308.4.1 or 308.4.2. GENERAL REGULATIONS [CONT.]: 308.4 Allowable reduction. The reduction of required clearances to co mbustible assemblies or combustible materials shall be based on the utilization of a reduced clearance protective assembly in accordance with Section 308.4.1 or 308.4.2. GENERAL REGULATIONS [CONT.]: 308.4 Allowable reduction. The reduction of required clearances to co mbustible assemblies or combustible materials shall be based on the utilization of a reduced clearance protective assembly in accordance with Section 308.4.1 or 308.4.2. GENERAL REGULATIONS",
    "metadata": {
      "section_full": "308.4",
      "parent_major": "308",
      "parent_minor": "308.4",
      "source": "027.txt"
    }
  },
  {
    "id": "308.4.1",
    "text": "CONTEXT: 308 > 308.4 | CONTENT: 308.4.1 308.4.1 Labeled assemblies. The allowable clearance reduction shall be based on a redu ced clearance protective assembly that has been tested and bears the label of an approved agency . [CONT.]: 308.4.1 Labeled assemblies. The allowable clearance reduction shall be based on a redu ced clearance protective assembly that has been tested and bears the label of an approved agency . [CONT.]: 308.4.1 Labeled assemblies. The allowable clearance reduction shall be based on a redu ced clearance protective assembly that has been tested and bears the label of an approved agency . [CONT.]: 308.4.1 Labeled assemblies. The allowable clearance reduction shall be based on a redu ced clearance protective assembly that has been tested and bears the label of an approved agency . [CONT.]: 308.4.1 Labeled assemblies. The allowable clearance reduction shall be based on a redu ced clearance protective assembly that has been tested and bears the label of an approved agency . [CONT.]: 308.4.1 Labeled assemblies. The allowable clearance reduction shall be based on a redu ced clearance protective assembly that has been tested and bears the label of an approved agency . [CONT.]: 308.4.1 Labeled assemblies. The allowable clearance reduction shall be based on a redu ced clearance protective assembly that has been tested and bears the label of an approved agency . [CONT.]: 308.4.1 Labeled assemblies. The allowable clearance reduction shall be based on a redu ced clearance protective assembly that has been tested and bears the label of an approved agency .",
    "metadata": {
      "section_full": "308.4.1",
      "parent_major": "308",
      "parent_minor": "308.4",
      "source": "027.txt"
    }
  },
  {
    "id": "308.4.2",
    "text": "CONTEXT: 308 > 308.4 | CONTENT: 308.4.2 308.4.2 Reduction table. The allowable clearance reduction shall be based on one of the methods specified in Table 308.4.2. Where required clearances are not listed in Table 308.4.2, the reduced clearances shall be determined by linear interpolation between the distances listed in the table. Reduced clearances shall not be derived by extrapolation below the range of the table. TABLE 308.4.2 CLEARANCE REDUCTION METHODS b TYPE OF PROTECTIVE ASSEMBLY a REDUCED CLEARANCE WITH PROTECTION (inches) a Horizontal combustible assemblies located above the heat source Horizontal combustible assemblies located beneath the heat source and all vertical combustible assemblies Required clearance to combustibles without protection (inches) a Required clearance to combustible without protection (inches) a 36 18 9 6 36 18 9 6 Galvanized sheet metal, minimum nominal thickness of 0.0296 inch (No. 22 Gage), mounted on 1 - inch glass fiber or mineral wool batt reinforced with wire on the back, 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having a 1 - inch airspace between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having 1 inch of fiberglass insulation between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 0.5 - inch inorganic insulating board, over 1 inch of fiberglass or mineral wool batt, against the combustible assembly 24 12 6 4 18 9 5 3 3.5 - inch brick wall, spaced 1 inch off the combustible wall \u2014 \u2014 \u2014 \u2014 12 6 6 6 3.5 - inch brick wall, against the combustible wall \u2014 \u2014 \u2014 \u2014 24 12 6 5 For SI: 1 inch = 25.4 mm, \u00b0C = (\u00b0F) - 32)/1.8, 1 pound per cubic foot = 16.02 kg/m 3 , 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) = 0.144 W/m 2 \u2022 K. a. Mineral wool and glass fiber batts (blanket or board) shall have a minimum density of 8 pounds per cubic foot and a minimum m elting point of 1,500\u00b0F. Insulation material utilized as part of a clearance reduction system shall have a thermal conductivity of 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) or less. Insulation board shall be formed of noncombustible material. b. For limitations on clearance reduction for solid fuel - burning appliances, masonry ch imneys, connector pass - throughs, masonry fireplaces and kitchen ducts, see Sections 308.4.2.1 through 308.4.2.5. [CONT.]: 308.4.2 Reduction table. The allowable clearance reduction shall be based on one of the methods specified in Table 308.4.2. Where required clearances are not listed in Table 308.4.2, the reduced clearances shall be determined by linear interpolation between the distances listed in the table. Reduced clearances shall not be derived by extrapolation below the range of the table. TABLE 308.4.2 CLEARANCE REDUCTION METHODS b TYPE OF PROTECTIVE ASSEMBLY a REDUCED CLEARANCE WITH PROTECTION (inches) a Horizontal combustible assemblies located above the heat source Horizontal combustible assemblies located beneath the heat source and all vertical combustible assemblies Required clearance to combustibles without protection (inches) a Required clearance to combustible without protection (inches) a 36 18 9 6 36 18 9 6 Galvanized sheet metal, minimum nominal thickness of 0.0296 inch (No. 22 Gage), mounted on 1 - inch glass fiber or mineral wool batt reinforced with wire on the back, 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having a 1 - inch airspace between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having 1 inch of fiberglass insulation between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 0.5 - inch inorganic insulating board, over 1 inch of fiberglass or mineral wool batt, against the combustible assembly 24 12 6 4 18 9 5 3 3.5 - inch brick wall, spaced 1 inch off the combustible wall \u2014 \u2014 \u2014 \u2014 12 6 6 6 3.5 - inch brick wall, against the combustible wall \u2014 \u2014 \u2014 \u2014 24 12 6 5 For SI: 1 inch = 25.4 mm, \u00b0C = (\u00b0F) - 32)/1.8, 1 pound per cubic foot = 16.02 kg/m 3 , 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) = 0.144 W/m 2 \u2022 K. a. Mineral wool and glass fiber batts (blanket or board) shall have a minimum density of 8 pounds per cubic foot and a minimum m elting point of 1,500\u00b0F. Insulation material utilized as part of a clearance reduction system shall have a thermal conductivity of 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) or less. Insulation board shall be formed of noncombustible material. b. For limitations on clearance reduction for solid fuel - burning appliances, masonry ch imneys, connector pass - throughs, masonry fireplaces and kitchen ducts, see Sections 308.4.2.1 through 308.4.2.5. [CONT.]: 308.4.2 Reduction table. The allowable clearance reduction shall be based on one of the methods specified in Table 308.4.2. Where required clearances are not listed in Table 308.4.2, the reduced clearances shall be determined by linear interpolation between the distances listed in the table. Reduced clearances shall not be derived by extrapolation below the range of the table. TABLE 308.4.2 CLEARANCE REDUCTION METHODS b TYPE OF PROTECTIVE ASSEMBLY a REDUCED CLEARANCE WITH PROTECTION (inches) a Horizontal combustible assemblies located above the heat source Horizontal combustible assemblies located beneath the heat source and all vertical combustible assemblies Required clearance to combustibles without protection (inches) a Required clearance to combustible without protection (inches) a 36 18 9 6 36 18 9 6 Galvanized sheet metal, minimum nominal thickness of 0.0296 inch (No. 22 Gage), mounted on 1 - inch glass fiber or mineral wool batt reinforced with wire on the back, 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having a 1 - inch airspace between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having 1 inch of fiberglass insulation between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 0.5 - inch inorganic insulating board, over 1 inch of fiberglass or mineral wool batt, against the combustible assembly 24 12 6 4 18 9 5 3 3.5 - inch brick wall, spaced 1 inch off the combustible wall \u2014 \u2014 \u2014 \u2014 12 6 6 6 3.5 - inch brick wall, against the combustible wall \u2014 \u2014 \u2014 \u2014 24 12 6 5 For SI: 1 inch = 25.4 mm, \u00b0C = (\u00b0F) - 32)/1.8, 1 pound per cubic foot = 16.02 kg/m 3 , 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) = 0.144 W/m 2 \u2022 K. a. Mineral wool and glass fiber batts (blanket or board) shall have a minimum density of 8 pounds per cubic foot and a minimum m elting point of 1,500\u00b0F. Insulation material utilized as part of a clearance reduction system shall have a thermal conductivity of 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) or less. Insulation board shall be formed of noncombustible material. b. For limitations on clearance reduction for solid fuel - burning appliances, masonry ch imneys, connector pass - throughs, masonry fireplaces and kitchen ducts, see Sections 308.4.2.1 through 308.4.2.5. [CONT.]: 308.4.2 shall not be utilized to reduce the clearances required for chimney connect or pass - throughs as specified in Section 803.10.4. [CONT.]: 308.4.2 Reduction table. The allowable clearance reduction shall be based on one of the methods specified in Table 308.4.2. Where required clearances are not listed in Table 308.4.2, the reduced clearances shall be determined by linear interpolation between the distances listed in the table. Reduced clearances shall not be derived by extrapolation below the range of the table. TABLE 308.4.2 CLEARANCE REDUCTION METHODS b TYPE OF PROTECTIVE ASSEMBLY a REDUCED CLEARANCE WITH PROTECTION (inches) a Horizontal combustible assemblies located above the heat source Horizontal combustible assemblies located beneath the heat source and all vertical combustible assemblies Required clearance to combustibles without protection (inches) a Required clearance to combustible without protection (inches) a 36 18 9 6 36 18 9 6 Galvanized sheet metal, minimum nominal thickness of 0.0296 inch (No. 22 Gage), mounted on 1 - inch glass fiber or mineral wool batt reinforced with wire on the back, 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having a 1 - inch airspace between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having 1 inch of fiberglass insulation between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 0.5 - inch inorganic insulating board, over 1 inch of fiberglass or mineral wool batt, against the combustible assembly 24 12 6 4 18 9 5 3 3.5 - inch brick wall, spaced 1 inch off the combustible wall \u2014 \u2014 \u2014 \u2014 12 6 6 6 3.5 - inch brick wall, against the combustible wall \u2014 \u2014 \u2014 \u2014 24 12 6 5 For SI: 1 inch = 25.4 mm, \u00b0C = (\u00b0F) - 32)/1.8, 1 pound per cubic foot = 16.02 kg/m 3 , 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) = 0.144 W/m 2 \u2022 K. a. Mineral wool and glass fiber batts (blanket or board) shall have a minimum density of 8 pounds per cubic foot and a minimum m elting point of 1,500\u00b0F. Insulation material utilized as part of a clearance reduction system shall have a thermal conductivity of 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) or less. Insulation board shall be formed of noncombustible material. b. For limitations on clearance reduction for solid fuel - burning appliances, masonry ch imneys, connector pass - throughs, masonry fireplaces and kitchen ducts, see Sections 308.4.2.1 through 308.4.2.5. [CONT.]: 308.4.2 shall not be utilized to reduce the clearances required for chimney connect or pass - throughs as specified in Section 803.10.4. [CONT.]: 308.4.2 Reduction table. The allowable clearance reduction shall be based on one of the methods specified in Table 308.4.2. Where required clearances are not listed in Table 308.4.2, the reduced clearances shall be determined by linear interpolation between the distances listed in the table. Reduced clearances shall not be derived by extrapolation below the range of the table. TABLE 308.4.2 CLEARANCE REDUCTION METHODS b TYPE OF PROTECTIVE ASSEMBLY a REDUCED CLEARANCE WITH PROTECTION (inches) a Horizontal combustible assemblies located above the heat source Horizontal combustible assemblies located beneath the heat source and all vertical combustible assemblies Required clearance to combustibles without protection (inches) a Required clearance to combustible without protection (inches) a 36 18 9 6 36 18 9 6 Galvanized sheet metal, minimum nominal thickness of 0.0296 inch (No. 22 Gage), mounted on 1 - inch glass fiber or mineral wool batt reinforced with wire on the back, 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having a 1 - inch airspace between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having 1 inch of fiberglass insulation between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 0.5 - inch inorganic insulating board, over 1 inch of fiberglass or mineral wool batt, against the combustible assembly 24 12 6 4 18 9 5 3 3.5 - inch brick wall, spaced 1 inch off the combustible wall \u2014 \u2014 \u2014 \u2014 12 6 6 6 3.5 - inch brick wall, against the combustible wall \u2014 \u2014 \u2014 \u2014 24 12 6 5 For SI: 1 inch = 25.4 mm, \u00b0C = (\u00b0F) - 32)/1.8, 1 pound per cubic foot = 16.02 kg/m 3 , 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) = 0.144 W/m 2 \u2022 K. a. Mineral wool and glass fiber batts (blanket or board) shall have a minimum density of 8 pounds per cubic foot and a minimum m elting point of 1,500\u00b0F. Insulation material utilized as part of a clearance reduction system shall have a thermal conductivity of 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) or less. Insulation board shall be formed of noncombustible material. b. For limitations on clearance reduction for solid fuel - burning appliances, masonry ch imneys, connector pass - throughs, masonry fireplaces and kitchen ducts, see Sections 308.4.2.1 through 308.4.2.5. [CONT.]: 308.4.2 shall not be utilized to reduce the clearances required for chimney connect or pass - throughs as specified in Section 803.10.4. [CONT.]: 308.4.2 Reduction table. The allowable clearance reduction shall be based on one of the methods specified in Table 308.4.2. Where required clearances are not listed in Table 308.4.2, the reduced clearances shall be determined by linear interpolation between the distances listed in the table. Reduced clearances shall not be derived by extrapolation below the range of the table. TABLE 308.4.2 CLEARANCE REDUCTION METHODS b TYPE OF PROTECTIVE ASSEMBLY a REDUCED CLEARANCE WITH PROTECTION (inches) a Horizontal combustible assemblies located above the heat source Horizontal combustible assemblies located beneath the heat source and all vertical combustible assemblies Required clearance to combustibles without protection (inches) a Required clearance to combustible without protection (inches) a 36 18 9 6 36 18 9 6 Galvanized sheet metal, minimum nominal thickness of 0.0296 inch (No. 22 Gage), mounted on 1 - inch glass fiber or mineral wool batt reinforced with wire on the back, 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having a 1 - inch airspace between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having 1 inch of fiberglass insulation between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 0.5 - inch inorganic insulating board, over 1 inch of fiberglass or mineral wool batt, against the combustible assembly 24 12 6 4 18 9 5 3 3.5 - inch brick wall, spaced 1 inch off the combustible wall \u2014 \u2014 \u2014 \u2014 12 6 6 6 3.5 - inch brick wall, against the combustible wall \u2014 \u2014 \u2014 \u2014 24 12 6 5 For SI: 1 inch = 25.4 mm, \u00b0C = (\u00b0F) - 32)/1.8, 1 pound per cubic foot = 16.02 kg/m 3 , 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) = 0.144 W/m 2 \u2022 K. a. Mineral wool and glass fiber batts (blanket or board) shall have a minimum density of 8 pounds per cubic foot and a minimum m elting point of 1,500\u00b0F. Insulation material utilized as part of a clearance reduction system shall have a thermal conductivity of 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) or less. Insulation board shall be formed of noncombustible material. b. For limitations on clearance reduction for solid fuel - burning appliances, masonry ch imneys, connector pass - throughs, masonry fireplaces and kitchen ducts, see Sections 308.4.2.1 through 308.4.2.5. [CONT.]: 308.4.2 shall not be utilized to reduce the clearances required for chimney connect or pass - throughs as specified in Section 803.10.4. [CONT.]: 308.4.2 Reduction table. The allowable clearance reduction shall be based on one of the methods specified in Table 308.4.2. Where required clearances are not listed in Table 308.4.2, the reduced clearances shall be determined by linear interpolation between the distances listed in the table. Reduced clearances shall not be derived by extrapolation below the range of the table. TABLE 308.4.2 CLEARANCE REDUCTION METHODS b TYPE OF PROTECTIVE ASSEMBLY a REDUCED CLEARANCE WITH PROTECTION (inches) a Horizontal combustible assemblies located above the heat source Horizontal combustible assemblies located beneath the heat source and all vertical combustible assemblies Required clearance to combustibles without protection (inches) a Required clearance to combustible without protection (inches) a 36 18 9 6 36 18 9 6 Galvanized sheet metal, minimum nominal thickness of 0.0296 inch (No. 22 Gage), mounted on 1 - inch glass fiber or mineral wool batt reinforced with wire on the back, 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having a 1 - inch airspace between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having 1 inch of fiberglass insulation between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 0.5 - inch inorganic insulating board, over 1 inch of fiberglass or mineral wool batt, against the combustible assembly 24 12 6 4 18 9 5 3 3.5 - inch brick wall, spaced 1 inch off the combustible wall \u2014 \u2014 \u2014 \u2014 12 6 6 6 3.5 - inch brick wall, against the combustible wall \u2014 \u2014 \u2014 \u2014 24 12 6 5 For SI: 1 inch = 25.4 mm, \u00b0C = (\u00b0F) - 32)/1.8, 1 pound per cubic foot = 16.02 kg/m 3 , 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) = 0.144 W/m 2 \u2022 K. a. Mineral wool and glass fiber batts (blanket or board) shall have a minimum density of 8 pounds per cubic foot and a minimum m elting point of 1,500\u00b0F. Insulation material utilized as part of a clearance reduction system shall have a thermal conductivity of 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) or less. Insulation board shall be formed of noncombustible material. b. For limitations on clearance reduction for solid fuel - burning appliances, masonry ch imneys, connector pass - throughs, masonry fireplaces and kitchen ducts, see Sections 308.4.2.1 through 308.4.2.5. [CONT.]: 308.4.2 shall not be utilized to reduce the clearances required for chimney connect or pass - throughs as specified in Section 803.10.4. [CONT.]: 308.4.2 Reduction table. The allowable clearance reduction shall be based on one of the methods specified in Table 308.4.2. Where required clearances are not listed in Table 308.4.2, the reduced clearances shall be determined by linear interpolation between the distances listed in the table. Reduced clearances shall not be derived by extrapolation below the range of the table. TABLE 308.4.2 CLEARANCE REDUCTION METHODS b TYPE OF PROTECTIVE ASSEMBLY a REDUCED CLEARANCE WITH PROTECTION (inches) a Horizontal combustible assemblies located above the heat source Horizontal combustible assemblies located beneath the heat source and all vertical combustible assemblies Required clearance to combustibles without protection (inches) a Required clearance to combustible without protection (inches) a 36 18 9 6 36 18 9 6 Galvanized sheet metal, minimum nominal thickness of 0.0296 inch (No. 22 Gage), mounted on 1 - inch glass fiber or mineral wool batt reinforced with wire on the back, 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having a 1 - inch airspace between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 Two layers of galvanized sheet metal, minimum nominal thickness of 0.0240 inch (No. 24 Gage ), having 1 inch of fiberglass insulation between layers, spaced 1 inch off the combustible assembly 18 9 5 3 12 6 3 3 0.5 - inch inorganic insulating board, over 1 inch of fiberglass or mineral wool batt, against the combustible assembly 24 12 6 4 18 9 5 3 3.5 - inch brick wall, spaced 1 inch off the combustible wall \u2014 \u2014 \u2014 \u2014 12 6 6 6 3.5 - inch brick wall, against the combustible wall \u2014 \u2014 \u2014 \u2014 24 12 6 5 For SI: 1 inch = 25.4 mm, \u00b0C = (\u00b0F) - 32)/1.8, 1 pound per cubic foot = 16.02 kg/m 3 , 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) = 0.144 W/m 2 \u2022 K. a. Mineral wool and glass fiber batts (blanket or board) shall have a minimum density of 8 pounds per cubic foot and a minimum m elting point of 1,500\u00b0F. Insulation material utilized as part of a clearance reduction system shall have a thermal conductivity of 1.0 Btu \u2022 in./(ft 2 \u2022 h \u2022 \u00b0F) or less. Insulation board shall be formed of noncombustible material. b. For limitations on clearance reduction for solid fuel - burning appliances, masonry ch imneys, connector pass - throughs, masonry fireplaces and kitchen ducts, see Sections 308.4.2.1 through 308.4.2.5. [CONT.]: 308.4.2 shall not be utilized to reduce the clearances required for chimney connect or pass - throughs as specified in Section 803.10.4.",
    "metadata": {
      "section_full": "308.4.2",
      "parent_major": "308",
      "parent_minor": "308.4",
      "source": "027.txt"
    }
  },
  {
    "id": "308.4.2.1",
    "text": "CONTEXT: 308 > 308.4 | CONTENT: 308.4.2.1 308.4.2.1 Solid fuel - burning appliances. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearance required for solid fuel - burning appliances that are labeled for installation with clearances of 12 inches (304.8 mm) or less. Where appliances are labeled for installation with clearances of greater than 12 inches (304.8 mm), the clearance reduct ion methods of Table 308.4.2 shall not reduce the clearance to less than 12 inches (304.8 mm).from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 308.4.2.1 Solid fuel - burning appliances. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearance required for solid fuel - burning appliances that are labeled for installation with clearances of 12 inches (304.8 mm) or less. Where appliances are labeled for installation with clearances of greater than 12 inches (304.8 mm), the clearance reduct ion methods of Table 308.4.2 shall not reduce the clearance to less than 12 inches (304.8 mm).from the appliance. Where the depth exceeds 12 inches (304.8 mm) below adjoining grade, the walls of the pit or excavation shall be lined with concrete or masonry. Such concrete or masonry shall extend not less than 4 inches (1 01.6 mm) above adjoining grade and shall have sufficient lateral load - bearing capacity to resist collapse. The appliance shall be protected from flooding. [CONT.]: 308.4.2.1 Solid fuel - burning appliances. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearance required for solid fuel - burning appliances that are labeled for installation with clearances of 12 inches (304.8 mm) or less. Where appliances are labeled for installation with clearances of greater than 12 inches (304.8 mm), the clearance reduct ion methods of Table 308.4.2 shall not reduce the clearance to less than 12 inches (304.8 mm). GENERAL REGULATIONS [CONT.]: 308.4.2.1 Solid fuel - burning appliances. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearance required for solid fuel - burning appliances that are labeled for installation with clearances of 12 inches (304.8 mm) or less. Where appliances are labeled for installation with clearances of greater than 12 inches (304.8 mm), the clearance reduct ion methods of Table 308.4.2 shall not reduce the clearance to less than 12 inches (304.8 mm). GENERAL REGULATIONS [CONT.]: 308.4.2.1 Solid fuel - burning appliances. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearance required for solid fuel - burning appliances that are labeled for installation with clearances of 12 inches (304.8 mm) or less. Where appliances are labeled for installation with clearances of greater than 12 inches (304.8 mm), the clearance reduct ion methods of Table 308.4.2 shall not reduce the clearance to less than 12 inches (304.8 mm). GENERAL REGULATIONS [CONT.]: 308.4.2.1 Solid fuel - burning appliances. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearance required for solid fuel - burning appliances that are labeled for installation with clearances of 12 inches (304.8 mm) or less. Where appliances are labeled for installation with clearances of greater than 12 inches (304.8 mm), the clearance reduct ion methods of Table 308.4.2 shall not reduce the clearance to less than 12 inches (304.8 mm). GENERAL REGULATIONS [CONT.]: 308.4.2.1 Solid fuel - burning appliances. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearance required for solid fuel - burning appliances that are labeled for installation with clearances of 12 inches (304.8 mm) or less. Where appliances are labeled for installation with clearances of greater than 12 inches (304.8 mm), the clearance reduct ion methods of Table 308.4.2 shall not reduce the clearance to less than 12 inches (304.8 mm). GENERAL REGULATIONS [CONT.]: 308.4.2.1 Solid fuel - burning appliances. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearance required for solid fuel - burning appliances that are labeled for installation with clearances of 12 inches (304.8 mm) or less. Where appliances are labeled for installation with clearances of greater than 12 inches (304.8 mm), the clearance reduct ion methods of Table 308.4.2 shall not reduce the clearance to less than 12 inches (304.8 mm). GENERAL REGULATIONS",
    "metadata": {
      "section_full": "308.4.2.1",
      "parent_major": "308",
      "parent_minor": "308.4",
      "source": "027.txt"
    }
  },
  {
    "id": "308.4.2.2",
    "text": "CONTEXT: 308 > 308.4 | CONTENT: 308.4.2.2 308.4.2.2 Masonry chimneys. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearances required for masonry chimne ys as specified in the New York City Building Code and Chapter 8 of this code. [CONT.]: 308.4.2.2 Masonry chimneys. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearances required for masonry chimne ys as specified in the New York City Building Code and Chapter 8 of this code. [CONT.]: 308.4.2.2 Masonry chimneys. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearances required for masonry chimne ys as specified in the New York City Building Code and Chapter 8 of this code. [CONT.]: 308.4.2.2 Masonry chimneys. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearances required for masonry chimne ys as specified in the New York City Building Code and Chapter 8 of this code. [CONT.]: 308.4.2.2 Masonry chimneys. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearances required for masonry chimne ys as specified in the New York City Building Code and Chapter 8 of this code. [CONT.]: 308.4.2.2 Masonry chimneys. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearances required for masonry chimne ys as specified in the New York City Building Code and Chapter 8 of this code.",
    "metadata": {
      "section_full": "308.4.2.2",
      "parent_major": "308",
      "parent_minor": "308.4",
      "source": "027.txt"
    }
  },
  {
    "id": "308.4.2.3",
    "text": "CONTEXT: 308 > 308.4 | CONTENT: 308.4.2.3 308.4.2.3 Chimney connector pass - throughs. The clearance reduction methods specified in Table [CONT.]: 308.4.2.3 Chimney connector pass - throughs. The clearance reduction methods specified in Table [CONT.]: 308.4.2.3 Chimney connector pass - throughs. The clearance reduction methods specified in Table [CONT.]: 308.4.2.3 Chimney connector pass - throughs. The clearance reduction methods specified in Table [CONT.]: 308.4.2.3 Chimney connector pass - throughs. The clearance reduction methods specified in Table [CONT.]: 308.4.2.3 Chimney connector pass - throughs. The clearance reduction methods specified in Table",
    "metadata": {
      "section_full": "308.4.2.3",
      "parent_major": "308",
      "parent_minor": "308.4",
      "source": "027.txt"
    }
  },
  {
    "id": "308.4.2.4",
    "text": "CONTEXT: 308 > 308.4 | CONTENT: 308.4.2.4 308.4.2.4 Masonry fireplaces. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearances required for masonry fireplaces as specified in the New York City Bui lding Code and Chapter 8 of this code. [CONT.]: 308.4.2.4 Masonry fireplaces. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearances required for masonry fireplaces as specified in the New York City Bui lding Code and Chapter 8 of this code. [CONT.]: 308.4.2.4 Masonry fireplaces. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearances required for masonry fireplaces as specified in the New York City Bui lding Code and Chapter 8 of this code. [CONT.]: 308.4.2.4 Masonry fireplaces. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearances required for masonry fireplaces as specified in the New York City Bui lding Code and Chapter 8 of this code. [CONT.]: 308.4.2.4 Masonry fireplaces. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearances required for masonry fireplaces as specified in the New York City Bui lding Code and Chapter 8 of this code. [CONT.]: 308.4.2.4 Masonry fireplaces. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the clearances required for masonry fireplaces as specified in the New York City Bui lding Code and Chapter 8 of this code.",
    "metadata": {
      "section_full": "308.4.2.4",
      "parent_major": "308",
      "parent_minor": "308.4",
      "source": "027.txt"
    }
  },
  {
    "id": "308.4.2.5",
    "text": "CONTEXT: 308 > 308.4 | CONTENT: 308.4.2.5 308.4.2.5 Kitchen exhaust ducts. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the minimum clearances required by Section 506.3.11 for kitchen exhaust ducts enclosed in a s haft. SECTION MC 309 TEMPERATURE CONTROL [CONT.]: 308.4.2.5 Kitchen exhaust ducts. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the minimum clearances required by Section 506.3.11 for kitchen exhaust ducts enclosed in a s haft. SECTION MC 309 TEMPERATURE CONTROL [CONT.]: 308.4.2.5 Kitchen exhaust ducts. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the minimum clearances required by Section 506.3.11 for kitchen exhaust ducts enclosed in a s haft. SECTION MC 309 TEMPERATURE CONTROL [CONT.]: 308.4.2.5 Kitchen exhaust ducts. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the minimum clearances required by Section 506.3.11 for kitchen exhaust ducts enclosed in a s haft. SECTION MC 309 TEMPERATURE CONTROL [CONT.]: 308.4.2.5 Kitchen exhaust ducts. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the minimum clearances required by Section 506.3.11 for kitchen exhaust ducts enclosed in a s haft. SECTION MC 309 TEMPERATURE CONTROL [CONT.]: 308.4.2.5 Kitchen exhaust ducts. The clearance reduction methods specified in Table 308.4.2 shall not be utilized to reduce the minimum clearances required by Section 506.3.11 for kitchen exhaust ducts enclosed in a s haft. SECTION MC 309 TEMPERATURE CONTROL",
    "metadata": {
      "section_full": "308.4.2.5",
      "parent_major": "308",
      "parent_minor": "308.4",
      "source": "027.txt"
    }
  },
  {
    "id": "309.1",
    "text": "CONTEXT: 309 > 309.1 | CONTENT: 309.1 309.1 Space - heating systems. Interior spaces intended for human occupancy shall be provided with active or passive space - heating systems capable of maintaining an indoor temperature of not less than 68\u00b0F (20\u00b0C) at a point 3 feet (914.4 mm) above floor on the design heating day. The installation of portable space heaters shall not be used to achieve compliance with this section . Refer to Section 1204 of the New York City Building Code . Exception: Interior s paces where the primary purpose is not associated with human comfort. SECTION MC 310 EXPLOSION CONTROL [CONT.]: 309.1 Space - heating systems. Interior spaces intended for human occupancy shall be provided with active or passive space - heating systems capable of maintaining an indoor temperature of not less than 68\u00b0F (20\u00b0C) at a point 3 feet (914.4 mm) above floor on the design heating day. The installation of portable space heaters shall not be used to achieve compliance with this section . Refer to Section 1204 of the New York City Building Code . Exception: Interior s paces where the primary purpose is not associated with human comfort. SECTION MC 310 EXPLOSION CONTROL [CONT.]: 309.1 Space - heating systems. Interior spaces intended for human occupancy shall be provided with active or passive space - heating systems capable of maintaining an indoor temperature of not less than 68\u00b0F (20\u00b0C) at a point 3 feet (914.4 mm) above floor on the design heating day. The installation of portable space heaters shall not be used to achieve compliance with this section . Refer to Section 1204 of the New York City Building Code . Exception: Interior s paces where the primary purpose is not associated with human comfort. SECTION MC 310 EXPLOSION CONTROL [CONT.]: 309.1 Space - heating systems. Interior spaces intended for human occupancy shall be provided with active or passive space - heating systems capable of maintaining an indoor temperature of not less than 68\u00b0F (20\u00b0C) at a point 3 feet (914.4 mm) above floor on the design heating day. The installation of portable space heaters shall not be used to achieve compliance with this section . Refer to Section 1204 of the New York City Building Code . Exception: Interior s paces where the primary purpose is not associated with human comfort. SECTION MC 310 EXPLOSION CONTROL [CONT.]: 309.1 Space - heating systems. Interior spaces intended for human occupancy shall be provided with active or passive space - heating systems capable of maintaining an indoor temperature of not less than 68\u00b0F (20\u00b0C) at a point 3 feet (914.4 mm) above floor on the design heating day. The installation of portable space heaters shall not be used to achieve compliance with this section . Refer to Section 1204 of the New York City Building Code . Exception: Interior s paces where the primary purpose is not associated with human comfort. SECTION MC 310 EXPLOSION CONTROL [CONT.]: 309.1 Space - heating systems. Interior spaces intended for human occupancy shall be provided with active or passive space - heating systems capable of maintaining an indoor temperature of not less than 68\u00b0F (20\u00b0C) at a point 3 feet (914.4 mm) above floor on the design heating day. The installation of portable space heaters shall not be used to achieve compliance with this section . Refer to Section 1204 of the New York City Building Code . Exception: Interior s paces where the primary purpose is not associated with human comfort. SECTION MC 310 EXPLOSION CONTROL",
    "metadata": {
      "section_full": "309.1",
      "parent_major": "309",
      "parent_minor": "309.1",
      "source": "027.txt"
    }
  },
  {
    "id": "310.1",
    "text": "CONTEXT: 310 > 310.1 | CONTENT: 310.1 310.1 Required. Structures occupied for purposes involving explosion hazards shall be provided with explosion control in compliance with rules of the Commissioner of the Fire Department. Explosion control systems shall be designed and installed in accordance with the New York City Fire Code . SECTION MC 311 SMOKE AND HEAT VENTS [CONT.]: 310.1 Required. Structures occupied for purposes involving explosion hazards shall be provided with explosion control in compliance with rules of the Commissioner of the Fire Department. Explosion control systems shall be designed and installed in accordance with the New York City Fire Code . SECTION MC 311 SMOKE AND HEAT VENTS [CONT.]: 310.1 Required. Structures occupied for purposes involving explosion hazards shall be provided with explosion control in compliance with rules of the Commissioner of the Fire Department. Explosion control systems shall be designed and installed in accordance with the New York City Fire Code . SECTION MC 311 SMOKE AND HEAT VENTS [CONT.]: 310.1 Required. Structures occupied for purposes involving explosion hazards shall be provided with explosion control in compliance with rules of the Commissioner of the Fire Department. Explosion control systems shall be designed and installed in accordance with the New York City Fire Code . SECTION MC 311 SMOKE AND HEAT VENTS [CONT.]: 310.1 Required. Structures occupied for purposes involving explosion hazards shall be provided with explosion control in compliance with rules of the Commissioner of the Fire Department. Explosion control systems shall be designed and installed in accordance with the New York City Fire Code . SECTION MC 311 SMOKE AND HEAT VENTS [CONT.]: 310.1 Required. Structures occupied for purposes involving explosion hazards shall be provided with explosion control in compliance with rules of the Commissioner of the Fire Department. Explosion control systems shall be designed and installed in accordance with the New York City Fire Code . SECTION MC 311 SMOKE AND HEAT VENTS",
    "metadata": {
      "section_full": "310.1",
      "parent_major": "310",
      "parent_minor": "310.1",
      "source": "027.txt"
    }
  },
  {
    "id": "311.1",
    "text": "CONTEXT: 311 > 311.1 | CONTENT: 311.1 311.1 Required. Approved smoke and heat vents shall be installed in the roofs of one - story buildings where required by the New York City Fire Code . Smoke and heat vents shall be designed and installe d in accordance with the New York City Fire Code . SECTION MC 312 HEATING AND COOLING LOAD CALCULATIONS [CONT.]: 311.1 Required. Approved smoke and heat vents shall be installed in the roofs of one - story buildings where required by the New York City Fire Code . Smoke and heat vents shall be designed and installe d in accordance with the New York City Fire Code . SECTION MC 312 HEATING AND COOLING LOAD CALCULATIONS [CONT.]: 311.1 Required. Approved smoke and heat vents shall be installed in the roofs of one - story buildings where required by the New York City Fire Code . Smoke and heat vents shall be designed and installe d in accordance with the New York City Fire Code . SECTION MC 312 HEATING AND COOLING LOAD CALCULATIONS [CONT.]: 311.1 Required. Approved smoke and heat vents shall be installed in the roofs of one - story buildings where required by the New York City Fire Code . Smoke and heat vents shall be designed and installe d in accordance with the New York City Fire Code . SECTION MC 312 HEATING AND COOLING LOAD CALCULATIONS [CONT.]: 311.1 Required. Approved smoke and heat vents shall be installed in the roofs of one - story buildings where required by the New York City Fire Code . Smoke and heat vents shall be designed and installe d in accordance with the New York City Fire Code . SECTION MC 312 HEATING AND COOLING LOAD CALCULATIONS [CONT.]: 311.1 Required. Approved smoke and heat vents shall be installed in the roofs of one - story buildings where required by the New York City Fire Code . Smoke and heat vents shall be designed and installe d in accordance with the New York City Fire Code . SECTION MC 312 HEATING AND COOLING LOAD CALCULATIONS",
    "metadata": {
      "section_full": "311.1",
      "parent_major": "311",
      "parent_minor": "311.1",
      "source": "027.txt"
    }
  },
  {
    "id": "312.1",
    "text": "CONTEXT: 312 > 312.1 | CONTENT: 312.1 312.1 Load calculations. Heating and cooling system design loads for the purpose of sizing systems, appliances and equipment shall be determined in accordance with the procedures described in the ASHRAE ACCA Standard 183. Alternatively, design loads shall be determined by an appro ved equivalent computation procedure, using the design parameters specified in the New York City Energy Conservation Code . Heating and cooling system design loads for the purpose of sizing systems, appliances and equipment shall also comply with the requir ements of Section 1204 of the New York City Building Code . SECTION MC 313 NOISE CONTROL AND VIBRATION ISOLATION REQUIREMENTS [CONT.]: 312.1 Load calculations. Heating and cooling system design loads for the purpose of sizing systems, appliances and equipment shall be determined in accordance with the procedures described in the ASHRAE ACCA Standard 183. Alternatively, design loads shall be determined by an appro ved equivalent computation procedure, using the design parameters specified in the New York City Energy Conservation Code . Heating and cooling system design loads for the purpose of sizing systems, appliances and equipment shall also comply with the requir ements of Section 1204 of the New York City Building Code . SECTION MC 313 NOISE CONTROL AND VIBRATION ISOLATION REQUIREMENTS [CONT.]: 312.1 Load calculations. Heating and cooling system design loads for the purpose of sizing systems, appliances and equipment shall be determined in accordance with the procedures described in the ASHRAE ACCA Standard 183. Alternatively, design loads shall be determined by an appro ved equivalent computation procedure, using the design parameters specified in the New York City Energy Conservation Code . Heating and cooling system design loads for the purpose of sizing systems, appliances and equipment shall also comply with the requir ements of Section 1204 of the New York City Building Code . SECTION MC 313 NOISE CONTROL AND VIBRATION ISOLATION REQUIREMENTS [CONT.]: 312.1 Load calculations. Heating and cooling system design loads for the purpose of sizing systems, appliances and equipment shall be determined in accordance with the procedures described in the ASHRAE ACCA Standard 183. Alternatively, design loads shall be determined by an appro ved equivalent computation procedure, using the design parameters specified in the New York City Energy Conservation Code . Heating and cooling system design loads for the purpose of sizing systems, appliances and equipment shall also comply with the requir ements of Section 1204 of the New York City Building Code . SECTION MC 313 NOISE CONTROL AND VIBRATION ISOLATION REQUIREMENTS [CONT.]: 312.1 Load calculations. Heating and cooling system design loads for the purpose of sizing systems, appliances and equipment shall be determined in accordance with the procedures described in the ASHRAE ACCA Standard 183. Alternatively, design loads shall be determined by an appro ved equivalent computation procedure, using the design parameters specified in the New York City Energy Conservation Code . Heating and cooling system design loads for the purpose of sizing systems, appliances and equipment shall also comply with the requir ements of Section 1204 of the New York City Building Code . SECTION MC 313 NOISE CONTROL AND VIBRATION ISOLATION REQUIREMENTS [CONT.]: 312.1 Load calculations. Heating and cooling system design loads for the purpose of sizing systems, appliances and equipment shall be determined in accordance with the procedures described in the ASHRAE ACCA Standard 183. Alternatively, design loads shall be determined by an appro ved equivalent computation procedure, using the design parameters specified in the New York City Energy Conservation Code . Heating and cooling system design loads for the purpose of sizing systems, appliances and equipment shall also comply with the requir ements of Section 1204 of the New York City Building Code . SECTION MC 313 NOISE CONTROL AND VIBRATION ISOLATION REQUIREMENTS [CONT.]: 312.1 AHRI Air - Conditioning, Heating and Refrigeration Institute 4100 North Fairfax Drive, Suite 200 Arlington, VA 22203 Standard Referenced reference in code number Title section number 700 \u2014 201 9 \u2021 Standard for Specifications for Refrigerants \u2021 ...................................................................................... [CONT.]: 312.1 AHRI Air - Conditioning, Heating and Refrigeration Institute 4100 North Fairfax Drive, Suite 200 Arlington, VA 22203 Standard Referenced reference in code number Title section number 700 \u2014 201 9 \u2021 Standard for Specifications for Refrigerants \u2021 ...................................................................................... [CONT.]: 312.1 AHRI Air - Conditioning, Heating and Refrigeration Institute 4100 North Fairfax Drive, Suite 200 Arlington, VA 22203 Standard Referenced reference in code number Title section number 700 \u2014 201 9 \u2021 Standard for Specifications for Refrigerants \u2021 ...................................................................................... [CONT.]: 312.1 AHRI Air - Conditioning, Heating and Refrigeration Institute 4100 North Fairfax Drive, Suite 200 Arlington, VA 22203 Standard Referenced reference in code number Title section number 700 \u2014 201 9 \u2021 Standard for Specifications for Refrigerants \u2021 ...................................................................................... [CONT.]: 312.1 AHRI Air - Conditioning, Heating and Refrigeration Institute 4100 North Fairfax Drive, Suite 200 Arlington, VA 22203 Standard Referenced reference in code number Title section number 700 \u2014 201 9 \u2021 Standard for Specifications for Refrigerants \u2021 ...................................................................................... [CONT.]: 312.1 AHRI Air - Conditioning, Heating and Refrigeration Institute 4100 North Fairfax Drive, Suite 200 Arlington, VA 22203 Standard Referenced reference in code number Title section number 700 \u2014 201 9 \u2021 Standard for Specifications for Refrigerants \u2021 ...................................................................................... [CONT.]: 312.1 AHRI Air - Conditioning, Heating and Refrigeration Institute 4100 North Fairfax Drive, Suite 200 Arlington, VA 22203 Standard Referenced reference in code number Title section number 700 \u2014 201 9 \u2021 Standard for Specifications for Refrigerants \u2021 ......................................................................................",
    "metadata": {
      "section_full": "312.1",
      "parent_major": "312",
      "parent_minor": "312.1",
      "source": "027.txt"
    }
  },
  {
    "id": "313.1",
    "text": "CONTEXT: 313 > 313.1 | CONTENT: 313.1 313.1 General. Interior and exterior mechanical equipment and systems shall comply with the provisions of this section. GENERAL REGULATIONS [CONT.]: 313.1 General. Interior and exterior mechanical equipment and systems shall comply with the provisions of this section. GENERAL REGULATIONS [CONT.]: 313.1 General. Interior and exterior mechanical equipment and systems shall comply with the provisions of this section. GENERAL REGULATIONS [CONT.]: 313.1 General. Interior and exterior mechanical equipment and systems shall comply with the provisions of this section. GENERAL REGULATIONS [CONT.]: 313.1 General. Interior and exterior mechanical equipment and systems shall comply with the provisions of this section. GENERAL REGULATIONS [CONT.]: 313.1 General. Interior and exterior mechanical equipment and systems shall comply with the provisions of this section. GENERAL REGULATIONS",
    "metadata": {
      "section_full": "313.1",
      "parent_major": "313",
      "parent_minor": "313.1",
      "source": "027.txt"
    }
  },
  {
    "id": "313.2",
    "text": "CONTEXT: 313 > 313.2 | CONTENT: 313.2 313.2 Noise from exterior mechanical equipment. Mechanical equipment located outside of the building in a yard or court or on a roof, or located inside a building but open to the exterior of the building, shall comply with the requirements of Sections 313.2.1 and 313 .2.2. [CONT.]: 313.2 Noise from exterior mechanical equipment. Mechanical equipment located outside of the building in a yard or court or on a roof, or located inside a building but open to the exterior of the building, shall comply with the requirements of Sections 313.2.1 and 313 .2.2. [CONT.]: 313.2 Noise from exterior mechanical equipment. Mechanical equipment located outside of the building in a yard or court or on a roof, or located inside a building but open to the exterior of the building, shall comply with the requirements of Sections 313.2.1 and 313 .2.2. [CONT.]: 313.2 Noise from exterior mechanical equipment. Mechanical equipment located outside of the building in a yard or court or on a roof, or located inside a building but open to the exterior of the building, shall comply with the requirements of Sections 313.2.1 and 313 .2.2. [CONT.]: 313.2 Noise from exterior mechanical equipment. Mechanical equipment located outside of the building in a yard or court or on a roof, or located inside a building but open to the exterior of the building, shall comply with the requirements of Sections 313.2.1 and 313 .2.2. [CONT.]: 313.2 Noise from exterior mechanical equipment. Mechanical equipment located outside of the building in a yard or court or on a roof, or located inside a building but open to the exterior of the building, shall comply with the requirements of Sections 313.2.1 and 313 .2.2.",
    "metadata": {
      "section_full": "313.2",
      "parent_major": "313",
      "parent_minor": "313.2",
      "source": "027.txt"
    }
  },
  {
    "id": "313.2.1",
    "text": "CONTEXT: 313 > 313.2 | CONTENT: 313.2.1 313.2.1 Design and installation. The applicant shall select and design any such exterior mechanical equipment in order to achieve compliance with the applicable requirements of Sections 24 - 218, 24 - 227, 24 - 228 and 24 - 232 of the Administrative Code , al so known as the New York City Noise Control Code , in accordance with generally acceptable engineering practices. [CONT.]: 313.2.1 Design and installation. The applicant shall select and design any such exterior mechanical equipment in order to achieve compliance with the applicable requirements of Sections 24 - 218, 24 - 227, 24 - 228 and 24 - 232 of the Administrative Code , al so known as the New York City Noise Control Code , in accordance with generally acceptable engineering practices. [CONT.]: 313.2.1 Design and installation. The applicant shall select and design any such exterior mechanical equipment in order to achieve compliance with the applicable requirements of Sections 24 - 218, 24 - 227, 24 - 228 and 24 - 232 of the Administrative Code , al so known as the New York City Noise Control Code , in accordance with generally acceptable engineering practices. [CONT.]: 313.2.1 Design and installation. The applicant shall select and design any such exterior mechanical equipment in order to achieve compliance with the applicable requirements of Sections 24 - 218, 24 - 227, 24 - 228 and 24 - 232 of the Administrative Code , al so known as the New York City Noise Control Code , in accordance with generally acceptable engineering practices. [CONT.]: 313.2.1 Design and installation. The applicant shall select and design any such exterior mechanical equipment in order to achieve compliance with the applicable requirements of Sections 24 - 218, 24 - 227, 24 - 228 and 24 - 232 of the Administrative Code , al so known as the New York City Noise Control Code , in accordance with generally acceptable engineering practices. [CONT.]: 313.2.1 Design and installation. The applicant shall select and design any such exterior mechanical equipment in order to achieve compliance with the applicable requirements of Sections 24 - 218, 24 - 227, 24 - 228 and 24 - 232 of the Administrative Code , al so known as the New York City Noise Control Code , in accordance with generally acceptable engineering practices.",
    "metadata": {
      "section_full": "313.2.1",
      "parent_major": "313",
      "parent_minor": "313.2",
      "source": "027.txt"
    }
  },
  {
    "id": "313.2.2",
    "text": "CONTEXT: 313 > 313.2 | CONTENT: 313.2.2 313.2.2 Operation. The operation of such exterior mechanical equipment shall comply with any applicable requirements of Sections 24 - 218, 24 - 227 , 24 - 228 and 24 - 232 of the New York City Noise Control Code , as enforced by the Department of Environmental Protection. [CONT.]: 313.2.2 Operation. The operation of such exterior mechanical equipment shall comply with any applicable requirements of Sections 24 - 218, 24 - 227 , 24 - 228 and 24 - 232 of the New York City Noise Control Code , as enforced by the Department of Environmental Protection. [CONT.]: 313.2.2 Operation. The operation of such exterior mechanical equipment shall comply with any applicable requirements of Sections 24 - 218, 24 - 227 , 24 - 228 and 24 - 232 of the New York City Noise Control Code , as enforced by the Department of Environmental Protection. [CONT.]: 313.2.2 Operation. The operation of such exterior mechanical equipment shall comply with any applicable requirements of Sections 24 - 218, 24 - 227 , 24 - 228 and 24 - 232 of the New York City Noise Control Code , as enforced by the Department of Environmental Protection. [CONT.]: 313.2.2 Operation. The operation of such exterior mechanical equipment shall comply with any applicable requirements of Sections 24 - 218, 24 - 227 , 24 - 228 and 24 - 232 of the New York City Noise Control Code , as enforced by the Department of Environmental Protection. [CONT.]: 313.2.2 Operation. The operation of such exterior mechanical equipment shall comply with any applicable requirements of Sections 24 - 218, 24 - 227 , 24 - 228 and 24 - 232 of the New York City Noise Control Code , as enforced by the Department of Environmental Protection.",
    "metadata": {
      "section_full": "313.2.2",
      "parent_major": "313",
      "parent_minor": "313.2",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3 313.3 Minimum structure - borne noise and vibration isolation requirements. All isolators shall comply with the requirements of Sections 3 13.3.1 through 313.3.10. Where vibration isolation of equipment and appliances is employed, supplemental restraint shall be used to accomplish the support and restraint. Exception: When specified by the registered design professional, the requirements of S ections 313.3.1 through [CONT.]: 313.3 Minimum structure - borne noise and vibration isolation requirements. All isolators shall comply with the requirements of Sections 3 13.3.1 through 313.3.10. Where vibration isolation of equipment and appliances is employed, supplemental restraint shall be used to accomplish the support and restraint. Exception: When specified by the registered design professional, the requirements of S ections 313.3.1 through [CONT.]: 313.3 Minimum structure - borne noise and vibration isolation requirements. All isolators shall comply with the requirements of Sections 3 13.3.1 through 313.3.10. Where vibration isolation of equipment and appliances is employed, supplemental restraint shall be used to accomplish the support and restraint. Exception: When specified by the registered design professional, the requirements of S ections 313.3.1 through [CONT.]: 313.3 Minimum structure - borne noise and vibration isolation requirements. All isolators shall comply with the requirements of Sections 3 13.3.1 through 313.3.10. Where vibration isolation of equipment and appliances is employed, supplemental restraint shall be used to accomplish the support and restraint. Exception: When specified by the registered design professional, the requirements of S ections 313.3.1 through [CONT.]: 313.3 Minimum structure - borne noise and vibration isolation requirements. All isolators shall comply with the requirements of Sections 3 13.3.1 through 313.3.10. Where vibration isolation of equipment and appliances is employed, supplemental restraint shall be used to accomplish the support and restraint. Exception: When specified by the registered design professional, the requirements of S ections 313.3.1 through [CONT.]: 313.3 Minimum structure - borne noise and vibration isolation requirements. All isolators shall comply with the requirements of Sections 3 13.3.1 through 313.3.10. Where vibration isolation of equipment and appliances is employed, supplemental restraint shall be used to accomplish the support and restraint. Exception: When specified by the registered design professional, the requirements of S ections 313.3.1 through [CONT.]: 313.3 ANSI/ASHRAE/ ASHE 170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................ [CONT.]: 313.3 ANSI/ASHRAE/ ASHE 170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................ [CONT.]: 313.3 ANSI/ASHRAE/ ASHE 170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................ [CONT.]: 313.3 ANSI/ASHRAE/ ASHE 170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................ [CONT.]: 313.3 ANSI/ASHRAE/ ASHE 170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................ [CONT.]: 313.3 ANSI/ASHRAE/ ASHE 170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................ [CONT.]: 313.3 ANSI/ASHRAE/ ASHE 170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................",
    "metadata": {
      "section_full": "313.3",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.10",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.10 313.3.10 may be modified provided that the equipment, appliances, and supports shall be designed and installed so that continuous or intermittent vibration transmitted to structural slabs shall not exceed the following values betwee n 8 Hz and 80 Hz on the structural slab in the affected occupancy space: 1. Group E, I or R occupancies: 5,600 microinches (142.4 um) per second. 2. All other occupancies: 16,000 microinches (406.4 um) per second. For the purposes of this exception, transmitted vibration shall be in accordance with the following parameters: 1. The peak third - octave band RMS velocity measurements. 2. The method shall be in accordance with ANSI/ASA S2.71. [CONT.]: 313.3.10 may be modified provided that the equipment, appliances, and supports shall be designed and installed so that continuous or intermittent vibration transmitted to structural slabs shall not exceed the following values betwee n 8 Hz and 80 Hz on the structural slab in the affected occupancy space: 1. Group E, I or R occupancies: 5,600 microinches (142.4 um) per second. 2. All other occupancies: 16,000 microinches (406.4 um) per second. For the purposes of this exception, transmitted vibration shall be in accordance with the following parameters: 1. The peak third - octave band RMS velocity measurements. 2. The method shall be in accordance with ANSI/ASA S2.71. [CONT.]: 313.3.10 Ceiling suspended packaged HVAC units with compressors. Equipment such as heat pumps, air - conditioning units, or similar equipment, that is suspended from a structure shall be resiliently supported from or on the building structure. Vibra tion isolators shall have a minimum isolation efficiency of 90 percent at the lowest disturbing frequency. \u2021\u2021\u2021 Chapter 3 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 3 GENERAL REGULATIONS SECTION MC 301 GENERAL [CONT.]: 313.3.10 may be modified provided that the equipment, appliances, and supports shall be designed and installed so that continuous or intermittent vibration transmitted to structural slabs shall not exceed the following values betwee n 8 Hz and 80 Hz on the structural slab in the affected occupancy space: 1. Group E, I or R occupancies: 5,600 microinches (142.4 um) per second. 2. All other occupancies: 16,000 microinches (406.4 um) per second. For the purposes of this exception, transmitted vibration shall be in accordance with the following parameters: 1. The peak third - octave band RMS velocity measurements. 2. The method shall be in accordance with ANSI/ASA S2.71. [CONT.]: 313.3.10 Ceiling suspended packaged HVAC units with compressors. Equipment such as heat pumps, air - conditioning units, or similar equipment, that is suspended from a structure shall be resiliently supported from or on the building structure. Vibra tion isolators shall have a minimum isolation efficiency of 90 percent at the lowest disturbing frequency. \u2021\u2021\u2021 Chapter 3 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 3 GENERAL REGULATIONS SECTION MC 301 GENERAL [CONT.]: 313.3.10 may be modified provided that the equipment, appliances, and supports shall be designed and installed so that continuous or intermittent vibration transmitted to structural slabs shall not exceed the following values betwee n 8 Hz and 80 Hz on the structural slab in the affected occupancy space: 1. Group E, I or R occupancies: 5,600 microinches (142.4 um) per second. 2. All other occupancies: 16,000 microinches (406.4 um) per second. For the purposes of this exception, transmitted vibration shall be in accordance with the following parameters: 1. The peak third - octave band RMS velocity measurements. 2. The method shall be in accordance with ANSI/ASA S2.71. [CONT.]: 313.3.10 Ceiling suspended packaged HVAC units with compressors. Equipment such as heat pumps, air - conditioning units, or similar equipment, that is suspended from a structure shall be resiliently supported from or on the building structure. Vibra tion isolators shall have a minimum isolation efficiency of 90 percent at the lowest disturbing frequency. \u2021\u2021\u2021 Chapter 3 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 3 GENERAL REGULATIONS SECTION MC 301 GENERAL [CONT.]: 313.3.10 may be modified provided that the equipment, appliances, and supports shall be designed and installed so that continuous or intermittent vibration transmitted to structural slabs shall not exceed the following values betwee n 8 Hz and 80 Hz on the structural slab in the affected occupancy space: 1. Group E, I or R occupancies: 5,600 microinches (142.4 um) per second. 2. All other occupancies: 16,000 microinches (406.4 um) per second. For the purposes of this exception, transmitted vibration shall be in accordance with the following parameters: 1. The peak third - octave band RMS velocity measurements. 2. The method shall be in accordance with ANSI/ASA S2.71. [CONT.]: 313.3.10 Ceiling suspended packaged HVAC units with compressors. Equipment such as heat pumps, air - conditioning units, or similar equipment, that is suspended from a structure shall be resiliently supported from or on the building structure. Vibra tion isolators shall have a minimum isolation efficiency of 90 percent at the lowest disturbing frequency. \u2021\u2021\u2021 Chapter 3 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 3 GENERAL REGULATIONS SECTION MC 301 GENERAL [CONT.]: 313.3.10 may be modified provided that the equipment, appliances, and supports shall be designed and installed so that continuous or intermittent vibration transmitted to structural slabs shall not exceed the following values betwee n 8 Hz and 80 Hz on the structural slab in the affected occupancy space: 1. Group E, I or R occupancies: 5,600 microinches (142.4 um) per second. 2. All other occupancies: 16,000 microinches (406.4 um) per second. For the purposes of this exception, transmitted vibration shall be in accordance with the following parameters: 1. The peak third - octave band RMS velocity measurements. 2. The method shall be in accordance with ANSI/ASA S2.71. [CONT.]: 313.3.10 Ceiling suspended packaged HVAC units with compressors. Equipment such as heat pumps, air - conditioning units, or similar equipment, that is suspended from a structure shall be resiliently supported from or on the building structure. Vibra tion isolators shall have a minimum isolation efficiency of 90 percent at the lowest disturbing frequency.",
    "metadata": {
      "section_full": "313.3.10",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.1",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.1 313.3.1 Boiler rooms. Boilers, boiler breeching, and b oiler piping shall be isolated in accordance with the applicable requirements of Sections 313.3.1.1 and 313.3.1.2. [CONT.]: 313.3.1 Boiler rooms. Boilers, boiler breeching, and b oiler piping shall be isolated in accordance with the applicable requirements of Sections 313.3.1.1 and 313.3.1.2. [CONT.]: 313.3.1 Boiler rooms. Boilers, boiler breeching, and b oiler piping shall be isolated in accordance with the applicable requirements of Sections 313.3.1.1 and 313.3.1.2. [CONT.]: 313.3.1 Boiler rooms. Boilers, boiler breeching, and b oiler piping shall be isolated in accordance with the applicable requirements of Sections 313.3.1.1 and 313.3.1.2. [CONT.]: 313.3.1 Boiler rooms. Boilers, boiler breeching, and b oiler piping shall be isolated in accordance with the applicable requirements of Sections 313.3.1.1 and 313.3.1.2. [CONT.]: 313.3.1 Boiler rooms. Boilers, boiler breeching, and b oiler piping shall be isolated in accordance with the applicable requirements of Sections 313.3.1.1 and 313.3.1.2.",
    "metadata": {
      "section_full": "313.3.1",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.1.1",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.1.1 313.3.1.1 Boilers. All boilers supported on floors directly above a story having dwelling units shall be supported on resilient isolators hav ing a minimum static deflection of 1 inch (25.4 mm). The isolators shall be installed directly under the structural frame of the boiler. [CONT.]: 313.3.1.1 Boilers. All boilers supported on floors directly above a story having dwelling units shall be supported on resilient isolators hav ing a minimum static deflection of 1 inch (25.4 mm). The isolators shall be installed directly under the structural frame of the boiler. [CONT.]: 313.3.1.1 Boilers. All boilers supported on floors directly above a story having dwelling units shall be supported on resilient isolators hav ing a minimum static deflection of 1 inch (25.4 mm). The isolators shall be installed directly under the structural frame of the boiler. [CONT.]: 313.3.1.1 Boilers. All boilers supported on floors directly above a story having dwelling units shall be supported on resilient isolators hav ing a minimum static deflection of 1 inch (25.4 mm). The isolators shall be installed directly under the structural frame of the boiler. [CONT.]: 313.3.1.1 Boilers. All boilers supported on floors directly above a story having dwelling units shall be supported on resilient isolators hav ing a minimum static deflection of 1 inch (25.4 mm). The isolators shall be installed directly under the structural frame of the boiler. [CONT.]: 313.3.1.1 Boilers. All boilers supported on floors directly above a story having dwelling units shall be supported on resilient isolators hav ing a minimum static deflection of 1 inch (25.4 mm). The isolators shall be installed directly under the structural frame of the boiler.",
    "metadata": {
      "section_full": "313.3.1.1",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.1.2",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.1.2 313.3.1.2 Boiler breeching and piping. When boilers are equipped with mechanical draft fans, the boiler breeching and p iping that are supported from or on slabs, floors or walls that are contiguous to the dwelling unit shall be supported for a distance of 50 pipe diameters on or from resilient isolators. Each isolator shall have a minimum static deflection of 1 inch (25.4 mm). [CONT.]: 313.3.1.2 Boiler breeching and piping. When boilers are equipped with mechanical draft fans, the boiler breeching and p iping that are supported from or on slabs, floors or walls that are contiguous to the dwelling unit shall be supported for a distance of 50 pipe diameters on or from resilient isolators. Each isolator shall have a minimum static deflection of 1 inch (25.4 mm). [CONT.]: 313.3.1.2 Boiler breeching and piping. When boilers are equipped with mechanical draft fans, the boiler breeching and p iping that are supported from or on slabs, floors or walls that are contiguous to the dwelling unit shall be supported for a distance of 50 pipe diameters on or from resilient isolators. Each isolator shall have a minimum static deflection of 1 inch (25.4 mm). [CONT.]: 313.3.1.2 Boiler breeching and piping. When boilers are equipped with mechanical draft fans, the boiler breeching and p iping that are supported from or on slabs, floors or walls that are contiguous to the dwelling unit shall be supported for a distance of 50 pipe diameters on or from resilient isolators. Each isolator shall have a minimum static deflection of 1 inch (25.4 mm). [CONT.]: 313.3.1.2 Boiler breeching and piping. When boilers are equipped with mechanical draft fans, the boiler breeching and p iping that are supported from or on slabs, floors or walls that are contiguous to the dwelling unit shall be supported for a distance of 50 pipe diameters on or from resilient isolators. Each isolator shall have a minimum static deflection of 1 inch (25.4 mm). [CONT.]: 313.3.1.2 Boiler breeching and piping. When boilers are equipped with mechanical draft fans, the boiler breeching and p iping that are supported from or on slabs, floors or walls that are contiguous to the dwelling unit shall be supported for a distance of 50 pipe diameters on or from resilient isolators. Each isolator shall have a minimum static deflection of 1 inch (25.4 mm).",
    "metadata": {
      "section_full": "313.3.1.2",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.2",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.2 313.3.2 Refuse charging chutes. Metal chutes, chute supports, and chute bracing shall be installed in accordance with Section 313.3.2.1. Masonry chutes must comply with Section 313.3.2.2. [CONT.]: 313.3.2 Refuse charging chutes. Metal chutes, chute supports, and chute bracing shall be installed in accordance with Section 313.3.2.1. Masonry chutes must comply with Section 313.3.2.2. [CONT.]: 313.3.2 Refuse charging chutes. Metal chutes, chute supports, and chute bracing shall be installed in accordance with Section 313.3.2.1. Masonry chutes must comply with Section 313.3.2.2. [CONT.]: 313.3.2 Refuse charging chutes. Metal chutes, chute supports, and chute bracing shall be installed in accordance with Section 313.3.2.1. Masonry chutes must comply with Section 313.3.2.2. [CONT.]: 313.3.2 Refuse charging chutes. Metal chutes, chute supports, and chute bracing shall be installed in accordance with Section 313.3.2.1. Masonry chutes must comply with Section 313.3.2.2. [CONT.]: 313.3.2 Refuse charging chutes. Metal chutes, chute supports, and chute bracing shall be installed in accordance with Section 313.3.2.1. Masonry chutes must comply with Section 313.3.2.2.",
    "metadata": {
      "section_full": "313.3.2",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.2.1",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.2.1 313.3.2.1 Metal chutes. Metal chutes, metal chute supports, and /or metal chute bracing shall be free of direct contact with the shaft enclosure and the openings provided in the floor construction. Metal chutes shall be resiliently supported at each structural support location. Isolators shall provide a minimum static deflection of 0.30 inches (7.62 mm). All chutes shall be plumb. [CONT.]: 313.3.2.1 Metal chutes. Metal chutes, metal chute supports, and /or metal chute bracing shall be free of direct contact with the shaft enclosure and the openings provided in the floor construction. Metal chutes shall be resiliently supported at each structural support location. Isolators shall provide a minimum static deflection of 0.30 inches (7.62 mm). All chutes shall be plumb. [CONT.]: 313.3.2.1 Metal chutes. Metal chutes, metal chute supports, and /or metal chute bracing shall be free of direct contact with the shaft enclosure and the openings provided in the floor construction. Metal chutes shall be resiliently supported at each structural support location. Isolators shall provide a minimum static deflection of 0.30 inches (7.62 mm). All chutes shall be plumb. [CONT.]: 313.3.2.1 Metal chutes. Metal chutes, metal chute supports, and /or metal chute bracing shall be free of direct contact with the shaft enclosure and the openings provided in the floor construction. Metal chutes shall be resiliently supported at each structural support location. Isolators shall provide a minimum static deflection of 0.30 inches (7.62 mm). All chutes shall be plumb. [CONT.]: 313.3.2.1 Metal chutes. Metal chutes, metal chute supports, and /or metal chute bracing shall be free of direct contact with the shaft enclosure and the openings provided in the floor construction. Metal chutes shall be resiliently supported at each structural support location. Isolators shall provide a minimum static deflection of 0.30 inches (7.62 mm). All chutes shall be plumb. [CONT.]: 313.3.2.1 Metal chutes. Metal chutes, metal chute supports, and /or metal chute bracing shall be free of direct contact with the shaft enclosure and the openings provided in the floor construction. Metal chutes shall be resiliently supported at each structural support location. Isolators shall provide a minimum static deflection of 0.30 inches (7.62 mm). All chutes shall be plumb.",
    "metadata": {
      "section_full": "313.3.2.1",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.2.2",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.2.2 313.3.2.2 Masonry chutes. The interior chute wall shall be plumb and without obstructions for the full height of the shaft and shall have a smooth interior finish. [CONT.]: 313.3.2.2 Masonry chutes. The interior chute wall shall be plumb and without obstructions for the full height of the shaft and shall have a smooth interior finish. [CONT.]: 313.3.2.2 Masonry chutes. The interior chute wall shall be plumb and without obstructions for the full height of the shaft and shall have a smooth interior finish. [CONT.]: 313.3.2.2 Masonry chutes. The interior chute wall shall be plumb and without obstructions for the full height of the shaft and shall have a smooth interior finish. [CONT.]: 313.3.2.2 Masonry chutes. The interior chute wall shall be plumb and without obstructions for the full height of the shaft and shall have a smooth interior finish. [CONT.]: 313.3.2.2 Masonry chutes. The interior chute wall shall be plumb and without obstructions for the full height of the shaft and shall have a smooth interior finish.",
    "metadata": {
      "section_full": "313.3.2.2",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.3",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.3 313.3.3 Piping. Equipment pi ping shall be installed as follows: 1. Metal piping connected to power driven equipment shall be resiliently supported from or on the building structure for a distance of 50 pipe diameters from the power driven equipment. The resilient isolators shall have a minimum static deflection of 1 inch (25.4 mm) for all piping with a 4 inch (101.6 mm) or larger in actual outside diameter and 1 / 2 inch (12.7 mm) for piping with less than 4 inches (101.6 mm) in actual outside diameter. Piping connected to fluid pressur e - reducing valves shall be resiliently isolated for a distance of 50 pipe diameters from pressure - reducing valves and isolators shall provide a minimum static deflection of 1 / 2 inch (12.7 mm). \u2021\u2021\u2021 Chapter 3 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 3 GENERAL REGULATIONS SECTION MC 301 GENERAL [CONT.]: 313.3.3 Piping. Equipment pi ping shall be installed as follows: 1. Metal piping connected to power driven equipment shall be resiliently supported from or on the building structure for a distance of 50 pipe diameters from the power driven equipment. The resilient isolators shall have a minimum static deflection of 1 inch (25.4 mm) for all piping with a 4 inch (101.6 mm) or larger in actual outside diameter and 1 / 2 inch (12.7 mm) for piping with less than 4 inches (101.6 mm) in actual outside diameter. Piping connected to fluid pressur e - reducing valves shall be resiliently isolated for a distance of 50 pipe diameters from pressure - reducing valves and isolators shall provide a minimum static deflection of 1 / 2 inch (12.7 mm). GENERAL REGULATIONS 2. Equipment such as heat exchangers, absorption refrigeration machines, or similar equipment, that is located on any floor or roof other than a floor on grade, and that is not power driven but is connected by metal piping to power driven equipment, shall be resiliently supported from or on the building structure, for a distance of 50 pipe diameters from the power driven equipment. The resilient supports shall be vibration isolators having a minimum static deflection of 1 inch (25.4 mm) and shall incorporate a pproved resilient pads having a minimum thickness of 1 / 4 inch (6.4 mm). [CONT.]: 313.3.3 Piping. Equipment pi ping shall be installed as follows: 1. Metal piping connected to power driven equipment shall be resiliently supported from or on the building structure for a distance of 50 pipe diameters from the power driven equipment. The resilient isolators shall have a minimum static deflection of 1 inch (25.4 mm) for all piping with a 4 inch (101.6 mm) or larger in actual outside diameter and 1 / 2 inch (12.7 mm) for piping with less than 4 inches (101.6 mm) in actual outside diameter. Piping connected to fluid pressur e - reducing valves shall be resiliently isolated for a distance of 50 pipe diameters from pressure - reducing valves and isolators shall provide a minimum static deflection of 1 / 2 inch (12.7 mm). GENERAL REGULATIONS 2. Equipment such as heat exchangers, absorption refrigeration machines, or similar equipment, that is located on any floor or roof other than a floor on grade, and that is not power driven but is connected by metal piping to power driven equipment, shall be resiliently supported from or on the building structure, for a distance of 50 pipe diameters from the power driven equipment. The resilient supports shall be vibration isolators having a minimum static deflection of 1 inch (25.4 mm) and shall incorporate a pproved resilient pads having a minimum thickness of 1 / 4 inch (6.4 mm). [CONT.]: 313.3.3 Piping. Equipment pi ping shall be installed as follows: 1. Metal piping connected to power driven equipment shall be resiliently supported from or on the building structure for a distance of 50 pipe diameters from the power driven equipment. The resilient isolators shall have a minimum static deflection of 1 inch (25.4 mm) for all piping with a 4 inch (101.6 mm) or larger in actual outside diameter and 1 / 2 inch (12.7 mm) for piping with less than 4 inches (101.6 mm) in actual outside diameter. Piping connected to fluid pressur e - reducing valves shall be resiliently isolated for a distance of 50 pipe diameters from pressure - reducing valves and isolators shall provide a minimum static deflection of 1 / 2 inch (12.7 mm). GENERAL REGULATIONS 2. Equipment such as heat exchangers, absorption refrigeration machines, or similar equipment, that is located on any floor or roof other than a floor on grade, and that is not power driven but is connected by metal piping to power driven equipment, shall be resiliently supported from or on the building structure, for a distance of 50 pipe diameters from the power driven equipment. The resilient supports shall be vibration isolators having a minimum static deflection of 1 inch (25.4 mm) and shall incorporate a pproved resilient pads having a minimum thickness of 1 / 4 inch (6.4 mm). [CONT.]: 313.3.3 Piping. Equipment pi ping shall be installed as follows: 1. Metal piping connected to power driven equipment shall be resiliently supported from or on the building structure for a distance of 50 pipe diameters from the power driven equipment. The resilient isolators shall have a minimum static deflection of 1 inch (25.4 mm) for all piping with a 4 inch (101.6 mm) or larger in actual outside diameter and 1 / 2 inch (12.7 mm) for piping with less than 4 inches (101.6 mm) in actual outside diameter. Piping connected to fluid pressur e - reducing valves shall be resiliently isolated for a distance of 50 pipe diameters from pressure - reducing valves and isolators shall provide a minimum static deflection of 1 / 2 inch (12.7 mm). GENERAL REGULATIONS 2. Equipment such as heat exchangers, absorption refrigeration machines, or similar equipment, that is located on any floor or roof other than a floor on grade, and that is not power driven but is connected by metal piping to power driven equipment, shall be resiliently supported from or on the building structure, for a distance of 50 pipe diameters from the power driven equipment. The resilient supports shall be vibration isolators having a minimum static deflection of 1 inch (25.4 mm) and shall incorporate a pproved resilient pads having a minimum thickness of 1 / 4 inch (6.4 mm). [CONT.]: 313.3.3 Piping. Equipment pi ping shall be installed as follows: 1. Metal piping connected to power driven equipment shall be resiliently supported from or on the building structure for a distance of 50 pipe diameters from the power driven equipment. The resilient isolators shall have a minimum static deflection of 1 inch (25.4 mm) for all piping with a 4 inch (101.6 mm) or larger in actual outside diameter and 1 / 2 inch (12.7 mm) for piping with less than 4 inches (101.6 mm) in actual outside diameter. Piping connected to fluid pressur e - reducing valves shall be resiliently isolated for a distance of 50 pipe diameters from pressure - reducing valves and isolators shall provide a minimum static deflection of 1 / 2 inch (12.7 mm). GENERAL REGULATIONS 2. Equipment such as heat exchangers, absorption refrigeration machines, or similar equipment, that is located on any floor or roof other than a floor on grade, and that is not power driven but is connected by metal piping to power driven equipment, shall be resiliently supported from or on the building structure, for a distance of 50 pipe diameters from the power driven equipment. The resilient supports shall be vibration isolators having a minimum static deflection of 1 inch (25.4 mm) and shall incorporate a pproved resilient pads having a minimum thickness of 1 / 4 inch (6.4 mm).",
    "metadata": {
      "section_full": "313.3.3",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.4",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.4 313.3.4 Fans. All fan equipment with motors in excess of 1 / 2 horsepower (0.37 kW), located on any roof or floor other than a floor on grade shall be mounted on or from vibration isolat ors. Fan equipment with motor drives separated from the fan equipment shall be supported on an isolated integral rigid structural base supporting both the fan and motor. Fan equipment with motor drives supported from the fan equipment shall be mounted dire ctly on vibration isolators. Each isolator shall have provision for leveling. Isolators shall incorporate resilient pads having a minimum thickness of 1 / 4 inch (6.4 mm). The vibration isolators shall provide a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum deflection of 2 inches ( 50.8 mm). Fans and compressors assembled in unitary containers may meet this requirement with isolators internal to the container providing the isolators meet the above minimum isolator efficiencies. [CONT.]: 313.3.4 Fans. All fan equipment with motors in excess of 1 / 2 horsepower (0.37 kW), located on any roof or floor other than a floor on grade shall be mounted on or from vibration isolat ors. Fan equipment with motor drives separated from the fan equipment shall be supported on an isolated integral rigid structural base supporting both the fan and motor. Fan equipment with motor drives supported from the fan equipment shall be mounted dire ctly on vibration isolators. Each isolator shall have provision for leveling. Isolators shall incorporate resilient pads having a minimum thickness of 1 / 4 inch (6.4 mm). The vibration isolators shall provide a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum deflection of 2 inches ( 50.8 mm). Fans and compressors assembled in unitary containers may meet this requirement with isolators internal to the container providing the isolators meet the above minimum isolator efficiencies. [CONT.]: 313.3.4 Fans. All fan equipment with motors in excess of 1 / 2 horsepower (0.37 kW), located on any roof or floor other than a floor on grade shall be mounted on or from vibration isolat ors. Fan equipment with motor drives separated from the fan equipment shall be supported on an isolated integral rigid structural base supporting both the fan and motor. Fan equipment with motor drives supported from the fan equipment shall be mounted dire ctly on vibration isolators. Each isolator shall have provision for leveling. Isolators shall incorporate resilient pads having a minimum thickness of 1 / 4 inch (6.4 mm). The vibration isolators shall provide a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum deflection of 2 inches ( 50.8 mm). Fans and compressors assembled in unitary containers may meet this requirement with isolators internal to the container providing the isolators meet the above minimum isolator efficiencies. [CONT.]: 313.3.4 Fans. All fan equipment with motors in excess of 1 / 2 horsepower (0.37 kW), located on any roof or floor other than a floor on grade shall be mounted on or from vibration isolat ors. Fan equipment with motor drives separated from the fan equipment shall be supported on an isolated integral rigid structural base supporting both the fan and motor. Fan equipment with motor drives supported from the fan equipment shall be mounted dire ctly on vibration isolators. Each isolator shall have provision for leveling. Isolators shall incorporate resilient pads having a minimum thickness of 1 / 4 inch (6.4 mm). The vibration isolators shall provide a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum deflection of 2 inches ( 50.8 mm). Fans and compressors assembled in unitary containers may meet this requirement with isolators internal to the container providing the isolators meet the above minimum isolator efficiencies. [CONT.]: 313.3.4 Fans. All fan equipment with motors in excess of 1 / 2 horsepower (0.37 kW), located on any roof or floor other than a floor on grade shall be mounted on or from vibration isolat ors. Fan equipment with motor drives separated from the fan equipment shall be supported on an isolated integral rigid structural base supporting both the fan and motor. Fan equipment with motor drives supported from the fan equipment shall be mounted dire ctly on vibration isolators. Each isolator shall have provision for leveling. Isolators shall incorporate resilient pads having a minimum thickness of 1 / 4 inch (6.4 mm). The vibration isolators shall provide a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum deflection of 2 inches ( 50.8 mm). Fans and compressors assembled in unitary containers may meet this requirement with isolators internal to the container providing the isolators meet the above minimum isolator efficiencies.",
    "metadata": {
      "section_full": "313.3.4",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.5",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.5 313.3.5 Pumps. All pumps of 3 horsepower (2.24 kW) or more located on any floor other than a floor on grade shall be supported on vibration isolators having a minimum isolation efficiency of 90 percent at the lowest disturbing frequency. Each isolator shal l incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). [CONT.]: 313.3.5 Pumps. All pumps of 3 horsepower (2.24 kW) or more located on any floor other than a floor on grade shall be supported on vibration isolators having a minimum isolation efficiency of 90 percent at the lowest disturbing frequency. Each isolator shal l incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). [CONT.]: 313.3.5 Pumps. All pumps of 3 horsepower (2.24 kW) or more located on any floor other than a floor on grade shall be supported on vibration isolators having a minimum isolation efficiency of 90 percent at the lowest disturbing frequency. Each isolator shal l incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). [CONT.]: 313.3.5 Pumps. All pumps of 3 horsepower (2.24 kW) or more located on any floor other than a floor on grade shall be supported on vibration isolators having a minimum isolation efficiency of 90 percent at the lowest disturbing frequency. Each isolator shal l incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). [CONT.]: 313.3.5 Pumps. All pumps of 3 horsepower (2.24 kW) or more located on any floor other than a floor on grade shall be supported on vibration isolators having a minimum isolation efficiency of 90 percent at the lowest disturbing frequency. Each isolator shal l incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm).",
    "metadata": {
      "section_full": "313.3.5",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.6",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.6 313.3.6 Compressors. Compressors and drives located on a floor other than a floor on grade shall be mounted on vibration isolators having a minimum isolati on efficiency of 90 percent at the lowest disturbing frequency. Each isolator shall incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). [CONT.]: 313.3.6 Compressors. Compressors and drives located on a floor other than a floor on grade shall be mounted on vibration isolators having a minimum isolati on efficiency of 90 percent at the lowest disturbing frequency. Each isolator shall incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). [CONT.]: 313.3.6 Compressors. Compressors and drives located on a floor other than a floor on grade shall be mounted on vibration isolators having a minimum isolati on efficiency of 90 percent at the lowest disturbing frequency. Each isolator shall incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). [CONT.]: 313.3.6 Compressors. Compressors and drives located on a floor other than a floor on grade shall be mounted on vibration isolators having a minimum isolati on efficiency of 90 percent at the lowest disturbing frequency. Each isolator shall incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). [CONT.]: 313.3.6 Compressors. Compressors and drives located on a floor other than a floor on grade shall be mounted on vibration isolators having a minimum isolati on efficiency of 90 percent at the lowest disturbing frequency. Each isolator shall incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm).",
    "metadata": {
      "section_full": "313.3.6",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.7",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.7 313.3.7 Cooling towers and fluid coolers. All moving parts of cooling towers located on a roof or floor other than a floor on grade shall be installed on vibration isolators providing a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum static deflection of 4 inches (101.6 mm). Each isolator shall incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). Vibration cutoff switches shall be provided. \u2021\u2021\u2021 [CONT.]: 313.3.7 Cooling towers and fluid coolers. All moving parts of cooling towers located on a roof or floor other than a floor on grade shall be installed on vibration isolators providing a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum static deflection of 4 inches (101.6 mm). Each isolator shall incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). Vibration cutoff switches shall be provided. \u2021\u2021\u2021 [CONT.]: 313.3.7 Cooling towers and fluid coolers. All moving parts of cooling towers located on a roof or floor other than a floor on grade shall be installed on vibration isolators providing a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum static deflection of 4 inches (101.6 mm). Each isolator shall incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). Vibration cutoff switches shall be provided. \u2021\u2021\u2021 [CONT.]: 313.3.7 Cooling towers and fluid coolers. All moving parts of cooling towers located on a roof or floor other than a floor on grade shall be installed on vibration isolators providing a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum static deflection of 4 inches (101.6 mm). Each isolator shall incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). Vibration cutoff switches shall be provided. \u2021\u2021\u2021 [CONT.]: 313.3.7 Cooling towers and fluid coolers. All moving parts of cooling towers located on a roof or floor other than a floor on grade shall be installed on vibration isolators providing a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum static deflection of 4 inches (101.6 mm). Each isolator shall incorporate a leveling device and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). Vibration cutoff switches shall be provided. \u2021\u2021\u2021",
    "metadata": {
      "section_full": "313.3.7",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.8",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.8 313.3.8 Evaporative condensers. Evaporative and air - cooled condensers located on a r oof or floor other than a floor on grade shall be mounted on vibration isolators providing a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum static deflection of 4 inches (101.6 mm). Each isolator shall incorporate a leveling dev ice and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). Vibration cutoff switches shall be provided on evaporative condensers. [CONT.]: 313.3.8 Evaporative condensers. Evaporative and air - cooled condensers located on a r oof or floor other than a floor on grade shall be mounted on vibration isolators providing a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum static deflection of 4 inches (101.6 mm). Each isolator shall incorporate a leveling dev ice and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). Vibration cutoff switches shall be provided on evaporative condensers. [CONT.]: 313.3.8 Evaporative condensers. Evaporative and air - cooled condensers located on a r oof or floor other than a floor on grade shall be mounted on vibration isolators providing a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum static deflection of 4 inches (101.6 mm). Each isolator shall incorporate a leveling dev ice and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). Vibration cutoff switches shall be provided on evaporative condensers. [CONT.]: 313.3.8 Evaporative condensers. Evaporative and air - cooled condensers located on a r oof or floor other than a floor on grade shall be mounted on vibration isolators providing a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum static deflection of 4 inches (101.6 mm). Each isolator shall incorporate a leveling dev ice and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). Vibration cutoff switches shall be provided on evaporative condensers. [CONT.]: 313.3.8 Evaporative condensers. Evaporative and air - cooled condensers located on a r oof or floor other than a floor on grade shall be mounted on vibration isolators providing a minimum isolation efficiency of 90 percent at fan rotor rpm with a maximum static deflection of 4 inches (101.6 mm). Each isolator shall incorporate a leveling dev ice and a resilient pad having a minimum thickness of 1 / 4 inch (6.4 mm). Vibration cutoff switches shall be provided on evaporative condensers.",
    "metadata": {
      "section_full": "313.3.8",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "313.3.9",
    "text": "CONTEXT: 313 > 313.3 | CONTENT: 313.3.9 313.3.9 Duct connections to fans. Flexible connections shall be installed between fan equipment and connecting d uctwork. [CONT.]: 313.3.9 Duct connections to fans. Flexible connections shall be installed between fan equipment and connecting d uctwork. [CONT.]: 313.3.9 Duct connections to fans. Flexible connections shall be installed between fan equipment and connecting d uctwork. [CONT.]: 313.3.9 Duct connections to fans. Flexible connections shall be installed between fan equipment and connecting d uctwork. [CONT.]: 313.3.9 Duct connections to fans. Flexible connections shall be installed between fan equipment and connecting d uctwork.",
    "metadata": {
      "section_full": "313.3.9",
      "parent_major": "313",
      "parent_minor": "313.3",
      "source": "027.txt"
    }
  },
  {
    "id": "401.1",
    "text": "CONTEXT: 401 > 401.1 | CONTENT: 401.1 401.1 Scope. This chapter shall govern the ventilation of spaces within a building intended to be occupied. Mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502 shall comply with Chapter 5. 401 .2 Ventilation required. Habitable and occupiable spaces shall be provided with ventilation in accordance with this section. 1. Every occupiable space shall be: 1.1. Naturally ventilated in accordance with Section 402 and mechanically exhausted in accordance with Table 403.3.1.1; or 1.2. Mechanically ventilated in accordance with Section 403. 2. All habitable spaces and occupiable spaces provided with air conditioning shall be mechanically ventilated in accordance with Section 403. 3. Every habitabl e space shall be naturally ventilated in accordance with Section 402. 4. Every habitable space shall be mechanically ventilated if required by Section 403 . Ambulatory care facilities (Group B) and Group I - 2 occupancies shall be ventilated by mechanical means in accordance with Section 407. [CONT.]: 401.1 Scope. This chapter shall govern the ventilation of spaces within a building intended to be occupied. Mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502 shall comply with Chapter 5. 401 .2 Ventilation required. Habitable and occupiable spaces shall be provided with ventilation in accordance with this section. 1. Every occupiable space shall be: 1.1. Naturally ventilated in accordance with Section 402 and mechanically exhausted in accordance with Table 403.3.1.1; or 1.2. Mechanically ventilated in accordance with Section 403. 2. All habitable spaces and occupiable spaces provided with air conditioning shall be mechanically ventilated in accordance with Section 403. 3. Every habitabl e space shall be naturally ventilated in accordance with Section 402. 4. Every habitable space shall be mechanically ventilated if required by Section 403 . Ambulatory care facilities (Group B) and Group I - 2 occupancies shall be ventilated by mechanical means in accordance with Section 407. [CONT.]: 401.1 Scope. This chapter shall govern the ventilation of spaces within a building intended to be occupied. Mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502 shall comply with Chapter 5. 401 .2 Ventilation required. Habitable and occupiable spaces shall be provided with ventilation in accordance with this section. 1. Every occupiable space shall be: 1.1. Naturally ventilated in accordance with Section 402 and mechanically exhausted in accordance with Table 403.3.1.1; or 1.2. Mechanically ventilated in accordance with Section 403. 2. All habitable spaces and occupiable spaces provided with air conditioning shall be mechanically ventilated in accordance with Section 403. 3. Every habitabl e space shall be naturally ventilated in accordance with Section 402. 4. Every habitable space shall be mechanically ventilated if required by Section 403 . Ambulatory care facilities (Group B) and Group I - 2 occupancies shall be ventilated by mechanical means in accordance with Section 407. [CONT.]: 401.1 Scope. This chapter shall govern the ventilation of spaces within a building intended to be occupied. Mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502 shall comply with Chapter 5. 401 .2 Ventilation required. Habitable and occupiable spaces shall be provided with ventilation in accordance with this section. 1. Every occupiable space shall be: 1.1. Naturally ventilated in accordance with Section 402 and mechanically exhausted in accordance with Table 403.3.1.1; or 1.2. Mechanically ventilated in accordance with Section 403. 2. All habitable spaces and occupiable spaces provided with air conditioning shall be mechanically ventilated in accordance with Section 403. 3. Every habitabl e space shall be naturally ventilated in accordance with Section 402. 4. Every habitable space shall be mechanically ventilated if required by Section 403 . Ambulatory care facilities (Group B) and Group I - 2 occupancies shall be ventilated by mechanical means in accordance with Section 407. [CONT.]: 401.1 Scope. This chapter shall govern the ventilation of spaces within a building intended to be occupied. Mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502 shall comply with Chapter 5. 401 .2 Ventilation required. Habitable and occupiable spaces shall be provided with ventilation in accordance with this section. 1. Every occupiable space shall be: 1.1. Naturally ventilated in accordance with Section 402 and mechanically exhausted in accordance with Table 403.3.1.1; or 1.2. Mechanically ventilated in accordance with Section 403. 2. All habitable spaces and occupiable spaces provided with air conditioning shall be mechanically ventilated in accordance with Section 403. 3. Every habitabl e space shall be naturally ventilated in accordance with Section 402. 4. Every habitable space shall be mechanically ventilated if required by Section 403 . Ambulatory care facilities (Group B) and Group I - 2 occupancies shall be ventilated by mechanical means in accordance with Section 407. [CONT.]: 401.1 Scope. This chapter shall govern the ventilation of spaces within a building intended to be occupied. Mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502 shall comply with Chapter 5. 401 .2 Ventilation required. Habitable and occupiable spaces shall be provided with ventilation in accordance with this section. 1. Every occupiable space shall be: 1.1. Naturally ventilated in accordance with Section 402 and mechanically exhausted in accordance with Table 403.3.1.1; or 1.2. Mechanically ventilated in accordance with Section 403. 2. All habitable spaces and occupiable spaces provided with air conditioning shall be mechanically ventilated in accordance with Section 403. 3. Every habitabl e space shall be naturally ventilated in accordance with Section 402. 4. Every habitable space shall be mechanically ventilated if required by Section 403 . Ambulatory care facilities (Group B) and Group I - 2 occupancies shall be ventilated by mechanical means in accordance with Section 407. [CONT.]: 401.1 Scope. This chapter shall govern the ventilation of spaces within a building intended to be occupied. Mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502 shall comply with Chapter 5. 401 .2 Ventilation required. Habitable and occupiable spaces shall be provided with ventilation in accordance with this section. 1. Every occupiable space shall be: 1.1. Naturally ventilated in accordance with Section 402 and mechanically exhausted in accordance with Table 403.3.1.1; or 1.2. Mechanically ventilated in accordance with Section 403. 2. All habitable spaces and occupiable spaces provided with air conditioning shall be mechanically ventilated in accordance with Section 403. 3. Every habitabl e space shall be naturally ventilated in accordance with Section 402. 4. Every habitable space shall be mechanically ventilated if required by Section 403 . Ambulatory care facilities (Group B) and Group I - 2 occupancies shall be ventilated by mechanical means in accordance with Section 407. [CONT.]: 401.1 Scope. This chapter shall govern the ventilation of spaces within a building intended to be occupied. Mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502 shall comply with Chapter 5. 401 .2 Ventilation required. Habitable and occupiable spaces shall be provided with ventilation in accordance with this section. 1. Every occupiable space shall be: 1.1. Naturally ventilated in accordance with Section 402 and mechanically exhausted in accordance with Table 403.3.1.1; or 1.2. Mechanically ventilated in accordance with Section 403. 2. All habitable spaces and occupiable spaces provided with air conditioning shall be mechanically ventilated in accordance with Section 403. 3. Every habitabl e space shall be naturally ventilated in accordance with Section 402. 4. Every habitable space shall be mechanically ventilated if required by Section 403 . Ambulatory care facilities (Group B) and Group I - 2 occupancies shall be ventilated by mechanical means in accordance with Section 407.",
    "metadata": {
      "section_full": "401.1",
      "parent_major": "401",
      "parent_minor": "401.1",
      "source": "028.txt"
    }
  },
  {
    "id": "401.3",
    "text": "CONTEXT: 401 > 401.3 | CONTENT: 401.3 401.3 When required. Ventilation shall be provided during the periods that the room or space is occupied or during operation of gas appliances. \u2021\u2021\u2021 [CONT.]: 401.3 When required. Ventilation shall be provided during the periods that the room or space is occupied or during operation of gas appliances. \u2021\u2021\u2021 [CONT.]: 401.3 When required. Ventilation shall be provided during the periods that the room or space is occupied or during operation of gas appliances. \u2021\u2021\u2021 [CONT.]: 401.3 When required. Ventilation shall be provided during the periods that the room or space is occupied or during operation of gas appliances. \u2021\u2021\u2021 [CONT.]: 401.3 When required. Ventilation shall be provided during the periods that the room or space is occupied or during operation of gas appliances. \u2021\u2021\u2021 [CONT.]: 401.3 When required. Ventilation shall be provided during the periods that the room or space is occupied or during operation of gas appliances. \u2021\u2021\u2021 [CONT.]: 401.3 When required. Ventilation shall be provided during the periods that the room or space is occupied or during operation of gas appliances. \u2021\u2021\u2021 [CONT.]: 401.3 When required. Ventilation shall be provided during the periods that the room or space is occupied or during operation of gas appliances. \u2021\u2021\u2021",
    "metadata": {
      "section_full": "401.3",
      "parent_major": "401",
      "parent_minor": "401.3",
      "source": "028.txt"
    }
  },
  {
    "id": "401.4",
    "text": "CONTEXT: 401 > 401.4 | CONTENT: 401.4 401.4 Intake opening location. Ventilation air intake openings shall compl y with all of the following: 1. Intake openings shall be located not less than 10 feet (3048 mm) from lot lines or buildings on the same lot. For buildings on lots measuring less than 20 feet (6096 mm) in width, intake openings shall be located at the cent erline between lot lines. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 2. Outdoor air intakes for office occupancies having occupied floors located more than 75 feet (22 860 mm) above the lowest level of fire department vehicle access serving spaces above the second story and serving spaces greater than 10,000 square feet (929 m 2 ) of floor area shall be located at least 20 feet (6096 mm) above ground level, at least 30 feet (91 44 mm) from exhaust outlets and other exhaust discharges, and at least 20 feet (6096 mm) from areas that may collect vehicular exhaust, such as off street loading bays. 3. Mechanical and gravity outdoor air intake openings shall be located not less than 10 feet (3048 mm) horizontally from any hazardous or noxious contaminant source, such as vents, exhausts (including but not limited to exhaust from dry cleaning establishments, spray booths, and cooling towers), streets, alleys, parking lots and loading dock s, except as specified in Item 3 of Section 501.3.1. Outdoor air intake openings shall be permitted to be located less than 10 feet (3048 mm) horizontally from streets, alleys, parking lots and loading docks provided that the openings are located not less than 25 feet (7620 mm) vertically above such locations. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 4. Where the requirements of Item 3 above cannot be achieved, intake openings shall be located not less than 3 feet (914.4 mm) below contaminant sources where such sources are located within 10 feet (3048 mm) of the opening. 5. Intake openings in Group I occupancies shall comply with ANSI/ASHRAE/ASHE 170, as require d. VENTILATION 6. Intake openings on structures in flood hazard areas shall comply with the additional requirements of Appendix G of the New York City Building Code. Exception: Group R - 3 occupancies are not required to comply with Section 401.4. [CONT.]: 401.4 Intake opening location. Ventilation air intake openings shall compl y with all of the following: 1. Intake openings shall be located not less than 10 feet (3048 mm) from lot lines or buildings on the same lot. For buildings on lots measuring less than 20 feet (6096 mm) in width, intake openings shall be located at the cent erline between lot lines. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 2. Outdoor air intakes for office occupancies having occupied floors located more than 75 feet (22 860 mm) above the lowest level of fire department vehicle access serving spaces above the second story and serving spaces greater than 10,000 square feet (929 m 2 ) of floor area shall be located at least 20 feet (6096 mm) above ground level, at least 30 feet (91 44 mm) from exhaust outlets and other exhaust discharges, and at least 20 feet (6096 mm) from areas that may collect vehicular exhaust, such as off street loading bays. 3. Mechanical and gravity outdoor air intake openings shall be located not less than 10 feet (3048 mm) horizontally from any hazardous or noxious contaminant source, such as vents, exhausts (including but not limited to exhaust from dry cleaning establishments, spray booths, and cooling towers), streets, alleys, parking lots and loading dock s, except as specified in Item 3 of Section 501.3.1. Outdoor air intake openings shall be permitted to be located less than 10 feet (3048 mm) horizontally from streets, alleys, parking lots and loading docks provided that the openings are located not less than 25 feet (7620 mm) vertically above such locations. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 4. Where the requirements of Item 3 above cannot be achieved, intake openings shall be located not less than 3 feet (914.4 mm) below contaminant sources where such sources are located within 10 feet (3048 mm) of the opening. 5. Intake openings in Group I occupancies shall comply with ANSI/ASHRAE/ASHE 170, as require d. VENTILATION 6. Intake openings on structures in flood hazard areas shall comply with the additional requirements of Appendix G of the New York City Building Code. Exception: Group R - 3 occupancies are not required to comply with Section 401.4. [CONT.]: 401.4 Intake opening location. Ventilation air intake openings shall compl y with all of the following: 1. Intake openings shall be located not less than 10 feet (3048 mm) from lot lines or buildings on the same lot. For buildings on lots measuring less than 20 feet (6096 mm) in width, intake openings shall be located at the cent erline between lot lines. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 2. Outdoor air intakes for office occupancies having occupied floors located more than 75 feet (22 860 mm) above the lowest level of fire department vehicle access serving spaces above the second story and serving spaces greater than 10,000 square feet (929 m 2 ) of floor area shall be located at least 20 feet (6096 mm) above ground level, at least 30 feet (91 44 mm) from exhaust outlets and other exhaust discharges, and at least 20 feet (6096 mm) from areas that may collect vehicular exhaust, such as off street loading bays. 3. Mechanical and gravity outdoor air intake openings shall be located not less than 10 feet (3048 mm) horizontally from any hazardous or noxious contaminant source, such as vents, exhausts (including but not limited to exhaust from dry cleaning establishments, spray booths, and cooling towers), streets, alleys, parking lots and loading dock s, except as specified in Item 3 of Section 501.3.1. Outdoor air intake openings shall be permitted to be located less than 10 feet (3048 mm) horizontally from streets, alleys, parking lots and loading docks provided that the openings are located not less than 25 feet (7620 mm) vertically above such locations. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 4. Where the requirements of Item 3 above cannot be achieved, intake openings shall be located not less than 3 feet (914.4 mm) below contaminant sources where such sources are located within 10 feet (3048 mm) of the opening. 5. Intake openings in Group I occupancies shall comply with ANSI/ASHRAE/ASHE 170, as require d. VENTILATION 6. Intake openings on structures in flood hazard areas shall comply with the additional requirements of Appendix G of the New York City Building Code. Exception: Group R - 3 occupancies are not required to comply with Section 401.4. [CONT.]: 401.4 Intake opening location. Ventilation air intake openings shall compl y with all of the following: 1. Intake openings shall be located not less than 10 feet (3048 mm) from lot lines or buildings on the same lot. For buildings on lots measuring less than 20 feet (6096 mm) in width, intake openings shall be located at the cent erline between lot lines. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 2. Outdoor air intakes for office occupancies having occupied floors located more than 75 feet (22 860 mm) above the lowest level of fire department vehicle access serving spaces above the second story and serving spaces greater than 10,000 square feet (929 m 2 ) of floor area shall be located at least 20 feet (6096 mm) above ground level, at least 30 feet (91 44 mm) from exhaust outlets and other exhaust discharges, and at least 20 feet (6096 mm) from areas that may collect vehicular exhaust, such as off street loading bays. 3. Mechanical and gravity outdoor air intake openings shall be located not less than 10 feet (3048 mm) horizontally from any hazardous or noxious contaminant source, such as vents, exhausts (including but not limited to exhaust from dry cleaning establishments, spray booths, and cooling towers), streets, alleys, parking lots and loading dock s, except as specified in Item 3 of Section 501.3.1. Outdoor air intake openings shall be permitted to be located less than 10 feet (3048 mm) horizontally from streets, alleys, parking lots and loading docks provided that the openings are located not less than 25 feet (7620 mm) vertically above such locations. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 4. Where the requirements of Item 3 above cannot be achieved, intake openings shall be located not less than 3 feet (914.4 mm) below contaminant sources where such sources are located within 10 feet (3048 mm) of the opening. 5. Intake openings in Group I occupancies shall comply with ANSI/ASHRAE/ASHE 170, as require d. VENTILATION 6. Intake openings on structures in flood hazard areas shall comply with the additional requirements of Appendix G of the New York City Building Code. Exception: Group R - 3 occupancies are not required to comply with Section 401.4. [CONT.]: 401.4 Intake opening location. Ventilation air intake openings shall compl y with all of the following: 1. Intake openings shall be located not less than 10 feet (3048 mm) from lot lines or buildings on the same lot. For buildings on lots measuring less than 20 feet (6096 mm) in width, intake openings shall be located at the cent erline between lot lines. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 2. Outdoor air intakes for office occupancies having occupied floors located more than 75 feet (22 860 mm) above the lowest level of fire department vehicle access serving spaces above the second story and serving spaces greater than 10,000 square feet (929 m 2 ) of floor area shall be located at least 20 feet (6096 mm) above ground level, at least 30 feet (91 44 mm) from exhaust outlets and other exhaust discharges, and at least 20 feet (6096 mm) from areas that may collect vehicular exhaust, such as off street loading bays. 3. Mechanical and gravity outdoor air intake openings shall be located not less than 10 feet (3048 mm) horizontally from any hazardous or noxious contaminant source, such as vents, exhausts (including but not limited to exhaust from dry cleaning establishments, spray booths, and cooling towers), streets, alleys, parking lots and loading dock s, except as specified in Item 3 of Section 501.3.1. Outdoor air intake openings shall be permitted to be located less than 10 feet (3048 mm) horizontally from streets, alleys, parking lots and loading docks provided that the openings are located not less than 25 feet (7620 mm) vertically above such locations. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 4. Where the requirements of Item 3 above cannot be achieved, intake openings shall be located not less than 3 feet (914.4 mm) below contaminant sources where such sources are located within 10 feet (3048 mm) of the opening. 5. Intake openings in Group I occupancies shall comply with ANSI/ASHRAE/ASHE 170, as require d. VENTILATION 6. Intake openings on structures in flood hazard areas shall comply with the additional requirements of Appendix G of the New York City Building Code. Exception: Group R - 3 occupancies are not required to comply with Section 401.4. [CONT.]: 401.4 Intake opening location. Ventilation air intake openings shall compl y with all of the following: 1. Intake openings shall be located not less than 10 feet (3048 mm) from lot lines or buildings on the same lot. For buildings on lots measuring less than 20 feet (6096 mm) in width, intake openings shall be located at the cent erline between lot lines. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 2. Outdoor air intakes for office occupancies having occupied floors located more than 75 feet (22 860 mm) above the lowest level of fire department vehicle access serving spaces above the second story and serving spaces greater than 10,000 square feet (929 m 2 ) of floor area shall be located at least 20 feet (6096 mm) above ground level, at least 30 feet (91 44 mm) from exhaust outlets and other exhaust discharges, and at least 20 feet (6096 mm) from areas that may collect vehicular exhaust, such as off street loading bays. 3. Mechanical and gravity outdoor air intake openings shall be located not less than 10 feet (3048 mm) horizontally from any hazardous or noxious contaminant source, such as vents, exhausts (including but not limited to exhaust from dry cleaning establishments, spray booths, and cooling towers), streets, alleys, parking lots and loading dock s, except as specified in Item 3 of Section 501.3.1. Outdoor air intake openings shall be permitted to be located less than 10 feet (3048 mm) horizontally from streets, alleys, parking lots and loading docks provided that the openings are located not less than 25 feet (7620 mm) vertically above such locations. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 4. Where the requirements of Item 3 above cannot be achieved, intake openings shall be located not less than 3 feet (914.4 mm) below contaminant sources where such sources are located within 10 feet (3048 mm) of the opening. 5. Intake openings in Group I occupancies shall comply with ANSI/ASHRAE/ASHE 170, as require d. VENTILATION 6. Intake openings on structures in flood hazard areas shall comply with the additional requirements of Appendix G of the New York City Building Code. Exception: Group R - 3 occupancies are not required to comply with Section 401.4. [CONT.]: 401.4 Intake opening location. Ventilation air intake openings shall compl y with all of the following: 1. Intake openings shall be located not less than 10 feet (3048 mm) from lot lines or buildings on the same lot. For buildings on lots measuring less than 20 feet (6096 mm) in width, intake openings shall be located at the cent erline between lot lines. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 2. Outdoor air intakes for office occupancies having occupied floors located more than 75 feet (22 860 mm) above the lowest level of fire department vehicle access serving spaces above the second story and serving spaces greater than 10,000 square feet (929 m 2 ) of floor area shall be located at least 20 feet (6096 mm) above ground level, at least 30 feet (91 44 mm) from exhaust outlets and other exhaust discharges, and at least 20 feet (6096 mm) from areas that may collect vehicular exhaust, such as off street loading bays. 3. Mechanical and gravity outdoor air intake openings shall be located not less than 10 feet (3048 mm) horizontally from any hazardous or noxious contaminant source, such as vents, exhausts (including but not limited to exhaust from dry cleaning establishments, spray booths, and cooling towers), streets, alleys, parking lots and loading dock s, except as specified in Item 3 of Section 501.3.1. Outdoor air intake openings shall be permitted to be located less than 10 feet (3048 mm) horizontally from streets, alleys, parking lots and loading docks provided that the openings are located not less than 25 feet (7620 mm) vertically above such locations. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 4. Where the requirements of Item 3 above cannot be achieved, intake openings shall be located not less than 3 feet (914.4 mm) below contaminant sources where such sources are located within 10 feet (3048 mm) of the opening. 5. Intake openings in Group I occupancies shall comply with ANSI/ASHRAE/ASHE 170, as require d. VENTILATION 6. Intake openings on structures in flood hazard areas shall comply with the additional requirements of Appendix G of the New York City Building Code. Exception: Group R - 3 occupancies are not required to comply with Section 401.4. [CONT.]: 401.4 Intake opening location. Ventilation air intake openings shall compl y with all of the following: 1. Intake openings shall be located not less than 10 feet (3048 mm) from lot lines or buildings on the same lot. For buildings on lots measuring less than 20 feet (6096 mm) in width, intake openings shall be located at the cent erline between lot lines. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 2. Outdoor air intakes for office occupancies having occupied floors located more than 75 feet (22 860 mm) above the lowest level of fire department vehicle access serving spaces above the second story and serving spaces greater than 10,000 square feet (929 m 2 ) of floor area shall be located at least 20 feet (6096 mm) above ground level, at least 30 feet (91 44 mm) from exhaust outlets and other exhaust discharges, and at least 20 feet (6096 mm) from areas that may collect vehicular exhaust, such as off street loading bays. 3. Mechanical and gravity outdoor air intake openings shall be located not less than 10 feet (3048 mm) horizontally from any hazardous or noxious contaminant source, such as vents, exhausts (including but not limited to exhaust from dry cleaning establishments, spray booths, and cooling towers), streets, alleys, parking lots and loading dock s, except as specified in Item 3 of Section 501.3.1. Outdoor air intake openings shall be permitted to be located less than 10 feet (3048 mm) horizontally from streets, alleys, parking lots and loading docks provided that the openings are located not less than 25 feet (7620 mm) vertically above such locations. Where openings front on a street or public way, the distance shall be measured to the centerline of the street or public way. 4. Where the requirements of Item 3 above cannot be achieved, intake openings shall be located not less than 3 feet (914.4 mm) below contaminant sources where such sources are located within 10 feet (3048 mm) of the opening. 5. Intake openings in Group I occupancies shall comply with ANSI/ASHRAE/ASHE 170, as require d. VENTILATION 6. Intake openings on structures in flood hazard areas shall comply with the additional requirements of Appendix G of the New York City Building Code. Exception: Group R - 3 occupancies are not required to comply with Section 401.4. [CONT.]: 401.4 Z21.8 \u2014 1994 (R2002) Installation of Domestic Gas Conversion Burners ........................................................................... 919.1, 1004.9 Z21.50 \u2014 2012 Vented Gas Fireplaces ................................................................................................ .................................. [CONT.]: 401.4 Z21.8 \u2014 1994 (R2002) Installation of Domestic Gas Conversion Burners ........................................................................... 919.1, 1004.9 Z21.50 \u2014 2012 Vented Gas Fireplaces ................................................................................................ .................................. [CONT.]: 401.4 REFERENCED STANDARDS ASME American Society of Mechanical Engineers Three Park Avenue New York, NY 10016 - 5990 Standard Referenced reference in code number Title section number B1.20.1 \u2014 1983 (R2006) Pipe Threads, General Purpose (Inch) .................................................................................... 1203.3.5, 1303.3.3 B16.3 \u2014 2011 Malleable Iron Threaded Fittings, Classes 150 & 300 ...................................................................... Table [CONT.]: 401.4 Z21.8 \u2014 1994 (R2002) Installation of Domestic Gas Conversion Burners ........................................................................... 919.1, 1004.9 Z21.50 \u2014 2012 Vented Gas Fireplaces ................................................................................................ .................................. [CONT.]: 401.4 REFERENCED STANDARDS ASME American Society of Mechanical Engineers Three Park Avenue New York, NY 10016 - 5990 Standard Referenced reference in code number Title section number B1.20.1 \u2014 1983 (R2006) Pipe Threads, General Purpose (Inch) .................................................................................... 1203.3.5, 1303.3.3 B16.3 \u2014 2011 Malleable Iron Threaded Fittings, Classes 150 & 300 ...................................................................... Table [CONT.]: 401.4 Z21.8 \u2014 1994 (R2002) Installation of Domestic Gas Conversion Burners ........................................................................... 919.1, 1004.9 Z21.50 \u2014 2012 Vented Gas Fireplaces ................................................................................................ .................................. [CONT.]: 401.4 REFERENCED STANDARDS ASME American Society of Mechanical Engineers Three Park Avenue New York, NY 10016 - 5990 Standard Referenced reference in code number Title section number B1.20.1 \u2014 1983 (R2006) Pipe Threads, General Purpose (Inch) .................................................................................... 1203.3.5, 1303.3.3 B16.3 \u2014 2011 Malleable Iron Threaded Fittings, Classes 150 & 300 ...................................................................... Table [CONT.]: 401.4 Z21.8 \u2014 1994 (R2002) Installation of Domestic Gas Conversion Burners ........................................................................... 919.1, 1004.9 Z21.50 \u2014 2012 Vented Gas Fireplaces ................................................................................................ .................................. [CONT.]: 401.4 REFERENCED STANDARDS ASME American Society of Mechanical Engineers Three Park Avenue New York, NY 10016 - 5990 Standard Referenced reference in code number Title section number B1.20.1 \u2014 1983 (R2006) Pipe Threads, General Purpose (Inch) .................................................................................... 1203.3.5, 1303.3.3 B16.3 \u2014 2011 Malleable Iron Threaded Fittings, Classes 150 & 300 ...................................................................... Table [CONT.]: 401.4 Z21.8 \u2014 1994 (R2002) Installation of Domestic Gas Conversion Burners ........................................................................... 919.1, 1004.9 Z21.50 \u2014 2012 Vented Gas Fireplaces ................................................................................................ .................................. [CONT.]: 401.4 REFERENCED STANDARDS ASME American Society of Mechanical Engineers Three Park Avenue New York, NY 10016 - 5990 Standard Referenced reference in code number Title section number B1.20.1 \u2014 1983 (R2006) Pipe Threads, General Purpose (Inch) .................................................................................... 1203.3.5, 1303.3.3 B16.3 \u2014 2011 Malleable Iron Threaded Fittings, Classes 150 & 300 ...................................................................... Table [CONT.]: 401.4 Z21.8 \u2014 1994 (R2002) Installation of Domestic Gas Conversion Burners ........................................................................... 919.1, 1004.9 Z21.50 \u2014 2012 Vented Gas Fireplaces ................................................................................................ .................................. [CONT.]: 401.4 REFERENCED STANDARDS ASME American Society of Mechanical Engineers Three Park Avenue New York, NY 10016 - 5990 Standard Referenced reference in code number Title section number B1.20.1 \u2014 1983 (R2006) Pipe Threads, General Purpose (Inch) .................................................................................... 1203.3.5, 1303.3.3 B16.3 \u2014 2011 Malleable Iron Threaded Fittings, Classes 150 & 300 ...................................................................... Table",
    "metadata": {
      "section_full": "401.4",
      "parent_major": "401",
      "parent_minor": "401.4",
      "source": "028.txt"
    }
  },
  {
    "id": "401.4.1",
    "text": "CONTEXT: 401 > 401.4 | CONTENT: 401.4.1 401.4.1 Required damp ers in intake openings. Outdoor air intakes shall be provided with dampers in accordance with Chapter 6. [CONT.]: 401.4.1 Required damp ers in intake openings. Outdoor air intakes shall be provided with dampers in accordance with Chapter 6. [CONT.]: 401.4.1 Required damp ers in intake openings. Outdoor air intakes shall be provided with dampers in accordance with Chapter 6. [CONT.]: 401.4.1 Required damp ers in intake openings. Outdoor air intakes shall be provided with dampers in accordance with Chapter 6. [CONT.]: 401.4.1 Required damp ers in intake openings. Outdoor air intakes shall be provided with dampers in accordance with Chapter 6. [CONT.]: 401.4.1 Required damp ers in intake openings. Outdoor air intakes shall be provided with dampers in accordance with Chapter 6. [CONT.]: 401.4.1 Required damp ers in intake openings. Outdoor air intakes shall be provided with dampers in accordance with Chapter 6. [CONT.]: 401.4.1 Required damp ers in intake openings. Outdoor air intakes shall be provided with dampers in accordance with Chapter 6.",
    "metadata": {
      "section_full": "401.4.1",
      "parent_major": "401",
      "parent_minor": "401.4",
      "source": "028.txt"
    }
  },
  {
    "id": "401.5",
    "text": "CONTEXT: 401 > 401.5 | CONTENT: 401.5 401.5 Intake opening protection. Air intake openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. O penings in louvers, grilles and screens shall be sized in accordance with Table 401.5, and shall be protected against local weather conditions. Outdoor air intake openings located in exterior walls shall meet the provisions f or exterior wall opening protec tives in accordance with Section 705 of the New York City Building Code. TABLE 401.5 OPENING SIZES IN LOUVERS, GRILLES AND SCREENS PROTECTING OUTDOOR EXHAUST AND AIR INTAKE OPENINGS OUTDOOR OPENING TYPE MINIMUM AND MAXIMUM OPENING SIZES IN LOUVERS, GRILLES AND SCREENS MEASURED IN ANY DIRECTION Intake openings in residential occupancies Not < 1 / 4 inch and not > 1 / 2 inch Intake openings in other than residential occupancies > 1 / 4 inch and not > 1 inch For SI: 1 inch = 25.4 mm. [CONT.]: 401.5 Intake opening protection. Air intake openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. O penings in louvers, grilles and screens shall be sized in accordance with Table 401.5, and shall be protected against local weather conditions. Outdoor air intake openings located in exterior walls shall meet the provisions f or exterior wall opening protec tives in accordance with Section 705 of the New York City Building Code. TABLE 401.5 OPENING SIZES IN LOUVERS, GRILLES AND SCREENS PROTECTING OUTDOOR EXHAUST AND AIR INTAKE OPENINGS OUTDOOR OPENING TYPE MINIMUM AND MAXIMUM OPENING SIZES IN LOUVERS, GRILLES AND SCREENS MEASURED IN ANY DIRECTION Intake openings in residential occupancies Not < 1 / 4 inch and not > 1 / 2 inch Intake openings in other than residential occupancies > 1 / 4 inch and not > 1 inch For SI: 1 inch = 25.4 mm. [CONT.]: 401.5 Intake opening protection. Air intake openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. O penings in louvers, grilles and screens shall be sized in accordance with Table 401.5, and shall be protected against local weather conditions. Outdoor air intake openings located in exterior walls shall meet the provisions f or exterior wall opening protec tives in accordance with Section 705 of the New York City Building Code. TABLE 401.5 OPENING SIZES IN LOUVERS, GRILLES AND SCREENS PROTECTING OUTDOOR EXHAUST AND AIR INTAKE OPENINGS OUTDOOR OPENING TYPE MINIMUM AND MAXIMUM OPENING SIZES IN LOUVERS, GRILLES AND SCREENS MEASURED IN ANY DIRECTION Intake openings in residential occupancies Not < 1 / 4 inch and not > 1 / 2 inch Intake openings in other than residential occupancies > 1 / 4 inch and not > 1 inch For SI: 1 inch = 25.4 mm. [CONT.]: 401.5 Intake opening protection. Air intake openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. O penings in louvers, grilles and screens shall be sized in accordance with Table 401.5, and shall be protected against local weather conditions. Outdoor air intake openings located in exterior walls shall meet the provisions f or exterior wall opening protec tives in accordance with Section 705 of the New York City Building Code. TABLE 401.5 OPENING SIZES IN LOUVERS, GRILLES AND SCREENS PROTECTING OUTDOOR EXHAUST AND AIR INTAKE OPENINGS OUTDOOR OPENING TYPE MINIMUM AND MAXIMUM OPENING SIZES IN LOUVERS, GRILLES AND SCREENS MEASURED IN ANY DIRECTION Intake openings in residential occupancies Not < 1 / 4 inch and not > 1 / 2 inch Intake openings in other than residential occupancies > 1 / 4 inch and not > 1 inch For SI: 1 inch = 25.4 mm. [CONT.]: 401.5 Intake opening protection. Air intake openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. O penings in louvers, grilles and screens shall be sized in accordance with Table 401.5, and shall be protected against local weather conditions. Outdoor air intake openings located in exterior walls shall meet the provisions f or exterior wall opening protec tives in accordance with Section 705 of the New York City Building Code. TABLE 401.5 OPENING SIZES IN LOUVERS, GRILLES AND SCREENS PROTECTING OUTDOOR EXHAUST AND AIR INTAKE OPENINGS OUTDOOR OPENING TYPE MINIMUM AND MAXIMUM OPENING SIZES IN LOUVERS, GRILLES AND SCREENS MEASURED IN ANY DIRECTION Intake openings in residential occupancies Not < 1 / 4 inch and not > 1 / 2 inch Intake openings in other than residential occupancies > 1 / 4 inch and not > 1 inch For SI: 1 inch = 25.4 mm. [CONT.]: 401.5 Intake opening protection. Air intake openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. O penings in louvers, grilles and screens shall be sized in accordance with Table 401.5, and shall be protected against local weather conditions. Outdoor air intake openings located in exterior walls shall meet the provisions f or exterior wall opening protec tives in accordance with Section 705 of the New York City Building Code. TABLE 401.5 OPENING SIZES IN LOUVERS, GRILLES AND SCREENS PROTECTING OUTDOOR EXHAUST AND AIR INTAKE OPENINGS OUTDOOR OPENING TYPE MINIMUM AND MAXIMUM OPENING SIZES IN LOUVERS, GRILLES AND SCREENS MEASURED IN ANY DIRECTION Intake openings in residential occupancies Not < 1 / 4 inch and not > 1 / 2 inch Intake openings in other than residential occupancies > 1 / 4 inch and not > 1 inch For SI: 1 inch = 25.4 mm. [CONT.]: 401.5 Intake opening protection. Air intake openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. O penings in louvers, grilles and screens shall be sized in accordance with Table 401.5, and shall be protected against local weather conditions. Outdoor air intake openings located in exterior walls shall meet the provisions f or exterior wall opening protec tives in accordance with Section 705 of the New York City Building Code. TABLE 401.5 OPENING SIZES IN LOUVERS, GRILLES AND SCREENS PROTECTING OUTDOOR EXHAUST AND AIR INTAKE OPENINGS OUTDOOR OPENING TYPE MINIMUM AND MAXIMUM OPENING SIZES IN LOUVERS, GRILLES AND SCREENS MEASURED IN ANY DIRECTION Intake openings in residential occupancies Not < 1 / 4 inch and not > 1 / 2 inch Intake openings in other than residential occupancies > 1 / 4 inch and not > 1 inch For SI: 1 inch = 25.4 mm. [CONT.]: 401.5 Intake opening protection. Air intake openings that terminate outdoors shall be protected with corrosion - resistant screens, louvers or grilles. O penings in louvers, grilles and screens shall be sized in accordance with Table 401.5, and shall be protected against local weather conditions. Outdoor air intake openings located in exterior walls shall meet the provisions f or exterior wall opening protec tives in accordance with Section 705 of the New York City Building Code. TABLE 401.5 OPENING SIZES IN LOUVERS, GRILLES AND SCREENS PROTECTING OUTDOOR EXHAUST AND AIR INTAKE OPENINGS OUTDOOR OPENING TYPE MINIMUM AND MAXIMUM OPENING SIZES IN LOUVERS, GRILLES AND SCREENS MEASURED IN ANY DIRECTION Intake openings in residential occupancies Not < 1 / 4 inch and not > 1 / 2 inch Intake openings in other than residential occupancies > 1 / 4 inch and not > 1 inch For SI: 1 inch = 25.4 mm.",
    "metadata": {
      "section_full": "401.5",
      "parent_major": "401",
      "parent_minor": "401.5",
      "source": "028.txt"
    }
  },
  {
    "id": "401.6",
    "text": "CONTEXT: 401 > 401.6 | CONTENT: 401.6 401.6 Contaminant sources. Stationary local sources producing air - borne particulates, heat, odors, fumes, spray, vapors, smoke or gases in such quantities as to be irritating or injurious to health shall be provided with an exhaust system in accordance with Chap ter 5 or a means of collection and removal of the contaminants. Such exhaust shall discharge directly to an approved location at the exterior of the building. [CONT.]: 401.6 Contaminant sources. Stationary local sources producing air - borne particulates, heat, odors, fumes, spray, vapors, smoke or gases in such quantities as to be irritating or injurious to health shall be provided with an exhaust system in accordance with Chap ter 5 or a means of collection and removal of the contaminants. Such exhaust shall discharge directly to an approved location at the exterior of the building. [CONT.]: 401.6 Contaminant sources. Stationary local sources producing air - borne particulates, heat, odors, fumes, spray, vapors, smoke or gases in such quantities as to be irritating or injurious to health shall be provided with an exhaust system in accordance with Chap ter 5 or a means of collection and removal of the contaminants. Such exhaust shall discharge directly to an approved location at the exterior of the building. [CONT.]: 401.6 Contaminant sources. Stationary local sources producing air - borne particulates, heat, odors, fumes, spray, vapors, smoke or gases in such quantities as to be irritating or injurious to health shall be provided with an exhaust system in accordance with Chap ter 5 or a means of collection and removal of the contaminants. Such exhaust shall discharge directly to an approved location at the exterior of the building. [CONT.]: 401.6 Contaminant sources. Stationary local sources producing air - borne particulates, heat, odors, fumes, spray, vapors, smoke or gases in such quantities as to be irritating or injurious to health shall be provided with an exhaust system in accordance with Chap ter 5 or a means of collection and removal of the contaminants. Such exhaust shall discharge directly to an approved location at the exterior of the building. [CONT.]: 401.6 Contaminant sources. Stationary local sources producing air - borne particulates, heat, odors, fumes, spray, vapors, smoke or gases in such quantities as to be irritating or injurious to health shall be provided with an exhaust system in accordance with Chap ter 5 or a means of collection and removal of the contaminants. Such exhaust shall discharge directly to an approved location at the exterior of the building. [CONT.]: 401.6 Contaminant sources. Stationary local sources producing air - borne particulates, heat, odors, fumes, spray, vapors, smoke or gases in such quantities as to be irritating or injurious to health shall be provided with an exhaust system in accordance with Chap ter 5 or a means of collection and removal of the contaminants. Such exhaust shall discharge directly to an approved location at the exterior of the building. [CONT.]: 401.6 Contaminant sources. Stationary local sources producing air - borne particulates, heat, odors, fumes, spray, vapors, smoke or gases in such quantities as to be irritating or injurious to health shall be provided with an exhaust system in accordance with Chap ter 5 or a means of collection and removal of the contaminants. Such exhaust shall discharge directly to an approved location at the exterior of the building.",
    "metadata": {
      "section_full": "401.6",
      "parent_major": "401",
      "parent_minor": "401.6",
      "source": "028.txt"
    }
  },
  {
    "id": "401.6.1",
    "text": "CONTEXT: 401 > 401.6 | CONTENT: 401.6.1 401.6.1 Wind - driven rain. All exterior louvers for building ventilation systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA 550. Louvers shall comply with the intru sion requirements of wind - driven rain without the use of a damper. Outdoor air intake openings located in exterior walls shall meet the provisions for exterior wall opening protectives in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall be waterproofed and equipped with a drainage system to convey water penetrat ing the louver directly to the outdoors or in accordance with the New York City Plumbing Code . SECTION MC 402 NATURAL VENTILATION [CONT.]: 401.6.1 Wind - driven rain. All exterior louvers for building ventilation systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA 550. Louvers shall comply with the intru sion requirements of wind - driven rain without the use of a damper. Outdoor air intake openings located in exterior walls shall meet the provisions for exterior wall opening protectives in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall be waterproofed and equipped with a drainage system to convey water penetrat ing the louver directly to the outdoors or in accordance with the New York City Plumbing Code . SECTION MC 402 NATURAL VENTILATION [CONT.]: 401.6.1 Wind - driven rain. All exterior louvers for building ventilation systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA 550. Louvers shall comply with the intru sion requirements of wind - driven rain without the use of a damper. Outdoor air intake openings located in exterior walls shall meet the provisions for exterior wall opening protectives in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall be waterproofed and equipped with a drainage system to convey water penetrat ing the louver directly to the outdoors or in accordance with the New York City Plumbing Code . SECTION MC 402 NATURAL VENTILATION [CONT.]: 401.6.1 Wind - driven rain. All exterior louvers for building ventilation systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA 550. Louvers shall comply with the intru sion requirements of wind - driven rain without the use of a damper. Outdoor air intake openings located in exterior walls shall meet the provisions for exterior wall opening protectives in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall be waterproofed and equipped with a drainage system to convey water penetrat ing the louver directly to the outdoors or in accordance with the New York City Plumbing Code . SECTION MC 402 NATURAL VENTILATION [CONT.]: 401.6.1 Wind - driven rain. All exterior louvers for building ventilation systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA 550. Louvers shall comply with the intru sion requirements of wind - driven rain without the use of a damper. Outdoor air intake openings located in exterior walls shall meet the provisions for exterior wall opening protectives in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall be waterproofed and equipped with a drainage system to convey water penetrat ing the louver directly to the outdoors or in accordance with the New York City Plumbing Code . SECTION MC 402 NATURAL VENTILATION [CONT.]: 401.6.1 Wind - driven rain. All exterior louvers for building ventilation systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA 550. Louvers shall comply with the intru sion requirements of wind - driven rain without the use of a damper. Outdoor air intake openings located in exterior walls shall meet the provisions for exterior wall opening protectives in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall be waterproofed and equipped with a drainage system to convey water penetrat ing the louver directly to the outdoors or in accordance with the New York City Plumbing Code . SECTION MC 402 NATURAL VENTILATION [CONT.]: 401.6.1 Wind - driven rain. All exterior louvers for building ventilation systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA 550. Louvers shall comply with the intru sion requirements of wind - driven rain without the use of a damper. Outdoor air intake openings located in exterior walls shall meet the provisions for exterior wall opening protectives in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall be waterproofed and equipped with a drainage system to convey water penetrat ing the louver directly to the outdoors or in accordance with the New York City Plumbing Code . SECTION MC 402 NATURAL VENTILATION [CONT.]: 401.6.1 Wind - driven rain. All exterior louvers for building ventilation systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA 550. Louvers shall comply with the intru sion requirements of wind - driven rain without the use of a damper. Outdoor air intake openings located in exterior walls shall meet the provisions for exterior wall opening protectives in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall be waterproofed and equipped with a drainage system to convey water penetrat ing the louver directly to the outdoors or in accordance with the New York City Plumbing Code . SECTION MC 402 NATURAL VENTILATION",
    "metadata": {
      "section_full": "401.6.1",
      "parent_major": "401",
      "parent_minor": "401.6",
      "source": "028.txt"
    }
  },
  {
    "id": "402.1",
    "text": "CONTEXT: 402 > 402.1 | CONTENT: 402.1 402.1 General. Natural ventilation of occupiable and habitable spaces shall comply with Chapter 12 of the New York City Build ing Code. [CONT.]: 402.1 General. Natural ventilation of occupiable and habitable spaces shall comply with Chapter 12 of the New York City Build ing Code. [CONT.]: 402.1 General. Natural ventilation of occupiable and habitable spaces shall comply with Chapter 12 of the New York City Build ing Code. [CONT.]: 402.1 General. Natural ventilation of occupiable and habitable spaces shall comply with Chapter 12 of the New York City Build ing Code. [CONT.]: 402.1 General. Natural ventilation of occupiable and habitable spaces shall comply with Chapter 12 of the New York City Build ing Code. [CONT.]: 402.1 General. Natural ventilation of occupiable and habitable spaces shall comply with Chapter 12 of the New York City Build ing Code. [CONT.]: 402.1 General. Natural ventilation of occupiable and habitable spaces shall comply with Chapter 12 of the New York City Build ing Code. [CONT.]: 402.1 General. Natural ventilation of occupiable and habitable spaces shall comply with Chapter 12 of the New York City Build ing Code.",
    "metadata": {
      "section_full": "402.1",
      "parent_major": "402",
      "parent_minor": "402.1",
      "source": "028.txt"
    }
  },
  {
    "id": "402.4",
    "text": "CONTEXT: 402 > 402.4 | CONTENT: 402.4 402.4 Reserved. SECTION MC 403 MECHANICAL VENTILATION \u2021\u2021\u2021 Chapter 4 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 4 VENTILATION SECTION MC 401 GENERAL [CONT.]: 402.4 Reserved. SECTION MC 403 MECHANICAL VENTILATION VENTILATION [CONT.]: 402.4 Reserved. SECTION MC 403 MECHANICAL VENTILATION VENTILATION [CONT.]: 402.4 Reserved. SECTION MC 403 MECHANICAL VENTILATION VENTILATION [CONT.]: 402.4 Reserved. SECTION MC 403 MECHANICAL VENTILATION VENTILATION [CONT.]: 402.4 Reserved. SECTION MC 403 MECHANICAL VENTILATION VENTILATION [CONT.]: 402.4 Reserved. SECTION MC 403 MECHANICAL VENTILATION VENTILATION [CONT.]: 402.4 Reserved. SECTION MC 403 MECHANICAL VENTILATION VENTILATION",
    "metadata": {
      "section_full": "402.4",
      "parent_major": "402",
      "parent_minor": "402.4",
      "source": "028.txt"
    }
  },
  {
    "id": "403.1",
    "text": "CONTEXT: 403 > 403.1 | CONTENT: 403.1 403.1 Ventilation system. Mechanical ventilation shall be provided by a method of supply air and return or exhaust air. The amount of supply air shall be approximately equal to the amount of return and exhaust air. The system shall not be prohibited from producing negative or positive pressure; such pressures shall not r esult in door opening forces in excess of those indicated in the New York City Building Code and shall not prevent doors from closing as required by the New York City Building Code . The method to convey ventilation air shall be designed and installed in ac cordance with Chapter 6. [CONT.]: 403.1 Ventilation system. Mechanical ventilation shall be provided by a method of supply air and return or exhaust air. The amount of supply air shall be approximately equal to the amount of return and exhaust air. The system shall not be prohibited from producing negative or positive pressure; such pressures shall not r esult in door opening forces in excess of those indicated in the New York City Building Code and shall not prevent doors from closing as required by the New York City Building Code . The method to convey ventilation air shall be designed and installed in ac cordance with Chapter 6. [CONT.]: 403.1 Ventilation system. Mechanical ventilation shall be provided by a method of supply air and return or exhaust air. The amount of supply air shall be approximately equal to the amount of return and exhaust air. The system shall not be prohibited from producing negative or positive pressure; such pressures shall not r esult in door opening forces in excess of those indicated in the New York City Building Code and shall not prevent doors from closing as required by the New York City Building Code . The method to convey ventilation air shall be designed and installed in ac cordance with Chapter 6. [CONT.]: 403.1 Ventilation system. Mechanical ventilation shall be provided by a method of supply air and return or exhaust air. The amount of supply air shall be approximately equal to the amount of return and exhaust air. The system shall not be prohibited from producing negative or positive pressure; such pressures shall not r esult in door opening forces in excess of those indicated in the New York City Building Code and shall not prevent doors from closing as required by the New York City Building Code . The method to convey ventilation air shall be designed and installed in ac cordance with Chapter 6. [CONT.]: 403.1 Ventilation system. Mechanical ventilation shall be provided by a method of supply air and return or exhaust air. The amount of supply air shall be approximately equal to the amount of return and exhaust air. The system shall not be prohibited from producing negative or positive pressure; such pressures shall not r esult in door opening forces in excess of those indicated in the New York City Building Code and shall not prevent doors from closing as required by the New York City Building Code . The method to convey ventilation air shall be designed and installed in ac cordance with Chapter 6. [CONT.]: 403.1 Ventilation system. Mechanical ventilation shall be provided by a method of supply air and return or exhaust air. The amount of supply air shall be approximately equal to the amount of return and exhaust air. The system shall not be prohibited from producing negative or positive pressure; such pressures shall not r esult in door opening forces in excess of those indicated in the New York City Building Code and shall not prevent doors from closing as required by the New York City Building Code . The method to convey ventilation air shall be designed and installed in ac cordance with Chapter 6. [CONT.]: 403.1 Ventilation system. Mechanical ventilation shall be provided by a method of supply air and return or exhaust air. The amount of supply air shall be approximately equal to the amount of return and exhaust air. The system shall not be prohibited from producing negative or positive pressure; such pressures shall not r esult in door opening forces in excess of those indicated in the New York City Building Code and shall not prevent doors from closing as required by the New York City Building Code . The method to convey ventilation air shall be designed and installed in ac cordance with Chapter 6.",
    "metadata": {
      "section_full": "403.1",
      "parent_major": "403",
      "parent_minor": "403.1",
      "source": "028.txt"
    }
  },
  {
    "id": "403.2",
    "text": "CONTEXT: 403 > 403.2 | CONTENT: 403.2 403.2 Outdoor air required. The minimum outdoor airflow rate shall be determined in accordance with Section 403.3.1.1. Exception: The minimum required rate of outdoor air may be reduced where the registered design professional demo nstrates that an engineered ventilation system is designed in accordance with ASHRAE 62.1 Indoor Air Quality Procedure . [CONT.]: 403.2 Outdoor air required. The minimum outdoor airflow rate shall be determined in accordance with Section 403.3.1.1. Exception: The minimum required rate of outdoor air may be reduced where the registered design professional demo nstrates that an engineered ventilation system is designed in accordance with ASHRAE 62.1 Indoor Air Quality Procedure . [CONT.]: 403.2 Outdoor air required. The minimum outdoor airflow rate shall be determined in accordance with Section 403.3.1.1. Exception: The minimum required rate of outdoor air may be reduced where the registered design professional demo nstrates that an engineered ventilation system is designed in accordance with ASHRAE 62.1 Indoor Air Quality Procedure . [CONT.]: 403.2 Outdoor air required. The minimum outdoor airflow rate shall be determined in accordance with Section 403.3.1.1. Exception: The minimum required rate of outdoor air may be reduced where the registered design professional demo nstrates that an engineered ventilation system is designed in accordance with ASHRAE 62.1 Indoor Air Quality Procedure . [CONT.]: 403.2 Outdoor air required. The minimum outdoor airflow rate shall be determined in accordance with Section 403.3.1.1. Exception: The minimum required rate of outdoor air may be reduced where the registered design professional demo nstrates that an engineered ventilation system is designed in accordance with ASHRAE 62.1 Indoor Air Quality Procedure . [CONT.]: 403.2 Outdoor air required. The minimum outdoor airflow rate shall be determined in accordance with Section 403.3.1.1. Exception: The minimum required rate of outdoor air may be reduced where the registered design professional demo nstrates that an engineered ventilation system is designed in accordance with ASHRAE 62.1 Indoor Air Quality Procedure . [CONT.]: 403.2 Outdoor air required. The minimum outdoor airflow rate shall be determined in accordance with Section 403.3.1.1. Exception: The minimum required rate of outdoor air may be reduced where the registered design professional demo nstrates that an engineered ventilation system is designed in accordance with ASHRAE 62.1 Indoor Air Quality Procedure .",
    "metadata": {
      "section_full": "403.2",
      "parent_major": "403",
      "parent_minor": "403.2",
      "source": "028.txt"
    }
  },
  {
    "id": "403.2.1",
    "text": "CONTEXT: 403 > 403.2 | CONTENT: 403.2.1 403.2.1 Recirculation of air. The outdoor air required by Section 403.3.1.1 shall not be recirculated. Air in excess of that required by Section 403.3.1.1 shall not be prohibited from being recirculated as a component of supply air to building spaces, except that: 1. Ventilation air shall not be recirculated from one dwelling unit to another or to dissimilar occupancies. 2. Supply air to a swimming pool and associated deck areas shall not be recirculated unless such air is dehumidified to maintain the relative humidity of the area at 60 percent or less. Air from this area shall not be recirculated to other uses or occupancies . 3. Where mech anical exhaust is required by Note b in Table 403.3.1.1, recirculation of air from such spaces shall be prohibited. Recirculation of air that is contained completely within such spaces shall not be prohibited. Where recirculation of air is prohibited, all air supplied to such spaces shall be exhausted, including any air in excess of that required by Table 403.3.1.1. 4. Where mechanical exhaust is required by Note g in Table 403.3.1.1, mechanical exhaust is required and recirculation is prohibited. Recircula tion of air that is contained completely within such spaces shall not be prohibited. [CONT.]: 403.2.1 Recirculation of air. The outdoor air required by Section 403.3.1.1 shall not be recirculated. Air in excess of that required by Section 403.3.1.1 shall not be prohibited from being recirculated as a component of supply air to building spaces, except that: 1. Ventilation air shall not be recirculated from one dwelling unit to another or to dissimilar occupancies. 2. Supply air to a swimming pool and associated deck areas shall not be recirculated unless such air is dehumidified to maintain the relative humidity of the area at 60 percent or less. Air from this area shall not be recirculated to other uses or occupancies . 3. Where mech anical exhaust is required by Note b in Table 403.3.1.1, recirculation of air from such spaces shall be prohibited. Recirculation of air that is contained completely within such spaces shall not be prohibited. Where recirculation of air is prohibited, all air supplied to such spaces shall be exhausted, including any air in excess of that required by Table 403.3.1.1. 4. Where mechanical exhaust is required by Note g in Table 403.3.1.1, mechanical exhaust is required and recirculation is prohibited. Recircula tion of air that is contained completely within such spaces shall not be prohibited. [CONT.]: 403.2.1 Recirculation of air. The outdoor air required by Section 403.3.1.1 shall not be recirculated. Air in excess of that required by Section 403.3.1.1 shall not be prohibited from being recirculated as a component of supply air to building spaces, except that: 1. Ventilation air shall not be recirculated from one dwelling unit to another or to dissimilar occupancies. 2. Supply air to a swimming pool and associated deck areas shall not be recirculated unless such air is dehumidified to maintain the relative humidity of the area at 60 percent or less. Air from this area shall not be recirculated to other uses or occupancies . 3. Where mech anical exhaust is required by Note b in Table 403.3.1.1, recirculation of air from such spaces shall be prohibited. Recirculation of air that is contained completely within such spaces shall not be prohibited. Where recirculation of air is prohibited, all air supplied to such spaces shall be exhausted, including any air in excess of that required by Table 403.3.1.1. 4. Where mechanical exhaust is required by Note g in Table 403.3.1.1, mechanical exhaust is required and recirculation is prohibited. Recircula tion of air that is contained completely within such spaces shall not be prohibited. [CONT.]: 403.2.1 Recirculation of air. The outdoor air required by Section 403.3.1.1 shall not be recirculated. Air in excess of that required by Section 403.3.1.1 shall not be prohibited from being recirculated as a component of supply air to building spaces, except that: 1. Ventilation air shall not be recirculated from one dwelling unit to another or to dissimilar occupancies. 2. Supply air to a swimming pool and associated deck areas shall not be recirculated unless such air is dehumidified to maintain the relative humidity of the area at 60 percent or less. Air from this area shall not be recirculated to other uses or occupancies . 3. Where mech anical exhaust is required by Note b in Table 403.3.1.1, recirculation of air from such spaces shall be prohibited. Recirculation of air that is contained completely within such spaces shall not be prohibited. Where recirculation of air is prohibited, all air supplied to such spaces shall be exhausted, including any air in excess of that required by Table 403.3.1.1. 4. Where mechanical exhaust is required by Note g in Table 403.3.1.1, mechanical exhaust is required and recirculation is prohibited. Recircula tion of air that is contained completely within such spaces shall not be prohibited. [CONT.]: 403.2.1 Recirculation of air. The outdoor air required by Section 403.3.1.1 shall not be recirculated. Air in excess of that required by Section 403.3.1.1 shall not be prohibited from being recirculated as a component of supply air to building spaces, except that: 1. Ventilation air shall not be recirculated from one dwelling unit to another or to dissimilar occupancies. 2. Supply air to a swimming pool and associated deck areas shall not be recirculated unless such air is dehumidified to maintain the relative humidity of the area at 60 percent or less. Air from this area shall not be recirculated to other uses or occupancies . 3. Where mech anical exhaust is required by Note b in Table 403.3.1.1, recirculation of air from such spaces shall be prohibited. Recirculation of air that is contained completely within such spaces shall not be prohibited. Where recirculation of air is prohibited, all air supplied to such spaces shall be exhausted, including any air in excess of that required by Table 403.3.1.1. 4. Where mechanical exhaust is required by Note g in Table 403.3.1.1, mechanical exhaust is required and recirculation is prohibited. Recircula tion of air that is contained completely within such spaces shall not be prohibited. [CONT.]: 403.2.1 Recirculation of air. The outdoor air required by Section 403.3.1.1 shall not be recirculated. Air in excess of that required by Section 403.3.1.1 shall not be prohibited from being recirculated as a component of supply air to building spaces, except that: 1. Ventilation air shall not be recirculated from one dwelling unit to another or to dissimilar occupancies. 2. Supply air to a swimming pool and associated deck areas shall not be recirculated unless such air is dehumidified to maintain the relative humidity of the area at 60 percent or less. Air from this area shall not be recirculated to other uses or occupancies . 3. Where mech anical exhaust is required by Note b in Table 403.3.1.1, recirculation of air from such spaces shall be prohibited. Recirculation of air that is contained completely within such spaces shall not be prohibited. Where recirculation of air is prohibited, all air supplied to such spaces shall be exhausted, including any air in excess of that required by Table 403.3.1.1. 4. Where mechanical exhaust is required by Note g in Table 403.3.1.1, mechanical exhaust is required and recirculation is prohibited. Recircula tion of air that is contained completely within such spaces shall not be prohibited. [CONT.]: 403.2.1 Recirculation of air. The outdoor air required by Section 403.3.1.1 shall not be recirculated. Air in excess of that required by Section 403.3.1.1 shall not be prohibited from being recirculated as a component of supply air to building spaces, except that: 1. Ventilation air shall not be recirculated from one dwelling unit to another or to dissimilar occupancies. 2. Supply air to a swimming pool and associated deck areas shall not be recirculated unless such air is dehumidified to maintain the relative humidity of the area at 60 percent or less. Air from this area shall not be recirculated to other uses or occupancies . 3. Where mech anical exhaust is required by Note b in Table 403.3.1.1, recirculation of air from such spaces shall be prohibited. Recirculation of air that is contained completely within such spaces shall not be prohibited. Where recirculation of air is prohibited, all air supplied to such spaces shall be exhausted, including any air in excess of that required by Table 403.3.1.1. 4. Where mechanical exhaust is required by Note g in Table 403.3.1.1, mechanical exhaust is required and recirculation is prohibited. Recircula tion of air that is contained completely within such spaces shall not be prohibited.",
    "metadata": {
      "section_full": "403.2.1",
      "parent_major": "403",
      "parent_minor": "403.2",
      "source": "028.txt"
    }
  },
  {
    "id": "403.2.2",
    "text": "CONTEXT: 403 > 403.2 | CONTENT: 403.2.2 403.2.2 Transfer air. Except where recirculation from such spaces is prohibited by Table 403.3.1.1, air transferred from occupiable spaces is not prohibited from serving a s makeup air for required exhaust systems in such spaces as kitchens, baths, toilet rooms, elevators and smoking lounges. The amount of transfer air and exhaust air shall be sufficient to provide the flow rates as specified in Section 403.3.1.1. The requir ed outdoor airflow rates specified in Table 403.3.1.1 shall be introduced directly into such spaces or into the occupied spaces from which air is transferred or a combination of both. [CONT.]: 403.2.2 Transfer air. Except where recirculation from such spaces is prohibited by Table 403.3.1.1, air transferred from occupiable spaces is not prohibited from serving a s makeup air for required exhaust systems in such spaces as kitchens, baths, toilet rooms, elevators and smoking lounges. The amount of transfer air and exhaust air shall be sufficient to provide the flow rates as specified in Section 403.3.1.1. The requir ed outdoor airflow rates specified in Table 403.3.1.1 shall be introduced directly into such spaces or into the occupied spaces from which air is transferred or a combination of both. [CONT.]: 403.2.2 Transfer air. Except where recirculation from such spaces is prohibited by Table 403.3.1.1, air transferred from occupiable spaces is not prohibited from serving a s makeup air for required exhaust systems in such spaces as kitchens, baths, toilet rooms, elevators and smoking lounges. The amount of transfer air and exhaust air shall be sufficient to provide the flow rates as specified in Section 403.3.1.1. The requir ed outdoor airflow rates specified in Table 403.3.1.1 shall be introduced directly into such spaces or into the occupied spaces from which air is transferred or a combination of both. [CONT.]: 403.2.2 Transfer air. Except where recirculation from such spaces is prohibited by Table 403.3.1.1, air transferred from occupiable spaces is not prohibited from serving a s makeup air for required exhaust systems in such spaces as kitchens, baths, toilet rooms, elevators and smoking lounges. The amount of transfer air and exhaust air shall be sufficient to provide the flow rates as specified in Section 403.3.1.1. The requir ed outdoor airflow rates specified in Table 403.3.1.1 shall be introduced directly into such spaces or into the occupied spaces from which air is transferred or a combination of both. [CONT.]: 403.2.2 Transfer air. Except where recirculation from such spaces is prohibited by Table 403.3.1.1, air transferred from occupiable spaces is not prohibited from serving a s makeup air for required exhaust systems in such spaces as kitchens, baths, toilet rooms, elevators and smoking lounges. The amount of transfer air and exhaust air shall be sufficient to provide the flow rates as specified in Section 403.3.1.1. The requir ed outdoor airflow rates specified in Table 403.3.1.1 shall be introduced directly into such spaces or into the occupied spaces from which air is transferred or a combination of both. [CONT.]: 403.2.2 Transfer air. Except where recirculation from such spaces is prohibited by Table 403.3.1.1, air transferred from occupiable spaces is not prohibited from serving a s makeup air for required exhaust systems in such spaces as kitchens, baths, toilet rooms, elevators and smoking lounges. The amount of transfer air and exhaust air shall be sufficient to provide the flow rates as specified in Section 403.3.1.1. The requir ed outdoor airflow rates specified in Table 403.3.1.1 shall be introduced directly into such spaces or into the occupied spaces from which air is transferred or a combination of both. [CONT.]: 403.2.2 Transfer air. Except where recirculation from such spaces is prohibited by Table 403.3.1.1, air transferred from occupiable spaces is not prohibited from serving a s makeup air for required exhaust systems in such spaces as kitchens, baths, toilet rooms, elevators and smoking lounges. The amount of transfer air and exhaust air shall be sufficient to provide the flow rates as specified in Section 403.3.1.1. The requir ed outdoor airflow rates specified in Table 403.3.1.1 shall be introduced directly into such spaces or into the occupied spaces from which air is transferred or a combination of both.",
    "metadata": {
      "section_full": "403.2.2",
      "parent_major": "403",
      "parent_minor": "403.2",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3 403.3 Outdoor air and local exhaust airflow rates. Buildings that are no t more than three stories in height above grade plane, and that (i) are within Occupancy Group R - 2 or Occupancy Group R - 3, (ii) are adult homes or enriched living housing as described in Section 308.3.1 of the New York City Building Code, within Occupancy Group I - 1 and have 16 occupants or fewer, or (iii) are community residences or intermediate - care facilities as described in Section 308.3.2 of the New York City Building Code, shall be provided with outdoor air and local exhaust in accordance with Section 403.3.1.1.2. All other buildings intended to be occupied shall be provided with outdoor air and local exhaust in accordance with Sections 403.3.1.1 through 403.3.1.6. [CONT.]: 403.3 Outdoor air and local exhaust airflow rates. Buildings that are no t more than three stories in height above grade plane, and that (i) are within Occupancy Group R - 2 or Occupancy Group R - 3, (ii) are adult homes or enriched living housing as described in Section 308.3.1 of the New York City Building Code, within Occupancy Group I - 1 and have 16 occupants or fewer, or (iii) are community residences or intermediate - care facilities as described in Section 308.3.2 of the New York City Building Code, shall be provided with outdoor air and local exhaust in accordance with Section 403.3.1.1.2. All other buildings intended to be occupied shall be provided with outdoor air and local exhaust in accordance with Sections 403.3.1.1 through 403.3.1.6. [CONT.]: 403.3 Outdoor air and local exhaust airflow rates. Buildings that are no t more than three stories in height above grade plane, and that (i) are within Occupancy Group R - 2 or Occupancy Group R - 3, (ii) are adult homes or enriched living housing as described in Section 308.3.1 of the New York City Building Code, within Occupancy Group I - 1 and have 16 occupants or fewer, or (iii) are community residences or intermediate - care facilities as described in Section 308.3.2 of the New York City Building Code, shall be provided with outdoor air and local exhaust in accordance with Section 403.3.1.1.2. All other buildings intended to be occupied shall be provided with outdoor air and local exhaust in accordance with Sections 403.3.1.1 through 403.3.1.6. [CONT.]: 403.3 Outdoor air and local exhaust airflow rates. Buildings that are no t more than three stories in height above grade plane, and that (i) are within Occupancy Group R - 2 or Occupancy Group R - 3, (ii) are adult homes or enriched living housing as described in Section 308.3.1 of the New York City Building Code, within Occupancy Group I - 1 and have 16 occupants or fewer, or (iii) are community residences or intermediate - care facilities as described in Section 308.3.2 of the New York City Building Code, shall be provided with outdoor air and local exhaust in accordance with Section 403.3.1.1.2. All other buildings intended to be occupied shall be provided with outdoor air and local exhaust in accordance with Sections 403.3.1.1 through 403.3.1.6. [CONT.]: 403.3 Outdoor air and local exhaust airflow rates. Buildings that are no t more than three stories in height above grade plane, and that (i) are within Occupancy Group R - 2 or Occupancy Group R - 3, (ii) are adult homes or enriched living housing as described in Section 308.3.1 of the New York City Building Code, within Occupancy Group I - 1 and have 16 occupants or fewer, or (iii) are community residences or intermediate - care facilities as described in Section 308.3.2 of the New York City Building Code, shall be provided with outdoor air and local exhaust in accordance with Section 403.3.1.1.2. All other buildings intended to be occupied shall be provided with outdoor air and local exhaust in accordance with Sections 403.3.1.1 through 403.3.1.6. [CONT.]: 403.3 Outdoor air and local exhaust airflow rates. Buildings that are no t more than three stories in height above grade plane, and that (i) are within Occupancy Group R - 2 or Occupancy Group R - 3, (ii) are adult homes or enriched living housing as described in Section 308.3.1 of the New York City Building Code, within Occupancy Group I - 1 and have 16 occupants or fewer, or (iii) are community residences or intermediate - care facilities as described in Section 308.3.2 of the New York City Building Code, shall be provided with outdoor air and local exhaust in accordance with Section 403.3.1.1.2. All other buildings intended to be occupied shall be provided with outdoor air and local exhaust in accordance with Sections 403.3.1.1 through 403.3.1.6. [CONT.]: 403.3 Outdoor air and local exhaust airflow rates. Buildings that are no t more than three stories in height above grade plane, and that (i) are within Occupancy Group R - 2 or Occupancy Group R - 3, (ii) are adult homes or enriched living housing as described in Section 308.3.1 of the New York City Building Code, within Occupancy Group I - 1 and have 16 occupants or fewer, or (iii) are community residences or intermediate - care facilities as described in Section 308.3.2 of the New York City Building Code, shall be provided with outdoor air and local exhaust in accordance with Section 403.3.1.1.2. All other buildings intended to be occupied shall be provided with outdoor air and local exhaust in accordance with Sections 403.3.1.1 through 403.3.1.6.",
    "metadata": {
      "section_full": "403.3",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.1",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.1 403.3.1.1 Outdoor airflow rate. Ventilation systems shall be designed t o have the capacity to supply the minimum outdoor airflow rate determined in accordance with this section. In each occupiable space and, where required, each habitable space, the ventilation system shall be designed to deliver the required rate of outdoor airflow to the breathing zone. The occupant load utilized for design of the ventilation system shall be not less than the number determined from the estimated maximum occupant load rate indicated in Table 403.3.1.1 . Ventilation rates for occupancies not represented in Table 403.3.1.1 shall be those for a listed occupancy classification that is most similar in terms of occupant density, activities and building construction; or shall be determined by an approved engineering analysis. The ven tilation system shall be designed to supply the required rate of ventilation air continuously during the period the building is occupied, except as otherwise stated in other provisions of the code. With the exception of non - tobacco hookah establishments, t he ventilation rates in Table 403.3.1.1 are based on the absence of smoking in occupiable spaces. Where smoking is anticipated in a space other than a non - tobacco hookah establishment, the ventilation system serving the space shall be designed to provide v entilation over and above that required by Table 403.3.1.1 in accordance with accepted engineering practice. Exceptions: 1. The occupant load is not required to be determined based on the estimated maximum occupant load rate indicated in Table 403.3 .1.1 wh ere approved statistical data documents the accuracy of an alternate anticipated occupant load. \u2021\u2021\u2021 Chapter 4 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 4 VENTILATION SECTION MC 401 GENERAL [CONT.]: 403.3.1.1 Outdoor airflow rate. Ventilation systems shall be designed t o have the capacity to supply the minimum outdoor airflow rate determined in accordance with this section. In each occupiable space and, where required, each habitable space, the ventilation system shall be designed to deliver the required rate of outdoor airflow to the breathing zone. The occupant load utilized for design of the ventilation system shall be not less than the number determined from the estimated maximum occupant load rate indicated in Table 403.3.1.1 . Ventilation rates for occupancies not represented in Table 403.3.1.1 shall be those for a listed occupancy classification that is most similar in terms of occupant density, activities and building construction; or shall be determined by an approved engineering analysis. The ven tilation system shall be designed to supply the required rate of ventilation air continuously during the period the building is occupied, except as otherwise stated in other provisions of the code. With the exception of non - tobacco hookah establishments, t he ventilation rates in Table 403.3.1.1 are based on the absence of smoking in occupiable spaces. Where smoking is anticipated in a space other than a non - tobacco hookah establishment, the ventilation system serving the space shall be designed to provide v entilation over and above that required by Table 403.3.1.1 in accordance with accepted engineering practice. Exceptions: 1. The occupant load is not required to be determined based on the estimated maximum occupant load rate indicated in Table 403.3 .1.1 wh ere approved statistical data documents the accuracy of an alternate anticipated occupant load. \u2021\u2021\u2021 Chapter 4 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 4 VENTILATION SECTION MC 401 GENERAL [CONT.]: 403.3.1.1 Outdoor airflow rate. Ventilation systems shall be designed t o have the capacity to supply the minimum outdoor airflow rate determined in accordance with this section. In each occupiable space and, where required, each habitable space, the ventilation system shall be designed to deliver the required rate of outdoor airflow to the breathing zone. The occupant load utilized for design of the ventilation system shall be not less than the number determined from the estimated maximum occupant load rate indicated in Table 403.3.1.1 . Ventilation rates for occupancies not represented in Table 403.3.1.1 shall be those for a listed occupancy classification that is most similar in terms of occupant density, activities and building construction; or shall be determined by an approved engineering analysis. The ven tilation system shall be designed to supply the required rate of ventilation air continuously during the period the building is occupied, except as otherwise stated in other provisions of the code. With the exception of non - tobacco hookah establishments, t he ventilation rates in Table 403.3.1.1 are based on the absence of smoking in occupiable spaces. Where smoking is anticipated in a space other than a non - tobacco hookah establishment, the ventilation system serving the space shall be designed to provide v entilation over and above that required by Table 403.3.1.1 in accordance with accepted engineering practice. Exceptions: 1. The occupant load is not required to be determined based on the estimated maximum occupant load rate indicated in Table 403.3 .1.1 wh ere approved statistical data documents the accuracy of an alternate anticipated occupant load. VENTILATION 2. The occupant load used in computing the required ventilation shall be the maximum number who will occupy the room or space simultaneously during any 2 - hour p eriod. 3. Dynamic reset (Demand Controlled Ventilation). The system may be designed to reset the design outdoor air intake airflow and/or space or zone airflow as operating conditions change. Dynamic reset shall be designed in accordance with ASHRAE 62.1 a nd comply with footnote k of Table 403.3.1.1. These conditions include, but are not limited to: 3.1. Variations in occupancy or ventilation airflow in one or more individual zones for which ventilation airflow requirements will be reset. Note: Examples of measures for estimating such variations include: occupancy scheduled by time of day, a direct count of occupants, or an estimate of occupancy or ventilation rate per person using occupancy sensors such as those based on indoor CO 2 concentrations. 3.2. Variations in the efficiency with which outdoor air is distributed to the occupants under different ventilation system airflows and temperatures. 3.3. A higher fraction of outdoor air in the air supply due to intake of additional outdoor air for free cooli ng or exhaust air makeup. TABLE 403.3.1.1 MINIMUM VENTILATION RATES OCCUPANCY CLASSIFICATION OCCUPANT DENSITY #/1000 FT 2a PEOPLE OUTDOOR AIRFLOW RATE IN BREATHING ZONE, R p CFM/PERSON AREA OUTDOOR AIRFLOW RATE IN BREATHING ZONE R a CFM/FT 2a EXHAUST AIRFLOW RATE CFM/FT 2a Correctional facilities Booking/waiting 50 7.5 0.06 \u0097 Cells without plumbing fixtures 25 5 0.12 \u0097 with plumbing fixtures g 25 5 0.12 1.0 Day room 30 5 0.06 \u0097 Correctional facilities Dining halls (see food and beverage service) \u2014 \u2014 \u2014 \u2014 Guard stations 15 5 0.06 \u2014 Dry cleaners, laundries Coin - operated dry cleaner 20 15 \u2014 \u2014 Coin - operated laundries 20 7.5 0.06 \u2014 Commercial dry cleaner l 30 30 \u2014 \u2014 Commercial laundry 10 25 \u2014 \u2014 Storage, pick up 30 7.5 0.12 \u2014 Education Art classroom g 20 10 0.18 0.7 VENTILATION Auditoriums 150 5 0.06 \u2014 Classrooms (ages 5 - 8) 25 10 0.12 \u2014 Classrooms (age 9 plus) 35 10 0.12 \u2014 Computer lab 25 10 0.12 \u2014 Corridors (see public spaces) \u2014 \u2014 \u2014 \u2014 Day care (through age 4) 25 10 0.18 \u2014 Lecture classroom 65 7.5 0.06 \u2014 Lecture hall (fixed seats) 150 7.5 0.06 \u2014 Locker/dressing rooms g \u2014 \u2014 \u2014 0.25 Media center 25 10 0.12 \u2014 Multiuse assembly 100 7.5 0.06 \u2014 Music/theater/dance 35 10 0.06 \u2014 Science laboratories g, k 25 10 0.18 1.0 Sports locker rooms g \u2014 \u2014 \u2014 0.5 Wood/metal shops g 20 10 0.18 0.5 Food and beverage service Bars, cocktail lounges 100 7.5 0.18 \u2014 Cafeteria, fast food 100 7.5 0.18 \u2014 Dining rooms 70 7.5 0.18 \u2014 Kitchens (cooking) b \u2014 \u2014 \u2014 0.7 Non - tobacco smoking establishments b 70 60 \u2014 \u2014 Hotels, motels, resorts and dormitories Bathrooms/toilet \u0097 private g \u0097 \u0097 \u0097 25/50 f Bedroom/living room 10 5 0.06 \u0097 Conference/meeting 50 5 0.06 \u0097 Dormitory sleeping areas 20 5 0.06 \u0097 Gambling casinos 120 7.5 0.18 \u0097 Lobbies/prefunction 30 7.5 0.06 \u0097 Multipurpose assembly 120 5 0.06 \u0097 Laboratories j Biological \u0097 \u0097 1.0 1.0 VENTILATION Chemical \u0097 \u0097 1.0 1.0 Industrial and nonteaching \u2014 \u2014 1.0 1.0 Nonproduction chemical labs \u2014 \u2014 1.0 1.0 Offices Conference rooms 50 5 0.06 \u2014 Main entry lobbies 10 5 0.06 \u2014 Office spaces 5 5 0.06 \u2014 Reception areas 30 5 0.06 \u2014 Telephone/data entry 60 5 0.06 \u0097 Private dwellings, single and multiple Garages, common for multiple units b \u2014 \u2014 \u2014 0.75 Kitchens and Kitchenettes b , m \u0097 \u0097 \u0097 25/100 f Living areas c, i Based upon number of bedrooms. First bedroom, 2; each additional bedroom, 1 0.35 ACH but not less than 15 cfm/person \u2014 \u2014 Toilet rooms and bathrooms g \u0097 \u0097 \u0097 20/50 f Public spaces Corridors \u2014 \u2014 0.06 \u2014 Courtrooms 70 5 0.06 \u2014 Elevator car \u0097 \u0097 \u0097 1.0 Legislative chambers 50 5 0.06 \u0097 Libraries 10 5 0.12 \u0097 Museums (children\u0092s) 40 7.5 0.12 \u0097 Museums/galleries 40 7.5 0.06 \u0097 Places of religious worship 120 5 0.06 \u0097 Public spaces Shower room (per shower head) g \u2014 \u2014 \u2014 50/20 f Toilet rooms \u2013 public g \u2014 \u2014 \u2014 50/70 e VENTILATION Retail stores, sales floors and showroom floors Dressing rooms \u2014 \u2014 \u2014 0.25 Mall common areas 40 7.5 0.06 \u2014 Sales 15 7.5 0.12 \u2014 Shipping and receiving \u2014 \u2014 0.12 \u2014 Smoking lounges and non - tobacco smoking establishments b 70 60 \u2014 \u2014 Storage rooms \u2014 \u2014 0.12 \u2014 Warehouses (see storage) \u0097 \u0097 \u0097 \u0097 Specialty shops Automotive motor - fuel dispensing stations b \u2014 \u2014 \u2014 1.5 Barber 25 7.5 0.06 0.5 Beauty salons (without nail salon services) b 25 20 0.12 0.6 Nail salons b, h 25 20 0.12 0.6 Embalming room b \u0097 \u0097 \u0097 2.0 Pet shops (animal areas) b 10 7.5 0.18 0.9 Supermarkets 8 7.5 0.06 \u0097 Sports and amusement Bowling alleys (seating areas) 40 10 0.12 \u2014 Disco/dance floors 100 20 0.06 \u2014 Game arcades 20 7.5 0.18 \u0097 Gym, stadium, arena (play area) \u2014 \u2014 0.30 \u2014 Heath club/aerobics room 40 20 0.06 \u2014 Health club/weight room 10 20 0.06 \u2014 Ice arenas without combustion engines \u2014 \u2014 0.30 0.5 Spectator areas 150 7.5 0.06 \u0097 \u2021\u2021\u2021 Chapter 4 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 4 VENTILATION SECTION MC 401 GENERAL [CONT.]: 403.3.1.1 Outdoor airflow rate. Ventilation systems shall be designed t o have the capacity to supply the minimum outdoor airflow rate determined in accordance with this section. In each occupiable space and, where required, each habitable space, the ventilation system shall be designed to deliver the required rate of outdoor airflow to the breathing zone. The occupant load utilized for design of the ventilation system shall be not less than the number determined from the estimated maximum occupant load rate indicated in Table 403.3.1.1 . Ventilation rates for occupancies not represented in Table 403.3.1.1 shall be those for a listed occupancy classification that is most similar in terms of occupant density, activities and building construction; or shall be determined by an approved engineering analysis. The ven tilation system shall be designed to supply the required rate of ventilation air continuously during the period the building is occupied, except as otherwise stated in other provisions of the code. With the exception of non - tobacco hookah establishments, t he ventilation rates in Table 403.3.1.1 are based on the absence of smoking in occupiable spaces. Where smoking is anticipated in a space other than a non - tobacco hookah establishment, the ventilation system serving the space shall be designed to provide v entilation over and above that required by Table 403.3.1.1 in accordance with accepted engineering practice. Exceptions: 1. The occupant load is not required to be determined based on the estimated maximum occupant load rate indicated in Table 403.3 .1.1 wh ere approved statistical data documents the accuracy of an alternate anticipated occupant load. VENTILATION 2. The occupant load used in computing the required ventilation shall be the maximum number who will occupy the room or space simultaneously during any 2 - hour p eriod. 3. Dynamic reset (Demand Controlled Ventilation). The system may be designed to reset the design outdoor air intake airflow and/or space or zone airflow as operating conditions change. Dynamic reset shall be designed in accordance with ASHRAE 62.1 a nd comply with footnote k of Table 403.3.1.1. These conditions include, but are not limited to: 3.1. Variations in occupancy or ventilation airflow in one or more individual zones for which ventilation airflow requirements will be reset. Note: Examples of measures for estimating such variations include: occupancy scheduled by time of day, a direct count of occupants, or an estimate of occupancy or ventilation rate per person using occupancy sensors such as those based on indoor CO 2 concentrations. 3.2. Variations in the efficiency with which outdoor air is distributed to the occupants under different ventilation system airflows and temperatures. 3.3. A higher fraction of outdoor air in the air supply due to intake of additional outdoor air for free cooli ng or exhaust air makeup. TABLE 403.3.1.1 MINIMUM VENTILATION RATES OCCUPANCY CLASSIFICATION OCCUPANT DENSITY #/1000 FT 2a PEOPLE OUTDOOR AIRFLOW RATE IN BREATHING ZONE, R p CFM/PERSON AREA OUTDOOR AIRFLOW RATE IN BREATHING ZONE R a CFM/FT 2a EXHAUST AIRFLOW RATE CFM/FT 2a Correctional facilities Booking/waiting 50 7.5 0.06 \u0097 Cells without plumbing fixtures 25 5 0.12 \u0097 with plumbing fixtures g 25 5 0.12 1.0 Day room 30 5 0.06 \u0097 Correctional facilities Dining halls (see food and beverage service) \u2014 \u2014 \u2014 \u2014 Guard stations 15 5 0.06 \u2014 Dry cleaners, laundries Coin - operated dry cleaner 20 15 \u2014 \u2014 Coin - operated laundries 20 7.5 0.06 \u2014 Commercial dry cleaner l 30 30 \u2014 \u2014 Commercial laundry 10 25 \u2014 \u2014 Storage, pick up 30 7.5 0.12 \u2014 Education Art classroom g 20 10 0.18 0.7 VENTILATION Auditoriums 150 5 0.06 \u2014 Classrooms (ages 5 - 8) 25 10 0.12 \u2014 Classrooms (age 9 plus) 35 10 0.12 \u2014 Computer lab 25 10 0.12 \u2014 Corridors (see public spaces) \u2014 \u2014 \u2014 \u2014 Day care (through age 4) 25 10 0.18 \u2014 Lecture classroom 65 7.5 0.06 \u2014 Lecture hall (fixed seats) 150 7.5 0.06 \u2014 Locker/dressing rooms g \u2014 \u2014 \u2014 0.25 Media center 25 10 0.12 \u2014 Multiuse assembly 100 7.5 0.06 \u2014 Music/theater/dance 35 10 0.06 \u2014 Science laboratories g, k 25 10 0.18 1.0 Sports locker rooms g \u2014 \u2014 \u2014 0.5 Wood/metal shops g 20 10 0.18 0.5 Food and beverage service Bars, cocktail lounges 100 7.5 0.18 \u2014 Cafeteria, fast food 100 7.5 0.18 \u2014 Dining rooms 70 7.5 0.18 \u2014 Kitchens (cooking) b \u2014 \u2014 \u2014 0.7 Non - tobacco smoking establishments b 70 60 \u2014 \u2014 Hotels, motels, resorts and dormitories Bathrooms/toilet \u0097 private g \u0097 \u0097 \u0097 25/50 f Bedroom/living room 10 5 0.06 \u0097 Conference/meeting 50 5 0.06 \u0097 Dormitory sleeping areas 20 5 0.06 \u0097 Gambling casinos 120 7.5 0.18 \u0097 Lobbies/prefunction 30 7.5 0.06 \u0097 Multipurpose assembly 120 5 0.06 \u0097 Laboratories j Biological \u0097 \u0097 1.0 1.0 VENTILATION Chemical \u0097 \u0097 1.0 1.0 Industrial and nonteaching \u2014 \u2014 1.0 1.0 Nonproduction chemical labs \u2014 \u2014 1.0 1.0 Offices Conference rooms 50 5 0.06 \u2014 Main entry lobbies 10 5 0.06 \u2014 Office spaces 5 5 0.06 \u2014 Reception areas 30 5 0.06 \u2014 Telephone/data entry 60 5 0.06 \u0097 Private dwellings, single and multiple Garages, common for multiple units b \u2014 \u2014 \u2014 0.75 Kitchens and Kitchenettes b , m \u0097 \u0097 \u0097 25/100 f Living areas c, i Based upon number of bedrooms. First bedroom, 2; each additional bedroom, 1 0.35 ACH but not less than 15 cfm/person \u2014 \u2014 Toilet rooms and bathrooms g \u0097 \u0097 \u0097 20/50 f Public spaces Corridors \u2014 \u2014 0.06 \u2014 Courtrooms 70 5 0.06 \u2014 Elevator car \u0097 \u0097 \u0097 1.0 Legislative chambers 50 5 0.06 \u0097 Libraries 10 5 0.12 \u0097 Museums (children\u0092s) 40 7.5 0.12 \u0097 Museums/galleries 40 7.5 0.06 \u0097 Places of religious worship 120 5 0.06 \u0097 Public spaces Shower room (per shower head) g \u2014 \u2014 \u2014 50/20 f Toilet rooms \u2013 public g \u2014 \u2014 \u2014 50/70 e VENTILATION Retail stores, sales floors and showroom floors Dressing rooms \u2014 \u2014 \u2014 0.25 Mall common areas 40 7.5 0.06 \u2014 Sales 15 7.5 0.12 \u2014 Shipping and receiving \u2014 \u2014 0.12 \u2014 Smoking lounges and non - tobacco smoking establishments b 70 60 \u2014 \u2014 Storage rooms \u2014 \u2014 0.12 \u2014 Warehouses (see storage) \u0097 \u0097 \u0097 \u0097 Specialty shops Automotive motor - fuel dispensing stations b \u2014 \u2014 \u2014 1.5 Barber 25 7.5 0.06 0.5 Beauty salons (without nail salon services) b 25 20 0.12 0.6 Nail salons b, h 25 20 0.12 0.6 Embalming room b \u0097 \u0097 \u0097 2.0 Pet shops (animal areas) b 10 7.5 0.18 0.9 Supermarkets 8 7.5 0.06 \u0097 Sports and amusement Bowling alleys (seating areas) 40 10 0.12 \u2014 Disco/dance floors 100 20 0.06 \u2014 Game arcades 20 7.5 0.18 \u0097 Gym, stadium, arena (play area) \u2014 \u2014 0.30 \u2014 Heath club/aerobics room 40 20 0.06 \u2014 Health club/weight room 10 20 0.06 \u2014 Ice arenas without combustion engines \u2014 \u2014 0.30 0.5 Spectator areas 150 7.5 0.06 \u0097 \u2021\u2021\u2021 Chapter 4 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 4 VENTILATION SECTION MC 401 GENERAL [CONT.]: 403.3.1.1 Outdoor airflow rate. Ventilation systems shall be designed t o have the capacity to supply the minimum outdoor airflow rate determined in accordance with this section. In each occupiable space and, where required, each habitable space, the ventilation system shall be designed to deliver the required rate of outdoor airflow to the breathing zone. The occupant load utilized for design of the ventilation system shall be not less than the number determined from the estimated maximum occupant load rate indicated in Table 403.3.1.1 . Ventilation rates for occupancies not represented in Table 403.3.1.1 shall be those for a listed occupancy classification that is most similar in terms of occupant density, activities and building construction; or shall be determined by an approved engineering analysis. The ven tilation system shall be designed to supply the required rate of ventilation air continuously during the period the building is occupied, except as otherwise stated in other provisions of the code. With the exception of non - tobacco hookah establishments, t he ventilation rates in Table 403.3.1.1 are based on the absence of smoking in occupiable spaces. Where smoking is anticipated in a space other than a non - tobacco hookah establishment, the ventilation system serving the space shall be designed to provide v entilation over and above that required by Table 403.3.1.1 in accordance with accepted engineering practice. Exceptions: 1. The occupant load is not required to be determined based on the estimated maximum occupant load rate indicated in Table 403.3 .1.1 wh ere approved statistical data documents the accuracy of an alternate anticipated occupant load. VENTILATION 2. The occupant load used in computing the required ventilation shall be the maximum number who will occupy the room or space simultaneously during any 2 - hour p eriod. 3. Dynamic reset (Demand Controlled Ventilation). The system may be designed to reset the design outdoor air intake airflow and/or space or zone airflow as operating conditions change. Dynamic reset shall be designed in accordance with ASHRAE 62.1 a nd comply with footnote k of Table 403.3.1.1. These conditions include, but are not limited to: 3.1. Variations in occupancy or ventilation airflow in one or more individual zones for which ventilation airflow requirements will be reset. Note: Examples of measures for estimating such variations include: occupancy scheduled by time of day, a direct count of occupants, or an estimate of occupancy or ventilation rate per person using occupancy sensors such as those based on indoor CO 2 concentrations. 3.2. Variations in the efficiency with which outdoor air is distributed to the occupants under different ventilation system airflows and temperatures. 3.3. A higher fraction of outdoor air in the air supply due to intake of additional outdoor air for free cooli ng or exhaust air makeup. TABLE 403.3.1.1 MINIMUM VENTILATION RATES OCCUPANCY CLASSIFICATION OCCUPANT DENSITY #/1000 FT 2a PEOPLE OUTDOOR AIRFLOW RATE IN BREATHING ZONE, R p CFM/PERSON AREA OUTDOOR AIRFLOW RATE IN BREATHING ZONE R a CFM/FT 2a EXHAUST AIRFLOW RATE CFM/FT 2a Correctional facilities Booking/waiting 50 7.5 0.06 \u0097 Cells without plumbing fixtures 25 5 0.12 \u0097 with plumbing fixtures g 25 5 0.12 1.0 Day room 30 5 0.06 \u0097 Correctional facilities Dining halls (see food and beverage service) \u2014 \u2014 \u2014 \u2014 Guard stations 15 5 0.06 \u2014 Dry cleaners, laundries Coin - operated dry cleaner 20 15 \u2014 \u2014 Coin - operated laundries 20 7.5 0.06 \u2014 Commercial dry cleaner l 30 30 \u2014 \u2014 Commercial laundry 10 25 \u2014 \u2014 Storage, pick up 30 7.5 0.12 \u2014 Education Art classroom g 20 10 0.18 0.7 VENTILATION Auditoriums 150 5 0.06 \u2014 Classrooms (ages 5 - 8) 25 10 0.12 \u2014 Classrooms (age 9 plus) 35 10 0.12 \u2014 Computer lab 25 10 0.12 \u2014 Corridors (see public spaces) \u2014 \u2014 \u2014 \u2014 Day care (through age 4) 25 10 0.18 \u2014 Lecture classroom 65 7.5 0.06 \u2014 Lecture hall (fixed seats) 150 7.5 0.06 \u2014 Locker/dressing rooms g \u2014 \u2014 \u2014 0.25 Media center 25 10 0.12 \u2014 Multiuse assembly 100 7.5 0.06 \u2014 Music/theater/dance 35 10 0.06 \u2014 Science laboratories g, k 25 10 0.18 1.0 Sports locker rooms g \u2014 \u2014 \u2014 0.5 Wood/metal shops g 20 10 0.18 0.5 Food and beverage service Bars, cocktail lounges 100 7.5 0.18 \u2014 Cafeteria, fast food 100 7.5 0.18 \u2014 Dining rooms 70 7.5 0.18 \u2014 Kitchens (cooking) b \u2014 \u2014 \u2014 0.7 Non - tobacco smoking establishments b 70 60 \u2014 \u2014 Hotels, motels, resorts and dormitories Bathrooms/toilet \u0097 private g \u0097 \u0097 \u0097 25/50 f Bedroom/living room 10 5 0.06 \u0097 Conference/meeting 50 5 0.06 \u0097 Dormitory sleeping areas 20 5 0.06 \u0097 Gambling casinos 120 7.5 0.18 \u0097 Lobbies/prefunction 30 7.5 0.06 \u0097 Multipurpose assembly 120 5 0.06 \u0097 Laboratories j Biological \u0097 \u0097 1.0 1.0 VENTILATION Chemical \u0097 \u0097 1.0 1.0 Industrial and nonteaching \u2014 \u2014 1.0 1.0 Nonproduction chemical labs \u2014 \u2014 1.0 1.0 Offices Conference rooms 50 5 0.06 \u2014 Main entry lobbies 10 5 0.06 \u2014 Office spaces 5 5 0.06 \u2014 Reception areas 30 5 0.06 \u2014 Telephone/data entry 60 5 0.06 \u0097 Private dwellings, single and multiple Garages, common for multiple units b \u2014 \u2014 \u2014 0.75 Kitchens and Kitchenettes b , m \u0097 \u0097 \u0097 25/100 f Living areas c, i Based upon number of bedrooms. First bedroom, 2; each additional bedroom, 1 0.35 ACH but not less than 15 cfm/person \u2014 \u2014 Toilet rooms and bathrooms g \u0097 \u0097 \u0097 20/50 f Public spaces Corridors \u2014 \u2014 0.06 \u2014 Courtrooms 70 5 0.06 \u2014 Elevator car \u0097 \u0097 \u0097 1.0 Legislative chambers 50 5 0.06 \u0097 Libraries 10 5 0.12 \u0097 Museums (children\u0092s) 40 7.5 0.12 \u0097 Museums/galleries 40 7.5 0.06 \u0097 Places of religious worship 120 5 0.06 \u0097 Public spaces Shower room (per shower head) g \u2014 \u2014 \u2014 50/20 f Toilet rooms \u2013 public g \u2014 \u2014 \u2014 50/70 e VENTILATION Retail stores, sales floors and showroom floors Dressing rooms \u2014 \u2014 \u2014 0.25 Mall common areas 40 7.5 0.06 \u2014 Sales 15 7.5 0.12 \u2014 Shipping and receiving \u2014 \u2014 0.12 \u2014 Smoking lounges and non - tobacco smoking establishments b 70 60 \u2014 \u2014 Storage rooms \u2014 \u2014 0.12 \u2014 Warehouses (see storage) \u0097 \u0097 \u0097 \u0097 Specialty shops Automotive motor - fuel dispensing stations b \u2014 \u2014 \u2014 1.5 Barber 25 7.5 0.06 0.5 Beauty salons (without nail salon services) b 25 20 0.12 0.6 Nail salons b, h 25 20 0.12 0.6 Embalming room b \u0097 \u0097 \u0097 2.0 Pet shops (animal areas) b 10 7.5 0.18 0.9 Supermarkets 8 7.5 0.06 \u0097 Sports and amusement Bowling alleys (seating areas) 40 10 0.12 \u2014 Disco/dance floors 100 20 0.06 \u2014 Game arcades 20 7.5 0.18 \u0097 Gym, stadium, arena (play area) \u2014 \u2014 0.30 \u2014 Heath club/aerobics room 40 20 0.06 \u2014 Health club/weight room 10 20 0.06 \u2014 Ice arenas without combustion engines \u2014 \u2014 0.30 0.5 Spectator areas 150 7.5 0.06 \u0097 VENTILATION Swimming pools (pool and deck area) \u2014 \u2014 0.48 \u2014 Storage Repair garages, enclosed parking garages b, d \u0097 \u0097 \u0097 0.75 Warehouses \u0097 \u0097 0.06 \u0097 Theaters Auditoriums (see education) \u2014 \u2014 \u2014 \u2014 Lobbies 150 5 0.06 \u2014 Stages, studios 70 10 0.06 \u0097 Ticket booths 60 5 0.06 \u2014 Transportation Platforms 100 7.5 0.06 \u2014 Transportation waiting 100 7.5 0.06 \u0097 Workrooms Bank vaults/safe deposit 5 5 0.06 \u2014 Computer (without printing) 4 5 0.06 \u2014 Copy, printing rooms 4 5 0.06 0.5 Darkrooms \u0097 \u0097 \u0097 1.0 Meat processing c 10 15 \u2014 \u2014 Pharmacy (prep. area) 10 5 0.18 \u0097 Photo studios 10 5 0.12 \u0097 For SI: 1 cubic foot per minute = 0.0004719 m 3 /s, 1 ton = 908 kg, 1 cubic foot per minute per square foot = 0.00508m 3 /(s \u2022 m 2 ), \u00b0C = ((\u00b0F) - 32) / 1.8, 1 square foot = 0.0929 m 2 . a. Based upon net occupiable floor area. b. Mechanical exhaust required and the recirculation of air from such spaces is prohibited (see Section 403.2.1, Item 3). c. Spaces unheated or maintained below 50\u00b0F are not covered by these requirements unless the occupancy is continuous. d. Ventilation systems in enclosed parking garages sh all comply with Section 404. e. Rates are per water closet or urinal. The higher rate shall be provided where the exhaust system is designed to operate intermittently. The lower rate shall be permitted only where the exhaust system is designed to operate continuously while the space served by the toilet facilities is occupied. f. Rates are per room unless otherwise indicated. The higher rate shall be provided where the exhaust system is designed to oper ate intermittently. The lower rate shall be permitted only where the exhaust system is designed to operate continuously while the dwelling unit or sleeping unit served by the toilet facility is occupied. g. Mechanical exhaust is required and recirculation from such spaces is prohibited (see Section 403.2.1, Item 4). h. For nail salons, each manicure and pedicure station shall be provided with a source capture system capable of exhausting not less than 50 cfm per station. Exhaust inlets shall be located in accordance with Section 502.20. Where one or more re quired source capture systems operate \u2021\u2021\u2021 Chapter 4 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 4 VENTILATION SECTION MC 401 GENERAL [CONT.]: 403.3.1.1 Outdoor airflow rate. Ventilation systems shall be designed t o have the capacity to supply the minimum outdoor airflow rate determined in accordance with this section. In each occupiable space and, where required, each habitable space, the ventilation system shall be designed to deliver the required rate of outdoor airflow to the breathing zone. The occupant load utilized for design of the ventilation system shall be not less than the number determined from the estimated maximum occupant load rate indicated in Table 403.3.1.1 . Ventilation rates for occupancies not represented in Table 403.3.1.1 shall be those for a listed occupancy classification that is most similar in terms of occupant density, activities and building construction; or shall be determined by an approved engineering analysis. The ven tilation system shall be designed to supply the required rate of ventilation air continuously during the period the building is occupied, except as otherwise stated in other provisions of the code. With the exception of non - tobacco hookah establishments, t he ventilation rates in Table 403.3.1.1 are based on the absence of smoking in occupiable spaces. Where smoking is anticipated in a space other than a non - tobacco hookah establishment, the ventilation system serving the space shall be designed to provide v entilation over and above that required by Table 403.3.1.1 in accordance with accepted engineering practice. Exceptions: 1. The occupant load is not required to be determined based on the estimated maximum occupant load rate indicated in Table 403.3 .1.1 wh ere approved statistical data documents the accuracy of an alternate anticipated occupant load. VENTILATION 2. The occupant load used in computing the required ventilation shall be the maximum number who will occupy the room or space simultaneously during any 2 - hour p eriod. 3. Dynamic reset (Demand Controlled Ventilation). The system may be designed to reset the design outdoor air intake airflow and/or space or zone airflow as operating conditions change. Dynamic reset shall be designed in accordance with ASHRAE 62.1 a nd comply with footnote k of Table 403.3.1.1. These conditions include, but are not limited to: 3.1. Variations in occupancy or ventilation airflow in one or more individual zones for which ventilation airflow requirements will be reset. Note: Examples of measures for estimating such variations include: occupancy scheduled by time of day, a direct count of occupants, or an estimate of occupancy or ventilation rate per person using occupancy sensors such as those based on indoor CO 2 concentrations. 3.2. Variations in the efficiency with which outdoor air is distributed to the occupants under different ventilation system airflows and temperatures. 3.3. A higher fraction of outdoor air in the air supply due to intake of additional outdoor air for free cooli ng or exhaust air makeup. TABLE 403.3.1.1 MINIMUM VENTILATION RATES OCCUPANCY CLASSIFICATION OCCUPANT DENSITY #/1000 FT 2a PEOPLE OUTDOOR AIRFLOW RATE IN BREATHING ZONE, R p CFM/PERSON AREA OUTDOOR AIRFLOW RATE IN BREATHING ZONE R a CFM/FT 2a EXHAUST AIRFLOW RATE CFM/FT 2a Correctional facilities Booking/waiting 50 7.5 0.06 \u0097 Cells without plumbing fixtures 25 5 0.12 \u0097 with plumbing fixtures g 25 5 0.12 1.0 Day room 30 5 0.06 \u0097 Correctional facilities Dining halls (see food and beverage service) \u2014 \u2014 \u2014 \u2014 Guard stations 15 5 0.06 \u2014 Dry cleaners, laundries Coin - operated dry cleaner 20 15 \u2014 \u2014 Coin - operated laundries 20 7.5 0.06 \u2014 Commercial dry cleaner l 30 30 \u2014 \u2014 Commercial laundry 10 25 \u2014 \u2014 Storage, pick up 30 7.5 0.12 \u2014 Education Art classroom g 20 10 0.18 0.7 VENTILATION Auditoriums 150 5 0.06 \u2014 Classrooms (ages 5 - 8) 25 10 0.12 \u2014 Classrooms (age 9 plus) 35 10 0.12 \u2014 Computer lab 25 10 0.12 \u2014 Corridors (see public spaces) \u2014 \u2014 \u2014 \u2014 Day care (through age 4) 25 10 0.18 \u2014 Lecture classroom 65 7.5 0.06 \u2014 Lecture hall (fixed seats) 150 7.5 0.06 \u2014 Locker/dressing rooms g \u2014 \u2014 \u2014 0.25 Media center 25 10 0.12 \u2014 Multiuse assembly 100 7.5 0.06 \u2014 Music/theater/dance 35 10 0.06 \u2014 Science laboratories g, k 25 10 0.18 1.0 Sports locker rooms g \u2014 \u2014 \u2014 0.5 Wood/metal shops g 20 10 0.18 0.5 Food and beverage service Bars, cocktail lounges 100 7.5 0.18 \u2014 Cafeteria, fast food 100 7.5 0.18 \u2014 Dining rooms 70 7.5 0.18 \u2014 Kitchens (cooking) b \u2014 \u2014 \u2014 0.7 Non - tobacco smoking establishments b 70 60 \u2014 \u2014 Hotels, motels, resorts and dormitories Bathrooms/toilet \u0097 private g \u0097 \u0097 \u0097 25/50 f Bedroom/living room 10 5 0.06 \u0097 Conference/meeting 50 5 0.06 \u0097 Dormitory sleeping areas 20 5 0.06 \u0097 Gambling casinos 120 7.5 0.18 \u0097 Lobbies/prefunction 30 7.5 0.06 \u0097 Multipurpose assembly 120 5 0.06 \u0097 Laboratories j Biological \u0097 \u0097 1.0 1.0 VENTILATION Chemical \u0097 \u0097 1.0 1.0 Industrial and nonteaching \u2014 \u2014 1.0 1.0 Nonproduction chemical labs \u2014 \u2014 1.0 1.0 Offices Conference rooms 50 5 0.06 \u2014 Main entry lobbies 10 5 0.06 \u2014 Office spaces 5 5 0.06 \u2014 Reception areas 30 5 0.06 \u2014 Telephone/data entry 60 5 0.06 \u0097 Private dwellings, single and multiple Garages, common for multiple units b \u2014 \u2014 \u2014 0.75 Kitchens and Kitchenettes b , m \u0097 \u0097 \u0097 25/100 f Living areas c, i Based upon number of bedrooms. First bedroom, 2; each additional bedroom, 1 0.35 ACH but not less than 15 cfm/person \u2014 \u2014 Toilet rooms and bathrooms g \u0097 \u0097 \u0097 20/50 f Public spaces Corridors \u2014 \u2014 0.06 \u2014 Courtrooms 70 5 0.06 \u2014 Elevator car \u0097 \u0097 \u0097 1.0 Legislative chambers 50 5 0.06 \u0097 Libraries 10 5 0.12 \u0097 Museums (children\u0092s) 40 7.5 0.12 \u0097 Museums/galleries 40 7.5 0.06 \u0097 Places of religious worship 120 5 0.06 \u0097 Public spaces Shower room (per shower head) g \u2014 \u2014 \u2014 50/20 f Toilet rooms \u2013 public g \u2014 \u2014 \u2014 50/70 e VENTILATION Retail stores, sales floors and showroom floors Dressing rooms \u2014 \u2014 \u2014 0.25 Mall common areas 40 7.5 0.06 \u2014 Sales 15 7.5 0.12 \u2014 Shipping and receiving \u2014 \u2014 0.12 \u2014 Smoking lounges and non - tobacco smoking establishments b 70 60 \u2014 \u2014 Storage rooms \u2014 \u2014 0.12 \u2014 Warehouses (see storage) \u0097 \u0097 \u0097 \u0097 Specialty shops Automotive motor - fuel dispensing stations b \u2014 \u2014 \u2014 1.5 Barber 25 7.5 0.06 0.5 Beauty salons (without nail salon services) b 25 20 0.12 0.6 Nail salons b, h 25 20 0.12 0.6 Embalming room b \u0097 \u0097 \u0097 2.0 Pet shops (animal areas) b 10 7.5 0.18 0.9 Supermarkets 8 7.5 0.06 \u0097 Sports and amusement Bowling alleys (seating areas) 40 10 0.12 \u2014 Disco/dance floors 100 20 0.06 \u2014 Game arcades 20 7.5 0.18 \u0097 Gym, stadium, arena (play area) \u2014 \u2014 0.30 \u2014 Heath club/aerobics room 40 20 0.06 \u2014 Health club/weight room 10 20 0.06 \u2014 Ice arenas without combustion engines \u2014 \u2014 0.30 0.5 Spectator areas 150 7.5 0.06 \u0097 VENTILATION Swimming pools (pool and deck area) \u2014 \u2014 0.48 \u2014 Storage Repair garages, enclosed parking garages b, d \u0097 \u0097 \u0097 0.75 Warehouses \u0097 \u0097 0.06 \u0097 Theaters Auditoriums (see education) \u2014 \u2014 \u2014 \u2014 Lobbies 150 5 0.06 \u2014 Stages, studios 70 10 0.06 \u0097 Ticket booths 60 5 0.06 \u2014 Transportation Platforms 100 7.5 0.06 \u2014 Transportation waiting 100 7.5 0.06 \u0097 Workrooms Bank vaults/safe deposit 5 5 0.06 \u2014 Computer (without printing) 4 5 0.06 \u2014 Copy, printing rooms 4 5 0.06 0.5 Darkrooms \u0097 \u0097 \u0097 1.0 Meat processing c 10 15 \u2014 \u2014 Pharmacy (prep. area) 10 5 0.18 \u0097 Photo studios 10 5 0.12 \u0097 For SI: 1 cubic foot per minute = 0.0004719 m 3 /s, 1 ton = 908 kg, 1 cubic foot per minute per square foot = 0.00508m 3 /(s \u2022 m 2 ), \u00b0C = ((\u00b0F) - 32) / 1.8, 1 square foot = 0.0929 m 2 . a. Based upon net occupiable floor area. b. Mechanical exhaust required and the recirculation of air from such spaces is prohibited (see Section 403.2.1, Item 3). c. Spaces unheated or maintained below 50\u00b0F are not covered by these requirements unless the occupancy is continuous. d. Ventilation systems in enclosed parking garages sh all comply with Section 404. e. Rates are per water closet or urinal. The higher rate shall be provided where the exhaust system is designed to operate intermittently. The lower rate shall be permitted only where the exhaust system is designed to operate continuously while the space served by the toilet facilities is occupied. f. Rates are per room unless otherwise indicated. The higher rate shall be provided where the exhaust system is designed to oper ate intermittently. The lower rate shall be permitted only where the exhaust system is designed to operate continuously while the dwelling unit or sleeping unit served by the toilet facility is occupied. g. Mechanical exhaust is required and recirculation from such spaces is prohibited (see Section 403.2.1, Item 4). h. For nail salons, each manicure and pedicure station shall be provided with a source capture system capable of exhausting not less than 50 cfm per station. Exhaust inlets shall be located in accordance with Section 502.20. Where one or more re quired source capture systems operate VENTILATION continuously during occupancy, the exhaust rate from such systems shall be permitted to be applied to the exhaust flow rate required by Table [CONT.]: 403.3.1.1 for the nail salon. i. For each dwelling unit within R - 2 occupancies, outdoor ventilation air shall be provided by mechanical means when the sum of all exhaust air flow rates, whether continuous or intermittent, is designed to exceed 75 cfm. When provided, mechanical ventilation air flow rate shall be approximately equal to the exhaust air flow rate in accordance with Section 403.1 and shall not be less than that required by the air flow rates prescribed in Table 403.3.1.1. For such dwelling units, manually operated openable exte rior wall openings shall not be used to provide required mechanical ventilation air. j. During unoccupied hours the ventilation rate and exhaust rates may be reduced to 0.5 cfm/ft 2 . k. When an educational science laboratory is occupied and hoods are not in use and hazardous materials are not present, then ventilation rates shall be consistent with actual use of the space, but not less than 0.5 cfm/ft 2 . l. See Section 502.6 for additional requirements. m. Exception: kitchens and kitchenettes in dwelli ng units of R - 2 occupancy may be naturally ventilated in accordance with Section 402. [CONT.]: 403.3.1.1 Outdoor airflow rate. Ventilation systems shall be designed t o have the capacity to supply the minimum outdoor airflow rate determined in accordance with this section. In each occupiable space and, where required, each habitable space, the ventilation system shall be designed to deliver the required rate of outdoor airflow to the breathing zone. The occupant load utilized for design of the ventilation system shall be not less than the number determined from the estimated maximum occupant load rate indicated in Table 403.3.1.1 . Ventilation rates for occupancies not represented in Table 403.3.1.1 shall be those for a listed occupancy classification that is most similar in terms of occupant density, activities and building construction; or shall be determined by an approved engineering analysis. The ven tilation system shall be designed to supply the required rate of ventilation air continuously during the period the building is occupied, except as otherwise stated in other provisions of the code. With the exception of non - tobacco hookah establishments, t he ventilation rates in Table 403.3.1.1 are based on the absence of smoking in occupiable spaces. Where smoking is anticipated in a space other than a non - tobacco hookah establishment, the ventilation system serving the space shall be designed to provide v entilation over and above that required by Table 403.3.1.1 in accordance with accepted engineering practice. Exceptions: 1. The occupant load is not required to be determined based on the estimated maximum occupant load rate indicated in Table 403.3 .1.1 wh ere approved statistical data documents the accuracy of an alternate anticipated occupant load. VENTILATION 2. The occupant load used in computing the required ventilation shall be the maximum number who will occupy the room or space simultaneously during any 2 - hour p eriod. 3. Dynamic reset (Demand Controlled Ventilation). The system may be designed to reset the design outdoor air intake airflow and/or space or zone airflow as operating conditions change. Dynamic reset shall be designed in accordance with ASHRAE 62.1 a nd comply with footnote k of Table 403.3.1.1. These conditions include, but are not limited to: 3.1. Variations in occupancy or ventilation airflow in one or more individual zones for which ventilation airflow requirements will be reset. Note: Examples of measures for estimating such variations include: occupancy scheduled by time of day, a direct count of occupants, or an estimate of occupancy or ventilation rate per person using occupancy sensors such as those based on indoor CO 2 concentrations. 3.2. Variations in the efficiency with which outdoor air is distributed to the occupants under different ventilation system airflows and temperatures. 3.3. A higher fraction of outdoor air in the air supply due to intake of additional outdoor air for free cooli ng or exhaust air makeup. TABLE 403.3.1.1 MINIMUM VENTILATION RATES OCCUPANCY CLASSIFICATION OCCUPANT DENSITY #/1000 FT 2a PEOPLE OUTDOOR AIRFLOW RATE IN BREATHING ZONE, R p CFM/PERSON AREA OUTDOOR AIRFLOW RATE IN BREATHING ZONE R a CFM/FT 2a EXHAUST AIRFLOW RATE CFM/FT 2a Correctional facilities Booking/waiting 50 7.5 0.06 \u0097 Cells without plumbing fixtures 25 5 0.12 \u0097 with plumbing fixtures g 25 5 0.12 1.0 Day room 30 5 0.06 \u0097 Correctional facilities Dining halls (see food and beverage service) \u2014 \u2014 \u2014 \u2014 Guard stations 15 5 0.06 \u2014 Dry cleaners, laundries Coin - operated dry cleaner 20 15 \u2014 \u2014 Coin - operated laundries 20 7.5 0.06 \u2014 Commercial dry cleaner l 30 30 \u2014 \u2014 Commercial laundry 10 25 \u2014 \u2014 Storage, pick up 30 7.5 0.12 \u2014 Education Art classroom g 20 10 0.18 0.7 VENTILATION Auditoriums 150 5 0.06 \u2014 Classrooms (ages 5 - 8) 25 10 0.12 \u2014 Classrooms (age 9 plus) 35 10 0.12 \u2014 Computer lab 25 10 0.12 \u2014 Corridors (see public spaces) \u2014 \u2014 \u2014 \u2014 Day care (through age 4) 25 10 0.18 \u2014 Lecture classroom 65 7.5 0.06 \u2014 Lecture hall (fixed seats) 150 7.5 0.06 \u2014 Locker/dressing rooms g \u2014 \u2014 \u2014 0.25 Media center 25 10 0.12 \u2014 Multiuse assembly 100 7.5 0.06 \u2014 Music/theater/dance 35 10 0.06 \u2014 Science laboratories g, k 25 10 0.18 1.0 Sports locker rooms g \u2014 \u2014 \u2014 0.5 Wood/metal shops g 20 10 0.18 0.5 Food and beverage service Bars, cocktail lounges 100 7.5 0.18 \u2014 Cafeteria, fast food 100 7.5 0.18 \u2014 Dining rooms 70 7.5 0.18 \u2014 Kitchens (cooking) b \u2014 \u2014 \u2014 0.7 Non - tobacco smoking establishments b 70 60 \u2014 \u2014 Hotels, motels, resorts and dormitories Bathrooms/toilet \u0097 private g \u0097 \u0097 \u0097 25/50 f Bedroom/living room 10 5 0.06 \u0097 Conference/meeting 50 5 0.06 \u0097 Dormitory sleeping areas 20 5 0.06 \u0097 Gambling casinos 120 7.5 0.18 \u0097 Lobbies/prefunction 30 7.5 0.06 \u0097 Multipurpose assembly 120 5 0.06 \u0097 Laboratories j Biological \u0097 \u0097 1.0 1.0 VENTILATION Chemical \u0097 \u0097 1.0 1.0 Industrial and nonteaching \u2014 \u2014 1.0 1.0 Nonproduction chemical labs \u2014 \u2014 1.0 1.0 Offices Conference rooms 50 5 0.06 \u2014 Main entry lobbies 10 5 0.06 \u2014 Office spaces 5 5 0.06 \u2014 Reception areas 30 5 0.06 \u2014 Telephone/data entry 60 5 0.06 \u0097 Private dwellings, single and multiple Garages, common for multiple units b \u2014 \u2014 \u2014 0.75 Kitchens and Kitchenettes b , m \u0097 \u0097 \u0097 25/100 f Living areas c, i Based upon number of bedrooms. First bedroom, 2; each additional bedroom, 1 0.35 ACH but not less than 15 cfm/person \u2014 \u2014 Toilet rooms and bathrooms g \u0097 \u0097 \u0097 20/50 f Public spaces Corridors \u2014 \u2014 0.06 \u2014 Courtrooms 70 5 0.06 \u2014 Elevator car \u0097 \u0097 \u0097 1.0 Legislative chambers 50 5 0.06 \u0097 Libraries 10 5 0.12 \u0097 Museums (children\u0092s) 40 7.5 0.12 \u0097 Museums/galleries 40 7.5 0.06 \u0097 Places of religious worship 120 5 0.06 \u0097 Public spaces Shower room (per shower head) g \u2014 \u2014 \u2014 50/20 f Toilet rooms \u2013 public g \u2014 \u2014 \u2014 50/70 e VENTILATION Retail stores, sales floors and showroom floors Dressing rooms \u2014 \u2014 \u2014 0.25 Mall common areas 40 7.5 0.06 \u2014 Sales 15 7.5 0.12 \u2014 Shipping and receiving \u2014 \u2014 0.12 \u2014 Smoking lounges and non - tobacco smoking establishments b 70 60 \u2014 \u2014 Storage rooms \u2014 \u2014 0.12 \u2014 Warehouses (see storage) \u0097 \u0097 \u0097 \u0097 Specialty shops Automotive motor - fuel dispensing stations b \u2014 \u2014 \u2014 1.5 Barber 25 7.5 0.06 0.5 Beauty salons (without nail salon services) b 25 20 0.12 0.6 Nail salons b, h 25 20 0.12 0.6 Embalming room b \u0097 \u0097 \u0097 2.0 Pet shops (animal areas) b 10 7.5 0.18 0.9 Supermarkets 8 7.5 0.06 \u0097 Sports and amusement Bowling alleys (seating areas) 40 10 0.12 \u2014 Disco/dance floors 100 20 0.06 \u2014 Game arcades 20 7.5 0.18 \u0097 Gym, stadium, arena (play area) \u2014 \u2014 0.30 \u2014 Heath club/aerobics room 40 20 0.06 \u2014 Health club/weight room 10 20 0.06 \u2014 Ice arenas without combustion engines \u2014 \u2014 0.30 0.5 Spectator areas 150 7.5 0.06 \u0097 VENTILATION Swimming pools (pool and deck area) \u2014 \u2014 0.48 \u2014 Storage Repair garages, enclosed parking garages b, d \u0097 \u0097 \u0097 0.75 Warehouses \u0097 \u0097 0.06 \u0097 Theaters Auditoriums (see education) \u2014 \u2014 \u2014 \u2014 Lobbies 150 5 0.06 \u2014 Stages, studios 70 10 0.06 \u0097 Ticket booths 60 5 0.06 \u2014 Transportation Platforms 100 7.5 0.06 \u2014 Transportation waiting 100 7.5 0.06 \u0097 Workrooms Bank vaults/safe deposit 5 5 0.06 \u2014 Computer (without printing) 4 5 0.06 \u2014 Copy, printing rooms 4 5 0.06 0.5 Darkrooms \u0097 \u0097 \u0097 1.0 Meat processing c 10 15 \u2014 \u2014 Pharmacy (prep. area) 10 5 0.18 \u0097 Photo studios 10 5 0.12 \u0097 For SI: 1 cubic foot per minute = 0.0004719 m 3 /s, 1 ton = 908 kg, 1 cubic foot per minute per square foot = 0.00508m 3 /(s \u2022 m 2 ), \u00b0C = ((\u00b0F) - 32) / 1.8, 1 square foot = 0.0929 m 2 . a. Based upon net occupiable floor area. b. Mechanical exhaust required and the recirculation of air from such spaces is prohibited (see Section 403.2.1, Item 3). c. Spaces unheated or maintained below 50\u00b0F are not covered by these requirements unless the occupancy is continuous. d. Ventilation systems in enclosed parking garages sh all comply with Section 404. e. Rates are per water closet or urinal. The higher rate shall be provided where the exhaust system is designed to operate intermittently. The lower rate shall be permitted only where the exhaust system is designed to operate continuously while the space served by the toilet facilities is occupied. f. Rates are per room unless otherwise indicated. The higher rate shall be provided where the exhaust system is designed to oper ate intermittently. The lower rate shall be permitted only where the exhaust system is designed to operate continuously while the dwelling unit or sleeping unit served by the toilet facility is occupied. g. Mechanical exhaust is required and recirculation from such spaces is prohibited (see Section 403.2.1, Item 4). h. For nail salons, each manicure and pedicure station shall be provided with a source capture system capable of exhausting not less than 50 cfm per station. Exhaust inlets shall be located in accordance with Section 502.20. Where one or more re quired source capture systems operate VENTILATION continuously during occupancy, the exhaust rate from such systems shall be permitted to be applied to the exhaust flow rate required by Table [CONT.]: 403.3.1.1 for the nail salon. i. For each dwelling unit within R - 2 occupancies, outdoor ventilation air shall be provided by mechanical means when the sum of all exhaust air flow rates, whether continuous or intermittent, is designed to exceed 75 cfm. When provided, mechanical ventilation air flow rate shall be approximately equal to the exhaust air flow rate in accordance with Section 403.1 and shall not be less than that required by the air flow rates prescribed in Table 403.3.1.1. For such dwelling units, manually operated openable exte rior wall openings shall not be used to provide required mechanical ventilation air. j. During unoccupied hours the ventilation rate and exhaust rates may be reduced to 0.5 cfm/ft 2 . k. When an educational science laboratory is occupied and hoods are not in use and hazardous materials are not present, then ventilation rates shall be consistent with actual use of the space, but not less than 0.5 cfm/ft 2 . l. See Section 502.6 for additional requirements. m. Exception: kitchens and kitchenettes in dwelli ng units of R - 2 occupancy may be naturally ventilated in accordance with Section 402. [CONT.]: 403.3.1.1 o f this code, except that ducts constructed of combustible materials shall not be permitted.",
    "metadata": {
      "section_full": "403.3.1.1",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.1.1",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.1.1 403.3.1.1.1 Zone outdoor airflow. The minimum outdoor airflow required to be supplied to each zone shall be determined as a function of occupancy classification and space air distribution effectiveness in accordance with Sections [CONT.]: 403.3.1.1.1 Zone outdoor airflow. The minimum outdoor airflow required to be supplied to each zone shall be determined as a function of occupancy classification and space air distribution effectiveness in accordance with Sections",
    "metadata": {
      "section_full": "403.3.1.1.1",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.1.1.1",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.1.1.1 403.3.1.1.1.1 Breathing zone outdoor airflow. The outdoor airflow rate required in the breathing zone V bz of the occupiable space or spaces in a zone shall be determined in accordance with Equation 4 - 1. V bz = R p P z + R a A z (Equation 4 - 1) where: A z = Zone floor area: the net occupiable floor area of the space or spaces in the zone. p z = Zone population: the number of people in the space or spaces in the zone. R p = People outdoor air rate: the outdoor airflow rate required per person from Table 403.3.1.1. R a = Area outdoor air rate: the outdoor airflow rate required per unit area from Table 403.3.1.1. [CONT.]: 403.3.1.1.1.1 Breathing zone outdoor airflow. The outdoor airflow rate required in the breathing zone V bz of the occupiable space or spaces in a zone shall be determined in accordance with Equation 4 - 1. V bz = R p P z + R a A z (Equation 4 - 1) where: A z = Zone floor area: the net occupiable floor area of the space or spaces in the zone. p z = Zone population: the number of people in the space or spaces in the zone. R p = People outdoor air rate: the outdoor airflow rate required per person from Table 403.3.1.1. R a = Area outdoor air rate: the outdoor airflow rate required per unit area from Table 403.3.1.1.",
    "metadata": {
      "section_full": "403.3.1.1.1.1",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.1.1.2",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.1.1.2 403.3.1.1.1.2 Zone air distribution effectiveness . The zone air distribution effectiveness (E z ) shall be determined using Table 403.3.1.1.1.2. TABLE 403.3.1.1.1.2 ZONE AIR DISTRIBUTION EFFECTIVENESS a, b, c, d AIR DISTRIBUTION CONFIGURATION E z Ceiling or floor supply of cool air 1.0 e Ceiling or floor supply of warm air and floor return 1.0 Ceiling supply of warm air and ceiling return 0.8 f Floor supply of warm air and ceiling return 0.7 Makeup air drawn in on the opposite side of the room from the exhaust and/or return 0.8 Makeup air drawn in near to the exhaust and/or return location 0.5 For SI: 1 foot = 304.8 mm, 1 foot per minute = 0.00506 m/s, \u00b0C = ((\u00b0F) \u2013 32) /1.8 . a. \u201cCool air\u201d is air cooler than space temperature. b. \u201cWarm air\u201d is air warmer than space temperature. c. \u201cCeiling\u201d includes any point above the breathing zone. d. \u201cFloor\u201d includes any point below the breathing zone. e. Zone air distribution effectiveness of 1.2 shall be permitted for systems with a floor supply of cool air and ceiling return, provided that lo wvelocity dis - placement ventilation achieves unidirectional flow and thermal stratification. f. Zone air distribution effectiveness of 1.0 shall be permitted for systems with a ceiling supply of warm air, provided that su pply air temperature is less than 15\u00b0F above space temperature and provided that the 150 foot - per - minute supply air jet reaches to within 4 1 / 2 feet of floor level. [CONT.]: 403.3.1.1.1.2 Zone air distribution effectiveness . The zone air distribution effectiveness (E z ) shall be determined using Table 403.3.1.1.1.2. TABLE 403.3.1.1.1.2 ZONE AIR DISTRIBUTION EFFECTIVENESS a, b, c, d AIR DISTRIBUTION CONFIGURATION E z Ceiling or floor supply of cool air 1.0 e Ceiling or floor supply of warm air and floor return 1.0 Ceiling supply of warm air and ceiling return 0.8 f Floor supply of warm air and ceiling return 0.7 Makeup air drawn in on the opposite side of the room from the exhaust and/or return 0.8 Makeup air drawn in near to the exhaust and/or return location 0.5 For SI: 1 foot = 304.8 mm, 1 foot per minute = 0.00506 m/s, \u00b0C = ((\u00b0F) \u2013 32) /1.8 . a. \u201cCool air\u201d is air cooler than space temperature. b. \u201cWarm air\u201d is air warmer than space temperature. c. \u201cCeiling\u201d includes any point above the breathing zone. d. \u201cFloor\u201d includes any point below the breathing zone. e. Zone air distribution effectiveness of 1.2 shall be permitted for systems with a floor supply of cool air and ceiling return, provided that lo wvelocity dis - placement ventilation achieves unidirectional flow and thermal stratification. f. Zone air distribution effectiveness of 1.0 shall be permitted for systems with a ceiling supply of warm air, provided that su pply air temperature is less than 15\u00b0F above space temperature and provided that the 150 foot - per - minute supply air jet reaches to within 4 1 / 2 feet of floor level.",
    "metadata": {
      "section_full": "403.3.1.1.1.2",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.1.1.3",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.1.1.3 403.3.1.1.1.3 Zone outdoor airflow. The zone outdoor airflow rate (V oz ), shall be determined in accordance with Equation 42. V oz = V bz E z (Equation 4 - 2) VENTILATION [CONT.]: 403.3.1.1.1.3 Zone outdoor airflow. The zone outdoor airflow rate (V oz ), shall be determined in accordance with Equation 42. V oz = V bz E z (Equation 4 - 2) VENTILATION",
    "metadata": {
      "section_full": "403.3.1.1.1.3",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.1.2",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.1.2 403.3.1.1.2 System outdoor airflow. The outdoor air required to be supplied by each ventilation system shall be determined in accordance with Sections 403.3.1.1.2.1 through 403.3.1.1.2.3 as a function of system type and zone outdoor airflow rates. [CONT.]: 403.3.1.1.2 System outdoor airflow. The outdoor air required to be supplied by each ventilation system shall be determined in accordance with Sections 403.3.1.1.2.1 through 403.3.1.1.2.3 as a function of system type and zone outdoor airflow rates.",
    "metadata": {
      "section_full": "403.3.1.1.2",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.1.2.1",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.1.2.1 403.3.1.1.2.1 Single zone systems. Where one air handler supplies a mixture of outdoor air and recirculated return air to only one zone, the system outdoor air intake flow rate (V ot ) shall be determined in accordance wi th Equation 4 - 3. V ot = V oz (Equation 4 - 3) [CONT.]: 403.3.1.1.2.1 Single zone systems. Where one air handler supplies a mixture of outdoor air and recirculated return air to only one zone, the system outdoor air intake flow rate (V ot ) shall be determined in accordance wi th Equation 4 - 3. V ot = V oz (Equation 4 - 3)",
    "metadata": {
      "section_full": "403.3.1.1.2.1",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.1.2.2",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.1.2.2 403.3.1.1.2.2 100 - percent outdoor air systems. Where one air handler supplies only outdoor air to one or more zones, the system outdoor air intake flow rate (V ot ) shall be determined using Equation 4 - 4. V ot = \u2211 V oz all zones (Equation 4 - 4) [CONT.]: 403.3.1.1.2.2 100 - percent outdoor air systems. Where one air handler supplies only outdoor air to one or more zones, the system outdoor air intake flow rate (V ot ) shall be determined using Equation 4 - 4. V ot = \u2211 V oz all zones (Equation 4 - 4)",
    "metadata": {
      "section_full": "403.3.1.1.2.2",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.1.2.3",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.1.2.3 403.3.1.1.2.3 Multiple zone recirculating systems. Where one air handler supplies a mixture of outdoor air and recirculated return air to more than one zone, the system outdoor air intake flow rate (V ot ) shall be determined in accordance with Sections 403.3.1.1.2.3.1 through 403.3.1.1.2.3.4. [CONT.]: 403.3.1.1.2.3 Multiple zone recirculating systems. Where one air handler supplies a mixture of outdoor air and recirculated return air to more than one zone, the system outdoor air intake flow rate (V ot ) shall be determined in accordance with Sections 403.3.1.1.2.3.1 through 403.3.1.1.2.3.4.",
    "metadata": {
      "section_full": "403.3.1.1.2.3",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.1.2.3.1",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.1.2.3.1 403.3.1.1.2.3.1 Primary outdoor air fraction. The primary outdoor air fraction (Z p ) shall be determined for each zone in accordance with Equation 4 - 5. Z p = V oz /V pz (Eq uation 4 - 5) where: V pz = Primary airflow: The airflow rate supplied to the zone from the air - handling unit at which the outdoor air intake is located. It includes outdoor intake air and recirculated air from that air - handling unit but does not include a ir transferred or air recirculated to the zone by other means. For design purposes, V pz shall be the zone design primary airflow rate, except for zones with variable air volume supply and V pz shall be the lowest expected primary air - flow rate to the zone w hen it is fully occupied. [CONT.]: 403.3.1.1.2.3.1 Primary outdoor air fraction. The primary outdoor air fraction (Z p ) shall be determined for each zone in accordance with Equation 4 - 5. Z p = V oz /V pz (Eq uation 4 - 5) where: V pz = Primary airflow: The airflow rate supplied to the zone from the air - handling unit at which the outdoor air intake is located. It includes outdoor intake air and recirculated air from that air - handling unit but does not include a ir transferred or air recirculated to the zone by other means. For design purposes, V pz shall be the zone design primary airflow rate, except for zones with variable air volume supply and V pz shall be the lowest expected primary air - flow rate to the zone w hen it is fully occupied.",
    "metadata": {
      "section_full": "403.3.1.1.2.3.1",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.1.2.3.2",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.1.2.3.2 403.3.1.1.2.3.2 System ventilation efficiency. The system ventilation efficiency (E v ) shall be determined using Table 403.3.1.1.2.3.2 or Appendix A of ASHRAE 62.1. TABLE 403.3.1.1.2.3.2 SYSTEM VENTILATION EFFICIENCY a, b Max (Z p ) E v \u2264 0.15 1 \u2264 \u2e00(\u7279) \u2e39 \u2264 \u2e00\u3335 \u2e38 \u2264 \u2e00\u3435 \u2e37 \u2264 \u2e00\u3535 \u2e36 \u2264 \u2e00\u3635 \u2e35 \u2264 \u2e00\u3735 \u2e34 \u3e00\u2030\u2e00\u3735 \u2e33 \u612e\u204d\u6100\u7800 \u2800 \u5a00 \u7000 \u2900\u2069\u7300\u2074\u6800\u6520\u6c00\u6172\u6700\u6573\u7400\u2076\u616c\u7500\u6520\u6f00\u6600 \u5a00 \u7000 \u6300\u6100\u6c00\u6300\u7500\u6c00\u6100\u7400\u6500\u6400\u2075\u7300\u6900\u6e00\u6700\u2045\u7100\u7500\u6100\u7400\u6900\u6f00\u6e00\u2032\u2032\u2032 \u2d00 \u3500\u2061\u6d00\u6f00\u6e00\u6700\u2061\u6c00\u6c00 \u7400\u6800\u6500\u207a\u6f6e\u6500\u7300\u2073\u6500\u7200\u7600\u6500\u6400\u2062\u7900 \u7400\u6800\u6500\u2073\u7900\u7300\u7400\u6500\u6d00\u2e00 \u6200\u2e20\u4900\u6e00\u7400\u6572\u7000\u6f00\u6c00\u6174\u6900\u6e00\u6700 \u6200\u6500\u7400\u7700\u6500\u656e\u2074\u6100\u6200\u6c00\u6520 \u7600\u6100\u6c75\u6500\u7300\u2073\u6800\u6100\u6c6c\u2062\u6500 \u7000\u6500\u7200\u6d00\u6900\u7474\u6500\u6400\u2e00 [CONT.]: 403.3.1.1.2.3.2 System ventilation efficiency. The system ventilation efficiency (E v ) shall be determined using Table 403.3.1.1.2.3.2 or Appendix A of ASHRAE 62.1. TABLE 403.3.1.1.2.3.2 SYSTEM VENTILATION EFFICIENCY a, b Max (Z p ) E v \u2264 0.15 1 \u2264 \u2e00(\u7279) \u2e39 \u2264 \u2e00\u3335 \u2e38 \u2264 \u2e00\u3435 \u2e37 \u2264 \u2e00\u3535 \u2e36 \u2264 \u2e00\u3635 \u2e35 \u2264 \u2e00\u3735 \u2e34 \u3e00\u2030\u2e00\u3735 \u2e33 \u612e\u204d\u6100\u7800 \u2800 \u5a00 \u7000 \u2900\u2069\u7300\u2074\u6800\u6520\u6c00\u6172\u6700\u6573\u7400\u2076\u616c\u7500\u6520\u6f00\u6600 \u5a00 \u7000 \u6300\u6100\u6c00\u6300\u7500\u6c00\u6100\u7400\u6500\u6400\u2075\u7300\u6900\u6e00\u6700\u2045\u7100\u7500\u6100\u7400\u6900\u6f00\u6e00\u2032\u2032\u2032 \u2d00 \u3500\u2061\u6d00\u6f00\u6e00\u6700\u2061\u6c00\u6c00 \u7400\u6800\u6500\u207a\u6f6e\u6500\u7300\u2073\u6500\u7200\u7600\u6500\u6400\u2062\u7900 \u7400\u6800\u6500\u2073\u7900\u7300\u7400\u6500\u6d00\u2e00 \u6200\u2e20\u4900\u6e00\u7400\u6572\u7000\u6f00\u6c00\u6174\u6900\u6e00\u6700 \u6200\u6500\u7400\u7700\u6500\u656e\u2074\u6100\u6200\u6c00\u6520 \u7600\u6100\u6c75\u6500\u7300\u2073\u6800\u6100\u6c6c\u2062\u6500 \u7000\u6500\u7200\u6d00\u6900\u7474\u6500\u6400\u2e00",
    "metadata": {
      "section_full": "403.3.1.1.2.3.2",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.1.2.3.3",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.1.2.3.3 403.3.1.1.2.3.3 Uncorrected outdoor air intake. The uncorrected outdoor air intake flow rate (V ou ) shall be determined in accordance with Equation 4 - 6. V ou = D \u2211 R p P z all zones + \u2211 R a A z all zones (Equation 4 - 6) where: D = Occupant diversity: the ratio of the system population to the sum of the zone populations, determined in accordance with Equation 4 - 7. VENTILATION D = P s \u2211 P z all zones (Equation 4 - 7) where: P a = System population: The total number of occupants in the area served by the system. For design purposes, P s shall be the maximum number of occupants expected to be concurrently in all zones served by the system. [CONT.]: 403.3.1.1.2.3.3 Uncorrected outdoor air intake. The uncorrected outdoor air intake flow rate (V ou ) shall be determined in accordance with Equation 4 - 6. V ou = D \u2211 R p P z all zones + \u2211 R a A z all zones (Equation 4 - 6) where: D = Occupant diversity: the ratio of the system population to the sum of the zone populations, determined in accordance with Equation 4 - 7. VENTILATION D = P s \u2211 P z all zones (Equation 4 - 7) where: P a = System population: The total number of occupants in the area served by the system. For design purposes, P s shall be the maximum number of occupants expected to be concurrently in all zones served by the system.",
    "metadata": {
      "section_full": "403.3.1.1.2.3.3",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.1.2.3.4",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.1.2.3.4 403.3.1.1.2.3.4 Outdoor air intake flow ra te. The outdoor air intake flow rate ( V ot ) shall be determined in accordance with Equation 4 - 8. V ot = V ou /E v (Equation 4 - 8) [CONT.]: 403.3.1.1.2.3.4 Outdoor air intake flow ra te. The outdoor air intake flow rate ( V ot ) shall be determined in accordance with Equation 4 - 8. V ot = V ou /E v (Equation 4 - 8)",
    "metadata": {
      "section_full": "403.3.1.1.2.3.4",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.2",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.2 403.3.1.2 Short - term conditions. If it is known that peak occupancy will be of short duration and/or ventilation will be varied or interrupted for a short period of time, the design may be based on the average conditions over a time period T determined by Equation 4 - 9. T = 3V/V bz (Equation 4 - 9) (US) T = 50V/V bz (Equation 4 - 9) (SI) where: T = averaging time period, minutes V = the volume of the zone of which averaging is being applied, cubic feet V bz = the breathing zone outdoor airflow calculated using Equation 4 - 1 and design valve of the zone population P z , cfm Acceptable design adjustments based on this optional provision include the following: 1. Zone with fluctuating occupancy: the zone population ( P z ) may be averaged over time, T. 2. Zone with intermittent interruption of supply air: the average outdoor airflow supplied to breathing zone over time, T, shall be no less than the breathing zone outdoor airflow ( V bz ) calculated using Equation 4 - 1. 3. A system with intermittent closure of outdoor air intake: the average outdoor air intake over time, T, shall be no less than the minimum outdoor air intake ( V ot ) calculated using Equation 4 - 3, 4 - 4 or 4 - 8, as appropriate. [CONT.]: 403.3.1.2 Short - term conditions. If it is known that peak occupancy will be of short duration and/or ventilation will be varied or interrupted for a short period of time, the design may be based on the average conditions over a time period T determined by Equation 4 - 9. T = 3V/V bz (Equation 4 - 9) (US) T = 50V/V bz (Equation 4 - 9) (SI) where: T = averaging time period, minutes V = the volume of the zone of which averaging is being applied, cubic feet V bz = the breathing zone outdoor airflow calculated using Equation 4 - 1 and design valve of the zone population P z , cfm Acceptable design adjustments based on this optional provision include the following: 1. Zone with fluctuating occupancy: the zone population ( P z ) may be averaged over time, T. 2. Zone with intermittent interruption of supply air: the average outdoor airflow supplied to breathing zone over time, T, shall be no less than the breathing zone outdoor airflow ( V bz ) calculated using Equation 4 - 1. 3. A system with intermittent closure of outdoor air intake: the average outdoor air intake over time, T, shall be no less than the minimum outdoor air intake ( V ot ) calculated using Equation 4 - 3, 4 - 4 or 4 - 8, as appropriate.",
    "metadata": {
      "section_full": "403.3.1.2",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.3",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.3 403.3.1.3 Exhaust ventilation. Exhaust airflow rate shall be provided in accordance with the requirements of Table 403.3.1.1. Exhaust makeup air shall be permitted to be any combination of outdo or air, recirculated air and transfer air, except as limited in accordance with Section 403.2. [CONT.]: 403.3.1.3 Exhaust ventilation. Exhaust airflow rate shall be provided in accordance with the requirements of Table 403.3.1.1. Exhaust makeup air shall be permitted to be any combination of outdo or air, recirculated air and transfer air, except as limited in accordance with Section 403.2.",
    "metadata": {
      "section_full": "403.3.1.3",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.4",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.4 403.3.1.4 System operation. The minimum flow rate of outdoor air that the ventilation system must be capable of supplying during its operation shall be permitted to be based on the rate per person indicated in Table 403.3.1.1 and the actual number of occupants present. [CONT.]: 403.3.1.4 System operation. The minimum flow rate of outdoor air that the ventilation system must be capable of supplying during its operation shall be permitted to be based on the rate per person indicated in Table 403.3.1.1 and the actual number of occupants present.",
    "metadata": {
      "section_full": "403.3.1.4",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.5",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.5 403.3.1.5 Variable air volume system control. Variable air volume air distribution systems, other than those designed to supply only 100 - percent ou tdoor air, shall be provided with controls to regulate the flow of outdoor air. Such control system shall be designed to maintain the flow rate of outdoor air at a rate of not less than that required by Section 403.3.1 .1 over the entire range of supply air operating rates. [CONT.]: 403.3.1.5 Variable air volume system control. Variable air volume air distribution systems, other than those designed to supply only 100 - percent ou tdoor air, shall be provided with controls to regulate the flow of outdoor air. Such control system shall be designed to maintain the flow rate of outdoor air at a rate of not less than that required by Section 403.3.1 .1 over the entire range of supply air operating rates.",
    "metadata": {
      "section_full": "403.3.1.5",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "403.3.1.6",
    "text": "CONTEXT: 403 > 403.3 | CONTENT: 403.3.1.6 403.3.1.6 Balancing. The ventilation air distribution system shall be provided with means to adjust the system to achieve not less than the minimum ventilation airflow rate as required by Sections 403.3.1.1 and 403.3.1.2. Ventilation syst ems shall be balanced by an approved method. Such balancing shall verify that the ventilation system is capable of supplying and exhausting the airflow rates required by Sections 403.3.1.1 and 403.3.1.2. SECTION MC 404 ENCLOSED PARKING GARAGES [CONT.]: 403.3.1.6 Balancing. The ventilation air distribution system shall be provided with means to adjust the system to achieve not less than the minimum ventilation airflow rate as required by Sections 403.3.1.1 and 403.3.1.2. Ventilation syst ems shall be balanced by an approved method. Such balancing shall verify that the ventilation system is capable of supplying and exhausting the airflow rates required by Sections 403.3.1.1 and 403.3.1.2. SECTION MC 404 ENCLOSED PARKING GARAGES",
    "metadata": {
      "section_full": "403.3.1.6",
      "parent_major": "403",
      "parent_minor": "403.3",
      "source": "028.txt"
    }
  },
  {
    "id": "404.1",
    "text": "CONTEXT: 404 > 404.1 | CONTENT: 404.1 404.1 Enclosed parking garages. Where mechanical ventilation systems for enclosed parking garages operate intermittently , such operation shall be automatic by means of carbon monoxide detectors applied in conjunction with nitrogen dioxide detectors. Such detectors sha ll be installed in accordance with their manufacturers\u2019 instructions. Such systems shall operate automatically upon detection of a concentration of carbon monoxide of 25 parts per million (ppm) or nitrogen dioxide of 500 parts per billion (ppb). \u2021\u2021\u2021 Chapter 4 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 4 VENTILATION SECTION MC 401 GENERAL [CONT.]: 404.1 Enclosed parking garages. Where mechanical ventilation systems for enclosed parking garages operate intermittently , such operation shall be automatic by means of carbon monoxide detectors applied in conjunction with nitrogen dioxide detectors. Such detectors sha ll be installed in accordance with their manufacturers\u2019 instructions. Such systems shall operate automatically upon detection of a concentration of carbon monoxide of 25 parts per million (ppm) or nitrogen dioxide of 500 parts per billion (ppb). VENTILATION",
    "metadata": {
      "section_full": "404.1",
      "parent_major": "404",
      "parent_minor": "404.1",
      "source": "028.txt"
    }
  },
  {
    "id": "404.2",
    "text": "CONTEXT: 404 > 404.2 | CONTENT: 404.2 404.2 Mini mum ventilation. Automatic operation of the system shall not reduce the ventilation airflow rate below 0.05 cfm per square foot (0.00025 m 3 /s \u2022 m 2 ) of the floor area and the system shall be capable of producing a ventilation airflow rate of 0.75 cfm per square foot (0.0038 m 3 /s \u2022 m 2 ) of floor area. [CONT.]: 404.2 Thermal storage units. Pressurized thermal storage units shall be listed and labeled, and bear a label showing the manufacturer\u2019s name and address, model number, serial number, storage unit maximum and minimum allowable operating temperatures, storag e unit maximum and minimum allowable operating pressures and the types of heat transfer fluids compatible with the storage unit. The label shall clarify that these specifications apply only to the thermal storage unit. CHAPTER 14 SOLAR SYSTEMS SECTION MC 1401 GENERAL [CONT.]: 404.2 Thermal storage units. Pressurized thermal storage units shall be listed and labeled, and bear a label showing the manufacturer\u2019s name and address, model number, serial number, storage unit maximum and minimum allowable operating temperatures, storag e unit maximum and minimum allowable operating pressures and the types of heat transfer fluids compatible with the storage unit. The label shall clarify that these specifications apply only to the thermal storage unit. CHAPTER 14 SOLAR SYSTEMS SECTION MC 1401 GENERAL [CONT.]: 404.2 Thermal storage units. Pressurized thermal storage units shall be listed and labeled, and bear a label showing the manufacturer\u2019s name and address, model number, serial number, storage unit maximum and minimum allowable operating temperatures, storag e unit maximum and minimum allowable operating pressures and the types of heat transfer fluids compatible with the storage unit. The label shall clarify that these specifications apply only to the thermal storage unit. CHAPTER 14 SOLAR SYSTEMS SECTION MC 1401 GENERAL [CONT.]: 404.2 Thermal storage units. Pressurized thermal storage units shall be listed and labeled, and bear a label showing the manufacturer\u2019s name and address, model number, serial number, storage unit maximum and minimum allowable operating temperatures, storag e unit maximum and minimum allowable operating pressures and the types of heat transfer fluids compatible with the storage unit. The label shall clarify that these specifications apply only to the thermal storage unit.",
    "metadata": {
      "section_full": "404.2",
      "parent_major": "404",
      "parent_minor": "404.2",
      "source": "028.txt"
    }
  },
  {
    "id": "404.3",
    "text": "CONTEXT: 404 > 404.3 | CONTENT: 404.3 404.3 Occupied spaces accessory to public garages. Connecting offices, waiting rooms, ticket booths and similar uses that are accessory to a public garage shall be maintained at a positive pressure and shall be provided with ventilation in accordance with Section 403.3. SECTION MC 405 SYSTEMS CONTROL",
    "metadata": {
      "section_full": "404.3",
      "parent_major": "404",
      "parent_minor": "404.3",
      "source": "028.txt"
    }
  },
  {
    "id": "405.1",
    "text": "CONTEXT: 405 > 405.1 | CONTENT: 405.1 405.1 General. Mechanical ventilation systems shall be provided with manual or automatic controls that will operate such systems whenever the spaces are occupied. A ir - conditioning systems that supply required ventilation air shall be provided with controls designed to automatically maintain the required outdoor air supply rate during occupancy.",
    "metadata": {
      "section_full": "405.1",
      "parent_major": "405",
      "parent_minor": "405.1",
      "source": "028.txt"
    }
  },
  {
    "id": "405.2",
    "text": "CONTEXT: 405 > 405.2 | CONTENT: 405.2 405.2 Manual control. Each air distribution system shall be provided with not less than one manual control to stop the operation of the supply, return, and exhaust fans(s) in an emergency. The manual control shall be provided at an approved location. A disconnect switch shall not be considered a manual control.",
    "metadata": {
      "section_full": "405.2",
      "parent_major": "405",
      "parent_minor": "405.2",
      "source": "028.txt"
    }
  },
  {
    "id": "405.2.1",
    "text": "CONTEXT: 405 > 405.2 | CONTENT: 405.2.1 405.2.1 Office b uildings. Any building where the main use or dominant occupancy is classified in Occupancy Group B having occupied floors located more than 75 feet (22 860 mm) above the lowest level of fire department vehicle access, where a system serves a floor or floor s other than the floor on which the equipment is located, shall be provided with the following controls, in addition to the controls required by this chapter: 1. Manual controls for operating individually each air supply and each exhaust or return fan in t he system located as follows: 1.1. At the Fire Command Center, and 1.2. In the room containing the affected air - handling fans. 2. Manual controls for operating individually or in groups each remote control reversible fire shutter, when such shutters are provided in accordance with the provisions of the New York City Building Code , or each smoke damper provided in accordance with the provisions of the New York City Building Code . Such controls shall be located at the Fire Command Center. SECTION MC 406 VENTILATION OF UNINHABITED SPACES",
    "metadata": {
      "section_full": "405.2.1",
      "parent_major": "405",
      "parent_minor": "405.2",
      "source": "028.txt"
    }
  },
  {
    "id": "406.1",
    "text": "CONTEXT: 406 > 406.1 | CONTENT: 406.1 406.1 General. Uninhabited spaces, such as crawl spaces and attics, shall be provided with natural ventilation openings as required by the New York City Building Code or shall be pro - vided with a mechanical exhaust and supply air system. The mechanical exhaust rate shall be not less than 0.02 cfm per square foot (0.00001 m 3 /s \u2022 m 2 ) of horizontal area and shall be automatically controlled to operate when the relative humidity in the space served exceeds 60 percent.",
    "metadata": {
      "section_full": "406.1",
      "parent_major": "406",
      "parent_minor": "406.1",
      "source": "028.txt"
    }
  },
  {
    "id": "406.1.1",
    "text": "CONTEXT: 406 > 406.1 | CONTENT: 406.1.1 406.1.1 Methane and radon venting. The design and material s used in the installation of the methane and radon vent systems shall be approved by the commissioner and shall comply with all applicable rules of the Fire Department. SECTION MC 407 AMBULATORY CARE FACILITIES AND GROUP I - 2 OCCUPANCIES",
    "metadata": {
      "section_full": "406.1.1",
      "parent_major": "406",
      "parent_minor": "406.1",
      "source": "028.txt"
    }
  },
  {
    "id": "407.1",
    "text": "CONTEXT: 407 > 407.1 | CONTENT: 407.1 407.1 General. Mec hanical ventilation for ambulatory care facilities (Group B) and Group I - 2 occupancies shall be designed and installed in accordance with all applicable federal, state and local regulations. SECTION MC 408 VENTILATION OF NONPRODUCTION CHEMICAL LABORATORIES VENTILATION 408 .1 General. Nonproduction chemical laboratories complying with the hazardous materials quantity limitations of Section 427 of the New York City Building Code shall provide a mechanical ventilation system in accordance with NFPA 45 and Table",
    "metadata": {
      "section_full": "407.1",
      "parent_major": "407",
      "parent_minor": "407.1",
      "source": "028.txt"
    }
  },
  {
    "id": "501.1",
    "text": "CONTEXT: 501 > 501.1 | CONTENT: 501.1 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502. [CONT.]: 501.1 Scope. This chapter shall govern the design, construction and installation of mechanical exhaust systems, including exhaust systems serving clothes dryers and cooking appliances; hazardous exhaust systems; dust, stock and refuse conveyor systems; subslab soil exhaust systems; smoke control systems; energy recovery ventilation systems and other systems specified in Section 502.",
    "metadata": {
      "section_full": "501.1",
      "parent_major": "501",
      "parent_minor": "501.1",
      "source": "029.txt"
    }
  },
  {
    "id": "501.2",
    "text": "CONTEXT: 501 > 501.2 | CONTENT: 501.2 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment. [CONT.]: 501.2 Independent system required. Single or combin ed mechanical exhaust systems for environmental air shall be independent of all other exhaust systems except as permitted in Section 514. Dryer exhaust shall be independent of all other systems. Type I exhaust systems shall be independent of all other exhaust systems except as provided in Section 506.3.5. Single or combined Type II exhaust systems for food - processing operations shall be independent of all other exhaust systems. Kitchen exhaust systems shall be constructed in accordance with Section 505 for domestic equipment and Sections 506 through 509 for commercial equipment.",
    "metadata": {
      "section_full": "501.2",
      "parent_major": "501",
      "parent_minor": "501.2",
      "source": "029.txt"
    }
  },
  {
    "id": "501.3",
    "text": "CONTEXT: 501 > 501.3 | CONTENT: 501.3 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors. [CONT.]: 501.3 Exhaust discharge. The air removed by every mechanical exhaust system shall be discharged outdoors at a point where it will not cause a public nuisance and the air shaft will b e located not less than the distances specified in Section 501.3.1. The air shall be discharged to a location from which it cannot again be readily drawn in by a ventilating system. Air shall not be exhausted into an attic or crawl space. Exceptions: 1. Whole - house ventilation - type attic fans shall be permitted to discharge into the attic space of dwelling units having private attics. 2. Commercial cooking recirculating systems. 3. Where installed in accordance with the manufacturer\u2019s instructions and whe re mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled domestic ductless range hoods shall not be required to discharge to the outdoors.",
    "metadata": {
      "section_full": "501.3",
      "parent_major": "501",
      "parent_minor": "501.3",
      "source": "029.txt"
    }
  },
  {
    "id": "501.3.1",
    "text": "CONTEXT: 501 > 501.3 | CONTENT: 501.3.1 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 501.3.1 Location of exhaust outlets. The termination point of exhaust outlets and ducts discharging to the outdoors shall be located with the minimum distances of separation specified in Items 1 through 6 of this section. Separation shall not be required between an air intake and the discharge air from non - evaporative he at rejection or heat absorption appliances such as air - cooled condensers, dry coolers, or heat pump evaporators; such air is not exhaust. The inlet and discharge of the appliance shall not reduce the effective separation of other exhausts from ventilation intakes to less than the required minimums. 1. For ducts conveying noxious, toxic, explosive or flammable vapors, fumes or dusts (including but not limited to exhaust from dry cleaning establishments and spray booths): 30 feet (9144 mm) from property lines ; 10 feet (3048 mm) from operable openings into buildings; 6 feet (1828.8 mm) from exterior walls and roofs; 30 feet (9144 mm) from combustible walls and operable openings into buildings which are in the direction of the exhaust discharge; 10 feet (3048 mm) above adjoining grade. Additional requirements may apply to Hazardous Exhaust Systems; see Section 510. 2. For other product - conveying outlets: 10 feet (3048 mm) from the property lines; 3 feet (914.4 mm) from exterior walls and roofs; 10 feet (3048 mm) from operable openings into buildings; 10 feet (3048 mm) above adjoining grade ; 10 feet from any exterior fire escape, stair, or balcony . EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet (",
    "metadata": {
      "section_full": "501.3.1",
      "parent_major": "501",
      "parent_minor": "501.3",
      "source": "029.txt"
    }
  },
  {
    "id": "501.3.2.1",
    "text": "CONTEXT: 501 > 501.3 | CONTENT: 501.3.2.1 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 501.3.2.1 Wind - driven rain. All exterior louvers for building exhaust systems shall conform to the requirements of Chapter 16 of the New York City Building Code , where applicable, and the following: 1. Comply with the requirements of AMCA Standard 550. Louvers shall comply with the intrusion requirements of wind - driven rain without the use of a damper. Exhaust openings located in exterior walls shall EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code.",
    "metadata": {
      "section_full": "501.3.2.1",
      "parent_major": "501",
      "parent_minor": "501.3",
      "source": "029.txt"
    }
  },
  {
    "id": "501.4",
    "text": "CONTEXT: 501 > 501.4 | CONTENT: 501.4 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section . [CONT.]: 501.4 Pressure equalization. Mechanical exhaust systems shall be sized to remove the q uantity of air required by this chapter to be exhausted. The system shall operate when air is required to be exhausted. Where mechanical exhaust is required in a room or space in other than occupancies in R - 3, such space shall be maintained with a neutral or negative pressure. If a greater quantity of air is supplied by a mechanical ventilating supply system than is removed by a mechanical exhaust for a room, adequate means shall be provided for the natural or mechanical exhaust of the excess air supplied. If only a mechanical exhaust system is installed for a room or if a greater quantity of air is removed by a mechanical exhaust system than is supplied by a mechanical ventilating supply system for a room, adequate makeup air consisting of supply air, trans fer air or outdoor air shall be provided to satisfy the deficiency . The calculated building infiltration rate and openable area shall not be used to satisfy the requirements of this section .",
    "metadata": {
      "section_full": "501.4",
      "parent_major": "501",
      "parent_minor": "501.4",
      "source": "029.txt"
    }
  },
  {
    "id": "501.5",
    "text": "CONTEXT: 501 > 501.5 | CONTENT: 501.5 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6. [CONT.]: 501.5 Ducts. Where exhaust duct construction is not specified in this chapter, such construction shall comply with Chapter 6.",
    "metadata": {
      "section_full": "501.5",
      "parent_major": "501",
      "parent_minor": "501.5",
      "source": "029.txt"
    }
  },
  {
    "id": "501.6",
    "text": "CONTEXT: 501 > 501.6 | CONTENT: 501.6 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS [CONT.]: 501.6 Independent system required. The following shall be independent of other exhaust systems: 1. Single or combined mechanical exhaust systems from bath, toilet, urinal, locker, service sink cl osets and similar rooms shall be independent of all other exhaust systems, except as permitted in Section 501.3.1. 2. A separate grease duct system shall be provided for each Type I hood except as provided in Section 506.3.5. 3. Hazardous exhaust systems s hall be independent of other types of exhaust systems as provided in Section 510. SECTION MC 502 REQUIRED SYSTEMS",
    "metadata": {
      "section_full": "501.6",
      "parent_major": "501",
      "parent_minor": "501.6",
      "source": "029.txt"
    }
  },
  {
    "id": "502.1",
    "text": "CONTEXT: 502 > 502.1 | CONTENT: 502.1 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety. [CONT.]: 502.1 General. An exhaust system shall be provided, maintained and operated as specifically required by this section and for all occupied area s where machines, vats, tanks, furnaces, forges, salamanders and other appliances, equipment and processes in such areas produce or throw off dust or particles sufficiently light to float in the air, or which emit heat, odors, fumes, spray, gas or smoke, i n such quantities so as to be irritating or injurious to health or safety.",
    "metadata": {
      "section_full": "502.1",
      "parent_major": "502",
      "parent_minor": "502.1",
      "source": "029.txt"
    }
  },
  {
    "id": "502.1.1",
    "text": "CONTEXT: 502 > 502.1 | CONTENT: 502.1.1 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants. [CONT.]: 502.1.1 Exhaust location. The inlet to an exhaust system shall be located in the area of heaviest concentration of contaminants.",
    "metadata": {
      "section_full": "502.1.1",
      "parent_major": "502",
      "parent_minor": "502.1",
      "source": "029.txt"
    }
  },
  {
    "id": "502.1.2",
    "text": "CONTEXT: 502 > 502.1 | CONTENT: 502.1.2 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor. [CONT.]: 502.1.2 Fuel - dispensing areas. The bottom of an air inlet or exhaust opening in fuel - dispensing areas shall be located not more than 18 inches (457.2 mm) above the floor.",
    "metadata": {
      "section_full": "502.1.2",
      "parent_major": "502",
      "parent_minor": "502.1",
      "source": "029.txt"
    }
  },
  {
    "id": "502.1.3",
    "text": "CONTEXT: 502 > 502.1 | CONTENT: 502.1.3 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building. [CONT.]: 502.1.3 Equipment, appliance and service rooms. Equipment, appliance and system service rooms that house sources of odors, fumes, noxious gases, smoke, steam, dust, spray or other contaminants shall be designed and constructed so as to prevent spreading of such contaminants to other occupied parts of the building.",
    "metadata": {
      "section_full": "502.1.3",
      "parent_major": "502",
      "parent_minor": "502.1",
      "source": "029.txt"
    }
  },
  {
    "id": "502.1.4",
    "text": "CONTEXT: 502 > 502.1 | CONTENT: 502.1.4 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510. [CONT.]: 502.1.4 Hazardous exhaust. The mechanical exhaust of high concentrations of dust or hazardous vapors shall conform to the requirements of Section 510.",
    "metadata": {
      "section_full": "502.1.4",
      "parent_major": "502",
      "parent_minor": "502.1",
      "source": "029.txt"
    }
  },
  {
    "id": "502.2",
    "text": "CONTEXT: 502 > 502.2 | CONTENT: 502.2 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself. [CONT.]: 502.2 Aircraft fueling and defueling. Compartments housing piping, pumps, air eliminators, water separators, hose reels and similar equipment used in aircraft fueling and defueling operations shall be adequately ventilated at floor level or within the floor itself.",
    "metadata": {
      "section_full": "502.2",
      "parent_major": "502",
      "parent_minor": "502.2",
      "source": "029.txt"
    }
  },
  {
    "id": "502.3",
    "text": "CONTEXT: 502 > 502.3 | CONTENT: 502.3 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS [CONT.]: 502.3 Battery - charging areas for powered vehicles and equipment. Ventilation shall be provided in an ap proved manner in battery - charging areas to prevent a dangerous accumulation of flammable gases. Exception: Lithium - ion batteries shall not require ventilation. EXHAUST SYSTEMS",
    "metadata": {
      "section_full": "502.3",
      "parent_major": "502",
      "parent_minor": "502.3",
      "source": "029.txt"
    }
  },
  {
    "id": "502.4",
    "text": "CONTEXT: 502 > 502.4 | CONTENT: 502.4 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation. [CONT.]: 502.4 Stationary storage battery systems. Stationary storage battery systems, as regulated by S ection 608 of the New York City Fire Code , shall be provided with ventilation in accordance with this chapter, Section 502.4.3 and either Section 502.4.1 or 502.4.2. Exception: Lithium - ion batteries shall not require ventilation.",
    "metadata": {
      "section_full": "502.4",
      "parent_major": "502",
      "parent_minor": "502.4",
      "source": "029.txt"
    }
  },
  {
    "id": "502.4.1",
    "text": "CONTEXT: 502 > 502.4 | CONTENT: 502.4.1 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room. [CONT.]: 502.4.1 Hydrogen limit in rooms. For flooded lead acid, flooded nickel cadmium and VRLA batteries, the ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the room.",
    "metadata": {
      "section_full": "502.4.1",
      "parent_major": "502",
      "parent_minor": "502.4",
      "source": "029.txt"
    }
  },
  {
    "id": "502.4.2",
    "text": "CONTEXT: 502 > 502.4 | CONTENT: 502.4.2 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room. [CONT.]: 502.4.2 Ventilation rate in rooms. Continuous ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of floor area of the room.",
    "metadata": {
      "section_full": "502.4.2",
      "parent_major": "502",
      "parent_minor": "502.4",
      "source": "029.txt"
    }
  },
  {
    "id": "502.4.3",
    "text": "CONTEXT: 502 > 502.4 | CONTENT: 502.4.3 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location. [CONT.]: 502.4.3 Supervision. Mechanical ventilation systems required by Section 502.4 shall be su pervised with proof of airflow by a central, proprietary system or remote station service or shall initiate an audible and visual signal at a constantly attended on - site location.",
    "metadata": {
      "section_full": "502.4.3",
      "parent_major": "502",
      "parent_minor": "502.4",
      "source": "029.txt"
    }
  },
  {
    "id": "502.5",
    "text": "CONTEXT: 502 > 502.5 | CONTENT: 502.5 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2. [CONT.]: 502.5 Valve - regulated lead - acid batteries in cabinets. Valve - regulated lead - acid (VRLA) batteries installed in cabinets, as regulated by Section 608.6.2 of the New York City Fire Code, shall be provided with ventilation in accordance with Section 502.5.3 and either Section 502.5.1 or 502.5.2.",
    "metadata": {
      "section_full": "502.5",
      "parent_major": "502",
      "parent_minor": "502.5",
      "source": "029.txt"
    }
  },
  {
    "id": "502.5.1",
    "text": "CONTEXT: 502 > 502.5 | CONTENT: 502.5.1 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet. [CONT.]: 502.5.1 Hydrogen limit in cabinets. Th e cabinet ventilation system shall be designed to limit the maximum concentration of hydrogen to 1.0 percent of the total volume of the cabinet during the worst - case event of simultaneous boost charging of all batteries in the cabinet.",
    "metadata": {
      "section_full": "502.5.1",
      "parent_major": "502",
      "parent_minor": "502.5",
      "source": "029.txt"
    }
  },
  {
    "id": "502.5.2",
    "text": "CONTEXT: 502 > 502.5 | CONTENT: 502.5.2 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2. [CONT.]: 502.5.2 Ventilation rate in cabinets. Continuous cabinet ventilation shall be provided at a rate of not less than 1 cubic foot per minute per square foot (cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) of the floor area covered by the cabinet. The room in which the cabinet is installed shall be ventilated as required by Section 502.4.1 or 502.4.2.",
    "metadata": {
      "section_full": "502.5.2",
      "parent_major": "502",
      "parent_minor": "502.5",
      "source": "029.txt"
    }
  },
  {
    "id": "502.5.3",
    "text": "CONTEXT: 502 > 502.5 | CONTENT: 502.5.3 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location. [CONT.]: 502.5.3 Supervision. Mechanical ventilation systems required by Section 502.5 shall be supervised with proof of airflow by a central, proprietary system or remote station service or shall initiate a n audible and visual signal at a constantly attended on - site location.",
    "metadata": {
      "section_full": "502.5.3",
      "parent_major": "502",
      "parent_minor": "502.5",
      "source": "029.txt"
    }
  },
  {
    "id": "502.6",
    "text": "CONTEXT: 502 > 502.6 | CONTENT: 502.6 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 Dry cleaning plants. Mechanical ventilation in dry cleaning plants shall be provided and shall be adequate to protect employees and the public in accordance with this section and DOL 29 CFR Part 1910.1000, where applicable. Dry cleaning separations must comply with the requirements of Section 415.9.3 of the New York City Building Code and NFPA 32. [CONT.]: 502.6 EN BSI Standards (British Standards Institution) 12950 Worldgate Drive, Suite 800 Herndon, VA 20170 Standard Referenced reference in code number Title section number EN 378 -1\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 1: Basic Requirements, Definitions, Classification and Selection Criteria .......................................................... 1107.9.1, 1107.9.2, 1107.9.2.1 EN 378 -3\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 3: Installation Site and Personal Protection ................................ . 1107.9.2.2, 1107.9.3, 1107.9.4, 1107.9.5 IIAR International Institute of Ammonia Refrigeration 1110 North Glebe Road Arlington, VA 22201 Standard Referenced reference in code number Title section number 2\u2014 2014 Standard for Safe Design of Closed - Circuit Ammonia Refrigeration Systems ......................... 1101.6, 1105.6.3 MSS Manufacturers Standardization Society of the Valve & Fittings Industry, Inc. 127 Park Street, N.E. Vienna, VA 22180 Standard Referenced reference in code number Title section number REFERENCED STANDARDS ANSI/SP - 58 \u2014 2009 Pipe Hangers and Supports \u2014 Materials Design and Manufacture, Selection, Application and Installation ............................................................................................................ [CONT.]: 502.6 37 \u2014 15 Standard for the Installation and Use of Stationary Combustion Engines and Gas Turbines ................................................................................................... 811.1, 811.2, 915.1, 915.2 45 \u2014 15 Fire Protection for Laboratories Using Chemicals .......................................................................... 408.1, 502.22 54 \u201418 \u2021 National Fuel Gas Code ......................................................................................................... 504.9, 901.2, 910.7 69 \u2014 14 Standard on Explosion Prevention Systems .............................................................................................. [CONT.]: 502.6 EN BSI Standards (British Standards Institution) 12950 Worldgate Drive, Suite 800 Herndon, VA 20170 Standard Referenced reference in code number Title section number EN 378 -1\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 1: Basic Requirements, Definitions, Classification and Selection Criteria .......................................................... 1107.9.1, 1107.9.2, 1107.9.2.1 EN 378 -3\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 3: Installation Site and Personal Protection ................................ . 1107.9.2.2, 1107.9.3, 1107.9.4, 1107.9.5 IIAR International Institute of Ammonia Refrigeration 1110 North Glebe Road Arlington, VA 22201 Standard Referenced reference in code number Title section number 2\u2014 2014 Standard for Safe Design of Closed - Circuit Ammonia Refrigeration Systems ......................... 1101.6, 1105.6.3 MSS Manufacturers Standardization Society of the Valve & Fittings Industry, Inc. 127 Park Street, N.E. Vienna, VA 22180 Standard Referenced reference in code number Title section number REFERENCED STANDARDS ANSI/SP - 58 \u2014 2009 Pipe Hangers and Supports \u2014 Materials Design and Manufacture, Selection, Application and Installation ............................................................................................................ [CONT.]: 502.6 37 \u2014 15 Standard for the Installation and Use of Stationary Combustion Engines and Gas Turbines ................................................................................................... 811.1, 811.2, 915.1, 915.2 45 \u2014 15 Fire Protection for Laboratories Using Chemicals .......................................................................... 408.1, 502.22 54 \u201418 \u2021 National Fuel Gas Code ......................................................................................................... 504.9, 901.2, 910.7 69 \u2014 14 Standard on Explosion Prevention Systems .............................................................................................. [CONT.]: 502.6 EN BSI Standards (British Standards Institution) 12950 Worldgate Drive, Suite 800 Herndon, VA 20170 Standard Referenced reference in code number Title section number EN 378 -1\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 1: Basic Requirements, Definitions, Classification and Selection Criteria .......................................................... 1107.9.1, 1107.9.2, 1107.9.2.1 EN 378 -3\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 3: Installation Site and Personal Protection ................................ . 1107.9.2.2, 1107.9.3, 1107.9.4, 1107.9.5 IIAR International Institute of Ammonia Refrigeration 1110 North Glebe Road Arlington, VA 22201 Standard Referenced reference in code number Title section number 2\u2014 2014 Standard for Safe Design of Closed - Circuit Ammonia Refrigeration Systems ......................... 1101.6, 1105.6.3 MSS Manufacturers Standardization Society of the Valve & Fittings Industry, Inc. 127 Park Street, N.E. Vienna, VA 22180 Standard Referenced reference in code number Title section number REFERENCED STANDARDS ANSI/SP - 58 \u2014 2009 Pipe Hangers and Supports \u2014 Materials Design and Manufacture, Selection, Application and Installation ............................................................................................................ [CONT.]: 502.6 37 \u2014 15 Standard for the Installation and Use of Stationary Combustion Engines and Gas Turbines ................................................................................................... 811.1, 811.2, 915.1, 915.2 45 \u2014 15 Fire Protection for Laboratories Using Chemicals .......................................................................... 408.1, 502.22 54 \u201418 \u2021 National Fuel Gas Code ......................................................................................................... 504.9, 901.2, 910.7 69 \u2014 14 Standard on Explosion Prevention Systems .............................................................................................. [CONT.]: 502.6 EN BSI Standards (British Standards Institution) 12950 Worldgate Drive, Suite 800 Herndon, VA 20170 Standard Referenced reference in code number Title section number EN 378 -1\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 1: Basic Requirements, Definitions, Classification and Selection Criteria .......................................................... 1107.9.1, 1107.9.2, 1107.9.2.1 EN 378 -3\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 3: Installation Site and Personal Protection ................................ . 1107.9.2.2, 1107.9.3, 1107.9.4, 1107.9.5 IIAR International Institute of Ammonia Refrigeration 1110 North Glebe Road Arlington, VA 22201 Standard Referenced reference in code number Title section number 2\u2014 2014 Standard for Safe Design of Closed - Circuit Ammonia Refrigeration Systems ......................... 1101.6, 1105.6.3 MSS Manufacturers Standardization Society of the Valve & Fittings Industry, Inc. 127 Park Street, N.E. Vienna, VA 22180 Standard Referenced reference in code number Title section number REFERENCED STANDARDS ANSI/SP - 58 \u2014 2009 Pipe Hangers and Supports \u2014 Materials Design and Manufacture, Selection, Application and Installation ............................................................................................................ [CONT.]: 502.6 37 \u2014 15 Standard for the Installation and Use of Stationary Combustion Engines and Gas Turbines ................................................................................................... 811.1, 811.2, 915.1, 915.2 45 \u2014 15 Fire Protection for Laboratories Using Chemicals .......................................................................... 408.1, 502.22 54 \u201418 \u2021 National Fuel Gas Code ......................................................................................................... 504.9, 901.2, 910.7 69 \u2014 14 Standard on Explosion Prevention Systems ..............................................................................................",
    "metadata": {
      "section_full": "502.6",
      "parent_major": "502",
      "parent_minor": "502.6",
      "source": "029.txt"
    }
  },
  {
    "id": "502.6.1",
    "text": "CONTEXT: 502 > 502.6 | CONTENT: 502.6.1 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location. [CONT.]: 502.6.1 Type II and III systems. Type II and III dry cleaning systems sha ll be provided with a mechanical ventilation system that is designed to exhaust 1 cubic foot of air per minute for each square foot of floor area (1 cfm/ft 2 ) (0.00508 m 3 /(s \u2022 m 2 )) in dry cleaning rooms and in drying rooms. The ventilation system shall oper ate automatically when the dry cleaning equipment is in operation and shall have manual controls at an approved location.",
    "metadata": {
      "section_full": "502.6.1",
      "parent_major": "502",
      "parent_minor": "502.6",
      "source": "029.txt"
    }
  },
  {
    "id": "502.6.2",
    "text": "CONTEXT: 502 > 502.6 | CONTENT: 502.6.2 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet. [CONT.]: 502.6.2 Type IV and V systems. Type IV and V dry cleaning systems shall be provided with an automatically activated exhaust ventilatio n system to maintain an air velocity of not less than 100 feet per minute (0.51 m/s) through the loading door when the door is opened. Exception: Dry cleaning units are not required to be provided with exhaust ventilation where an exhaust hood is installed immediately outside of and above the loading door which operates at an airflow rate as follows: \ud444\ud444 = 100 \u00d7 \ud434\ud434 \ud43f\ud43f\ud43f\ud43f (Equation 5 - 1) where: Q = Flow rate exhausted through the hood, cubic feet per minute. A LD = Area of the loading door, square feet.",
    "metadata": {
      "section_full": "502.6.2",
      "parent_major": "502",
      "parent_minor": "502.6",
      "source": "029.txt"
    }
  },
  {
    "id": "502.6.3",
    "text": "CONTEXT: 502 > 502.6 | CONTENT: 502.6.3 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system. [CONT.]: 502.6.3 Spotting and pretreating. Scrubbing tubs, scouring, brushing or spotting operations shall be located such that solvent vapors are captured and exhausted by the ventilating system.",
    "metadata": {
      "section_full": "502.6.3",
      "parent_major": "502",
      "parent_minor": "502.6",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS [CONT.]: 502.7 Application of flammable finishes. Mechanical exh aust as required by this section shall be provided for operations involving the application of flammable finishes and shall comply with the New York City Fire Code . EXHAUST SYSTEMS",
    "metadata": {
      "section_full": "502.7",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.1",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.1 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure. [CONT.]: 502.7.1 During construction. Ventilation shall be provided for operations involving the application of materials containing flammable solvents in the course of construction, alteration or demolition of a structure.",
    "metadata": {
      "section_full": "502.7.1",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.2",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.2 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required. [CONT.]: 502.7.2 Limited spraying spaces. Positive mechanical ventilation that provides not less than six complete air changes per hour shall be installed in limited spraying spaces. Such system shall meet the requirements of the New York City Fire Code for handling flammable vapors. Explosion venting is not required.",
    "metadata": {
      "section_full": "502.7.2",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.3",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.3 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code. [CONT.]: 502.7.3 Flammab le vapor areas. Mechanical ventilation of flammable vapor areas shall be provided in accordance with the New York City Fire Code and Sections 502.7.3.1 through 502.7.3.6 of this code.",
    "metadata": {
      "section_full": "502.7.3",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.3.1",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.3.1 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation. [CONT.]: 502.7.3.1 Operation. Mechanical ventilation shall be kept in operation at all times while spraying operations are being conducted and for a sufficient time thereafter to allow vapors from drying coated articles and finishing material residue to be exhausted. Spraying equipment shall be interlocked with the ventilati on of the flammable vapor area such that spraying operations cannot be conducted unless the ventilation system is in operation.",
    "metadata": {
      "section_full": "502.7.3.1",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.3.2",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.3.2 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.7.3.2 Recirculation. Air exhausted from spraying operations shall not be recirculated. Exceptions: 1. Air exhausted from spr aying operations shall be permitted to be recirculated as makeup air for unmanned spray operations provided that: 1.1. The solid particulate has been removed. 1.2. The vapor concentration is less than 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room.",
    "metadata": {
      "section_full": "502.7.3.2",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.3.3",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.3.3 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections [CONT.]: 502.7.3.3 Air velocity. The ventilation system shall be desig ned, installed and maintained so that the flammable contaminants are diluted in noncontaminated air to maintain concentrations in the exhaust air flow below 25 percent of the contaminant\u2019s lower flammable limit (LFL). In addition, the spray booth shall be provided with mechanical ventilation so that the average air velocity through openings is in accordance with Sections",
    "metadata": {
      "section_full": "502.7.3.3",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.3.3.1",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.3.3.1 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). [CONT.]: 502.7.3.3.1 Open face or open front spray booth. For spray application operations conducted in an open face o r open front spray booth, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through all openings is not less than 100 feet per minute (0.51 m/s). Exception: For fixed or automated elect rostatic spray application equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s).",
    "metadata": {
      "section_full": "502.7.3.3.1",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.3.3.2",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.3.3.2 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS [CONT.]: 502.7.3.3.2 Enclosed spray booth or spray room with openings for product conveyance. For spray application operations conducted in an enclosed spray booth or spray room with openings for product conveyance, the ventilation system shall be designed, installed and maintained so that the average air velocity into the spray booth through openings is not l ess than 100 feet per minute (0.51 m/s). For occupied spray booths and occupied spray rooms, the air velocity at the point of application shall not be less than 100 feet per minute (0.51 m/s). Exceptions: 1. For fixed or automated electrostatic spray appli cation equipment, the average air velocity into the spray booth through all openings shall be not less than 50 feet per minute (0.25 m/s). 2. Where methods are used to reduce cross drafts that can draw vapors and overspray through openings from the spray b ooth or spray room, the average air velocity into the spray booth or spray room shall be that necessary to capture and confine vapors and overspray to the spray booth or spray room. EXHAUST SYSTEMS",
    "metadata": {
      "section_full": "502.7.3.3.2",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.3.4",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.3.4 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray. [CONT.]: 502.7.3.4 Ventilation obstruction. Articles being sprayed shall be positio ned in a manner that does not obstruct collection of overspray.",
    "metadata": {
      "section_full": "502.7.3.4",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.3.5",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.3.5 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter. [CONT.]: 502.7.3.5 Independent ducts. Each spray booth and spray room shall have an independent exhaust duct system discharging to the outdoors. Exceptions: 1. Multiple spray booths having a combined f rontal area of 18 square feet (1.67 m 2 ) or less are allowed to have a common exhaust where identical spray - finishing material is used in each booth. If more than one fan serves one booth, such fans shall be interconnected so that all fans operate simultane ously. 2. Where treatment of exhaust is necessary for air pollution control or energy conservation, ducts shall be allowed to be manifolded if all of the following conditions are met: 2.1. The sprayed materials used are compatible and will not react or cau se ignition of the residue in the ducts. 2.2. Nitrocellulose - based finishing material shall not be used. 2.3. A filtering system shall be provided to reduce the amount of overspray carried into the duct manifold. 2.4. Automatic sprinkler protection shall be provided at the junction of each booth exhaust with the manifold, in addition to the protection required by this chapter.",
    "metadata": {
      "section_full": "502.7.3.5",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.3.6",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.3.6 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed. [CONT.]: 502.7.3.6 Fan motors and belts. Electric motors driving exhaust fans shall not be placed inside booths or ducts. F an rotating elements shall be nonferrous or nonsparking or the casing shall consist of, or be lined with, such material. Belts shall not enter the duct or booth unless the belt and pulley within the duct are tightly enclosed.",
    "metadata": {
      "section_full": "502.7.3.6",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.4",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.4 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system. [CONT.]: 502.7.4 Dipping operations. Fl ammable vapor areas of dip tank operations shall be provided with mechanical ventilation adequate to prevent the dangerous accumulation of vapors. Required ventilation systems shall be so arranged that the failure of any ventilating fan will automatically stop the dipping conveyor system.",
    "metadata": {
      "section_full": "502.7.4",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.5",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.5 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3. [CONT.]: 502.7.5 Electrostatic apparatus. The flammable vapor area in spray - finishing operations involving electrostatic apparatus and devices shall be ventilated in accordance with Section 502.7.3.",
    "metadata": {
      "section_full": "502.7.5",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.6",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.6 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system. [CONT.]: 502.7.6 Powder coating. Exhaust ventilation for powder - coating operations shall be sufficient to maintain the atmosphere below one - half of the minimum explosive concentration for the material being applied. Nondeposited, air - suspended powders shall be removed through exhaust ducts to the powder recovery system.",
    "metadata": {
      "section_full": "502.7.6",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.7",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.7 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building. [CONT.]: 502.7.7 Floor resurfacing operations. To prevent the accumulation of flammable vapors during floor resurfacing operations, mechanical ventilation at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of area being finished shall be provided. Such exhaust shall be by approved temporary or portable means. Vapors shall be exhausted to the exterior of the building. Such exhaust equipment shall be kept in operation while the floor finishing operations are conducted and until any flammable vapors have been exhausted to the exterior of the building.",
    "metadata": {
      "section_full": "502.7.7",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.7.8",
    "text": "CONTEXT: 502 > 502.7 | CONTENT: 502.7.8 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter. [CONT.]: 502.7.8 Resin application areas. Exhaust ventilation for resin application areas shall comply with Section 502.7.3. Exception: Mechanical ventilation is not required for buildings that are unencl osed for at least 75 percent of the perimeter.",
    "metadata": {
      "section_full": "502.7.8",
      "parent_major": "502",
      "parent_minor": "502.7",
      "source": "029.txt"
    }
  },
  {
    "id": "502.8",
    "text": "CONTEXT: 502 > 502.8 | CONTENT: 502.8 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code . [CONT.]: 502.8 Hazardous materials \u2014 general requirements. Exhaust ventilation systems for structures containing hazardous materials shall be provided as required in Sections 502.8.1 through 502.8.5 and shall comply with the New York City Fire Code .",
    "metadata": {
      "section_full": "502.8",
      "parent_major": "502",
      "parent_minor": "502.8",
      "source": "029.txt"
    }
  },
  {
    "id": "502.8.1",
    "text": "CONTEXT: 502 > 502.8 | CONTENT: 502.8.1 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code. [CONT.]: 502.8.1 Storage in excess of the maximum allowable quantities. Indoor storage areas and storage buildings for hazardous materials in amounts exceeding the maximum allowable quantity per control area, as d efined by the New York City Fire Code, shall be provided with mechanical exhaust ventilation or natural ventilation where natural ventilation can be shown to be acceptable for the materials as stored. Exceptions: 1. Storage areas for flammable solids compl ying with the New York City Fire Code. EXHAUST SYSTEMS 2. Storage areas and storage buildings for fireworks and explosives complying with the New York City Fire Code.",
    "metadata": {
      "section_full": "502.8.1",
      "parent_major": "502",
      "parent_minor": "502.8",
      "source": "029.txt"
    }
  },
  {
    "id": "502.8.1.1",
    "text": "CONTEXT: 502 > 502.8 | CONTENT: 502.8.1.1 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated. [CONT.]: 502.8.1.1 System requirements. Exhaust ventilation systems shall comply with all of the following: 1. The installation shall be in accordance with this code. 2. Mechanical ventilation shall be provided at a rate of not less than 1 cfm /ft 2 ( 0.00508 m 3 /(s \u2022 m 2 )) of floor area over the storage area. 3. The systems shall operate continuously unless alternate designs are approved. 4. A manual shutoff control shall be provided outside of the room in a position adjacent to the access door to the room or in another approved location. The switch shall be a break - glass or other approved type and shall be l abeled: VENTILATION SYSTEM EMERGENCY SHUTOFF. 5. The exhaust ventilation shall be designed to consider the density of the potential fumes or vapors released. For fumes or vapors that are heavier than air, exhaust shall be taken from a point within 12 inche s (304.8 mm) of the floor. For fumes or vapors that are lighter than air, exhaust shall be taken from a point within 12 inches (304.8 mm) of the highest point of the room. 6. The location of both the exhaust and inlet air openings shall be designed to prov ide air movement across all portions of the floor or room to prevent the accumulation of vapors. 7. The exhaust air shall not be recirculated to occupied areas if the materials stored are capable of emitting hazardous vapors and contaminants have not been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive materials shall not be recirculated.",
    "metadata": {
      "section_full": "502.8.1.1",
      "parent_major": "502",
      "parent_minor": "502.8",
      "source": "029.txt"
    }
  },
  {
    "id": "502.8.2",
    "text": "CONTEXT: 502 > 502.8 | CONTENT: 502.8.2 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1, [CONT.]: 502.8.2 Gas rooms, exhausted enclosures and gas cabinets. The ventilation system for g as rooms, exhausted enclosures and gas cabinets for any quantity of hazardous material shall be designed to operate at a negative pressure in relation to the surrounding area. Highly toxic and toxic gases shall comply with Sections 502.9.7.1,",
    "metadata": {
      "section_full": "502.8.2",
      "parent_major": "502",
      "parent_minor": "502.8",
      "source": "029.txt"
    }
  },
  {
    "id": "502.8.3",
    "text": "CONTEXT: 502 > 502.8 | CONTENT: 502.8.3 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles. [CONT.]: 502.8.3 Indoor dispensing and use. Indoor dispensing and use areas for hazardous materials in amounts exceeding the maximum allowable quantity per control area shall be provided with exhaust ventilation in accordance with Section 502.8.1. Excep tion: Ventilation is not required for dispensing and use of flammable solids other than finely divided particles.",
    "metadata": {
      "section_full": "502.8.3",
      "parent_major": "502",
      "parent_minor": "502.8",
      "source": "029.txt"
    }
  },
  {
    "id": "502.8.4",
    "text": "CONTEXT: 502 > 502.8 | CONTENT: 502.8.4 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors. [CONT.]: 502.8.4 Indoor dispensing and use \u2014 point sources. Where gases, liquids or solids in amounts exceeding the maximum allowable quantity per contr ol area and having a hazard ranking of 3 or 4 in accordance with NFPA 704 are dispensed or used, mechanical exhaust ventilation shall be provided to capture gases, fumes, mists or vapors at the point of generation. Exception: Where it can be demonstrated t hat the gases, liquids or solids do not create harmful gases, fumes, mists or vapors.",
    "metadata": {
      "section_full": "502.8.4",
      "parent_major": "502",
      "parent_minor": "502.8",
      "source": "029.txt"
    }
  },
  {
    "id": "502.8.5",
    "text": "CONTEXT: 502 > 502.8 | CONTENT: 502.8.5 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4. [CONT.]: 502.8.5 Closed systems. Where closed systems for the use of hazardous materials in amounts exceeding the maximum allowable quantity per control area are designed to be opened as part of normal operations, ventilation shall be provided in accordance with Section 502.8.4.",
    "metadata": {
      "section_full": "502.8.5",
      "parent_major": "502",
      "parent_minor": "502.8",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code . [CONT.]: 502.9 Hazardous materials \u2014 requirements for specific materials. Exhaust ventilation systems for specific hazardous materials shall be provided as required in Section 502.8 and Sections 502.9.1 through 502.9.11 and shall comply with the New York City Fire Code .",
    "metadata": {
      "section_full": "502.9",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.1",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.1 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room.of floor area of the room. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room.of floor area of the room. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.1 Compressed gases \u2014 medical gas systems. Rooms for the storage of compressed medical gases where the amounts being stored require a permit in ac cordance with the New York City Fire Code , and that do not have an exterior wall, shall be exhausted through a duct to the exterior of the building. Each space shall be separately exhausted, and each exhaust air stream shall be enclosed in a 1 - hour - rated s haft enclosure from the room to the exterior. Approved mechanical ventilation shall be provided at a minimum rate of 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of the area of the room. EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window.",
    "metadata": {
      "section_full": "502.9.1",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.2",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.2 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided. [CONT.]: 502.9.2 Corrosives. Where corrosive materials in amounts exceeding the maximum allowable quantity per control area are dispensed or used, mechanical exhaust ventilation in accordance with Section 502.8.4 shall be provided.",
    "metadata": {
      "section_full": "502.9.2",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.3",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.3 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors. [CONT.]: 502.9.3 Cryogenics. Storage areas for stationary or portable containers of cryogenic fluids in any quantity shall be ventilated in accordance with Section 502.8. Indoor areas where cryogenic fluids in any quantity are dispensed shall be ventilated in accordance with the requirements of Section 502.8.4 in a manner that captures any vapor at the point of generation. Exception: Ventilation for indoor dispensing areas is not required where it can be demonstrat ed that the cryogenic fluids do not create harmful vapors.",
    "metadata": {
      "section_full": "502.9.3",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.4",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.4 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct. [CONT.]: 502.9.4 Explosives. Squirrel cage blowers shall not be used for exhausting hazardous fumes, vapors or gases in operating buildings and rooms for the manufacture, assembly or testing of explosives. Only nonferrous fan blades shall be used for fans located within the ductwork and through which hazardous materials are exhausted. Motors shall be located outside the duct.",
    "metadata": {
      "section_full": "502.9.4",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.5",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.5 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code. [CONT.]: 502.9.5 Flammable and combustible liquids. Exhaust ventilation systems shall be pro vided as required by Sections 502.9.5.1 through 502.9.5.5 for the storage, use, dispensing, mixing and handling of flammable and combustible liquids. Unless otherwise specified, this section shall apply to any quantity of flammable and combustible liquids. Exception: This section shall not apply to flammable and combustible liquids that are exempt from the New York City Fire Code.",
    "metadata": {
      "section_full": "502.9.5",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.5.1",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.5.1 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL. [CONT.]: 502.9.5.1 Vaults. Vaults that contain tanks of Class I liquids shall be provided with continuous ventilation at a rate of not less than 1 cfm/ft 2 of floor area (0.00508 m 3 /(s \u2022 m 2 )) , but not less than 150 cfm (4 m 3 /min). Failure of the exhaust airflow shall automatically shut down the dispensing system. The exhaust system shall be designed to provide air movement across all parts of the vault floor. Supply and exhaust ducts shall extend to a point not greater than 12 inches (304.8 mm) and not less than 3 inches (76.2 mm) above the floor. The exhaust system shall be installed in accordance with the provisions of NFPA 91. Means shal l be provided to automatically detect any flammable vapors and to automatically shut down the dispensing system upon detection of such flammable vapors in the exhaust duct at a concentration of 25 percent of the LFL.",
    "metadata": {
      "section_full": "502.9.5.1",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.5.2",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.5.2 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1. [CONT.]: 502.9.5.2 Storage rooms and warehouses. Liquid storage rooms and liquid storage warehouses for quantities of liquids exceeding those specified in the New York City Fire Code shall be ventilated in accordance with Section 502.8.1.",
    "metadata": {
      "section_full": "502.9.5.2",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.5.3",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.5.3 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors. [CONT.]: 502.9.5.3 Cleaning machines. Areas containing machines used for p arts cleaning in accordance with the New York City Fire Code shall be adequately ventilated to prevent accumulation of vapors.",
    "metadata": {
      "section_full": "502.9.5.3",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.5.4",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.5.4 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors. [CONT.]: 502.9.5.4 Use, dispensing and mixing. Continuous mechanical ventilation shall be provided for the use, dispensing and mixing of f lammable and combustible liquids in open or closed systems in amounts exceeding the maximum allowable quantity per control area and for bulk transfer and process transfer operations. The ventilation rate shall be not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of floor area over the design area. Provisions shall be made for the introduction of makeup air in a manner that will include all floor areas or pits where vapors can collect. Local or spot ventilation shall be provided where needed to prevent the accum ulation of hazardous vapors.",
    "metadata": {
      "section_full": "502.9.5.4",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.5.5",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.5.5 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3. [CONT.]: 502.9.5.5 Bulk plants or terminals. Ventilation shall be provided for portions of properties where flammable and combustible liquids are received by tank vessels, pipelines, tank cars or tank vehicles and which are stored or bl ended in bulk for the purpose of distributing such liquids by tank vessels, pipelines, tank cars, tank vehicles or containers as required by Sections 502.9.5.5.1 through 502.9.5.5.3.",
    "metadata": {
      "section_full": "502.9.5.5",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.5.5.1",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.5.5.1 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use . [CONT.]: 502.9.5.5.1 General. Ventilation shall be provided for rooms, buildings a nd enclosures in which Class I liquids are pumped, used or transferred. Design of ventilation systems shall consider the relatively high specific gravity of the vapors. Where natural ventilation is used, adequate openings in outside walls at floor level, u nobstructed except by louvers or coarse screens, shall be provided. Where natural ventilation is EXHAUST SYSTEMS inadequate, mechanical ventilation shall be provided. The natural ventilation design shall be approved for each specific application by the commissioner prior to installation and/or use .",
    "metadata": {
      "section_full": "502.9.5.5.1",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.5.5.2",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.5.5.2 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.9.5.5.2 Basements and pits. Class I liquids shall not be stored or used within a building having a basement or pit into which flammable vapors can travel, unless such area is provided with ventilation designed to prevent the accumulation of flammable vapors therein.",
    "metadata": {
      "section_full": "502.9.5.5.2",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.5.5.3",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.5.5.3 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present. [CONT.]: 502.9.5.5.3 Dispensing of Class I liquids. Containers of Class I liquids shall not be drawn from or filled within buildings unless a provision is made to prevent the accumulation of flammable vapors in hazardous c oncentrations. Where mechanical ventilation is required, it shall be kept in operation while flammable vapors could be present.",
    "metadata": {
      "section_full": "502.9.5.5.3",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.6",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.6 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2. [CONT.]: 502.9.6 Highly toxic and toxic liquids. Ventilation exhaust shall be provided for highly toxic and toxic liquids as required by Sections 502.9.6.1 and 502.9.6.2.",
    "metadata": {
      "section_full": "502.9.6",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.6.1",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.6.1 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure. [CONT.]: 502.9.6.1 Treatment system. This provision shall apply to indoor and outdoor storage and use of highly toxic and toxic liquids in amounts exceeding the maximum allowable quantities per control area. Exhaust scrubbers or ot her systems for processing vapors of highly toxic liquids shall be provided where a spill or accidental release of such liquids can be expected to release highly toxic vapors at normal temperature and pressure.",
    "metadata": {
      "section_full": "502.9.6.1",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.6.2",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.6.2 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors. [CONT.]: 502.9.6.2 Open and closed systems. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in open systems in accordance with Section 502.8.4. Mechanical exhaust ventilation shall be provided for highly toxic and toxic liquids used in closed systems in accordance with Section 502.8.5. Exception: Liquids or solids that do not generate highly toxic or toxic fumes, mists or vapors.",
    "metadata": {
      "section_full": "502.9.6.2",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.7",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.7 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2. [CONT.]: 502.9.7 Highly toxic and toxic compressed gases \u2014 any quantity. Ventilation exhaust shall be provided for highly toxic and toxic compressed gase s in any quantity as required by Sections 502.9.7.1 and 502.9.7.2.",
    "metadata": {
      "section_full": "502.9.7",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.7.1",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.7.1 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.1 Gas cabinets. Gas cabinets containing highly toxic or toxic compressed gases in any quantity shall comply with Section 502.8.2 and the following requirements: 1. The average venti lation velocity at the face of gas cabinet access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. 2. Gas cabinets shall be connected to an exhaust system. 3. Gas cabinets shall not be used as the sole means of exhaust for any room or area.",
    "metadata": {
      "section_full": "502.9.7.1",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.7.2",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.7.2 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.7.2 Exhausted enclosures. Exhausted enclosures containing highly toxic or toxic compressed gases in any quantity shall comply with Section 50 2.8.2 and the following requirements: 1. The average ventilation velocity at the face of the enclosure shall be not less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s). 2. Exhausted enclosures shall be connected to an exhaust system. 3. Exhausted enclosures shall not be used as the sole means of exhaust for any room or area.",
    "metadata": {
      "section_full": "502.9.7.2",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.8",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.8 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6. [CONT.]: 502.9.8 Highly toxic and toxic compressed gases \u2014 quantities exceeding the maximum allowable quantity per control area. Ventilation e xhaust shall be provided for highly toxic and toxic compressed gases in amounts exceeding the maximum allowable quantities per control area as required by Sections 502.9.8.1 through 502.9.8.6.",
    "metadata": {
      "section_full": "502.9.8",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.8.1",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.8.1 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area. [CONT.]: 502.9.8.1 Ventilated areas. The room or area in which indoor ga s cabinets or exhausted enclosures are located shall be provided with exhaust ventilation. Gas cabinets or exhausted enclosures shall not be used as the sole means of exhaust for any room or area.",
    "metadata": {
      "section_full": "502.9.8.1",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.8.2",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.8.2 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.2 Local exhaust for portable tanks. A means of local exhaust shall be provided to capture leakage from indoor and outdoor portable tanks. The local exhaust shall consist of portable ducts or collection systems designed to be applied to the site of a leak in a valve or fitting on the tank. Th e local exhaust system shall be located in a gas room. Exhaust shall be directed to a treatment system where required by the New York City Fire Code.",
    "metadata": {
      "section_full": "502.9.8.2",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.8.3",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.8.3 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS [CONT.]: 502.9.8.3 Piping and controls \u2014 stationary tanks. Filling or dispensing connections on indoor stationary tan ks shall be provided with a means of local exhaust. Such exhaust shall be designed to capture fumes and vapors. The exhaust shall be directed to a treatment system where required by the New York City Fire Code. EXHAUST SYSTEMS",
    "metadata": {
      "section_full": "502.9.8.3",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.8.4",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.8.4 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system. [CONT.]: 502.9.8.4 Gas rooms. The ventilation system f or gas rooms shall be designed to operate at a negative pressure in relation to the surrounding area. The exhaust ventilation from gas rooms shall be directed to an exhaust system.",
    "metadata": {
      "section_full": "502.9.8.4",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.8.5",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.8.5 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code. [CONT.]: 502.9.8.5 Treatment system. The exhaust ventilation from gas cabinets, exha usted enclosures and gas rooms, and local exhaust systems required in Sections 502.9.8.2 and 502.9.8.3 shall be directed to a treatment system where required by the New York City Fire Code.",
    "metadata": {
      "section_full": "502.9.8.5",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.8.6",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.8.6 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s). [CONT.]: 502.9.8.6 Process equipment. Effluent from indoor and outdoor proc ess equipment containing highly toxic or toxic compressed gases which could be discharged to the atmosphere shall be processed through an exhaust scrubber or other processing system. Such systems shall be in accordance with the New York City Fire Code. 502 .9.9 Ozone gas generators. Ozone cabinets and ozone gas - generator rooms for systems having a maximum ozone - generating capacity of one - half pound (0.23 kg) or more over a 24 - hour period shall be mechanically ventilated at a rate of not less than six air cha nges per hour. For cabinets, the average velocity of ventilation at makeup air openings with cabinet doors closed shall be not less than 200 feet per minute (1.02 m/s).",
    "metadata": {
      "section_full": "502.9.8.6",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.10",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.10 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code . [CONT.]: 502.9.10 LP - gas distribution facilities. LP - gas distribution facilities shall conform t o the requirements of the New York City Fire Code .",
    "metadata": {
      "section_full": "502.9.10",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.9.11",
    "text": "CONTEXT: 502 > 502.9 | CONTENT: 502.9.11 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 502.9.11 Silane gas. Exhausted enclosures and gas cabinets for the indoor storage of silane gas in amounts exceeding the maximum allowable quantities per control area shall comply with this section . 1. Exh austed enclosures and gas cabinets shall be in accordance with Section 502.8.2. 2. The velocity of ventilation across unwelded fittings and connections on the piping system shall not be less than 200 feet per minute (1.02 m/s). 3. The average velocity at t he face of the access ports or windows in the gas cabinet shall not be less than 200 feet per minute (1.02 m/s) with a minimum velocity of 150 feet per minute (0.76 m/s) at any point at the access port or window.",
    "metadata": {
      "section_full": "502.9.11",
      "parent_major": "502",
      "parent_minor": "502.9",
      "source": "029.txt"
    }
  },
  {
    "id": "502.10",
    "text": "CONTEXT: 502 > 502.10 | CONTENT: 502.10 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code. [CONT.]: 502.10 Hazardous production materials (HPM) . Exhaust ventilation systems and materials for ducts utilized for the exhaust of HPM shall comply with this section, other applicable provisions of this code, the New York City Building Code and the New York City Fire Code.",
    "metadata": {
      "section_full": "502.10",
      "parent_major": "502",
      "parent_minor": "502.10",
      "source": "029.txt"
    }
  },
  {
    "id": "502.10.1",
    "text": "CONTEXT: 502 > 502.10 | CONTENT: 502.10.1 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8. [CONT.]: 502.10.1 Where required. Exhaus t ventilation systems shall be provided in the following locations in accordance with the requirements of this section and the New York City Building Code : 1. Fabrication areas: Exhaust ventilation for fabrication areas shall comply with the New York City Building Code. Additional manual control switches shall be provided where required by the commissioner . 2. Workstations: A ventilation system shall be provided to capture and exhaust gases, fumes and vapors at workstations. 3. Liquid storage rooms: Exhaust ventilation for liquid storage rooms shall comply with Section 502.8.1.1 and the New York City Building Code. 4. HPM rooms: Exhaust ventilation for HPM rooms shall comply with Section 502.8.1.1 and the New York City Building Code . 5. Gas cab inets: Exhaust ventilation for gas cabinets shall comply with Section 502.8.2. The gas cabinet ventilation system is allowed to connect to a workstation ventilation system. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall a lso comply with Sections 502.9.7 and 502.9.8. 6. Exhausted enclosures: Exhaust ventilation for exhausted enclosures shall comply with Section 502.8.2. Exhaust ventilation for exhausted enclosures containing highly toxic or toxic gases shall also comply wit h Sections 502.9.7 and 502.9.8. 7. Gas rooms: Exhaust ventilation for gas rooms shall comply with Section 502.8.2. Exhaust ventilation for gas cabinets containing highly toxic or toxic gases shall also comply with Sections 502.9.7 and 502.9.8.",
    "metadata": {
      "section_full": "502.10.1",
      "parent_major": "502",
      "parent_minor": "502.10",
      "source": "029.txt"
    }
  },
  {
    "id": "502.10.2",
    "text": "CONTEXT: 502 > 502.10 | CONTENT: 502.10.2 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 502.10.2 Pen etrations. Exhaust ducts penetrating fire barrier assemblies constructed in accordance with Section 707 of the New York City Building Code or horizontal assemblies constructed in accordance with Section 711 of EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts.",
    "metadata": {
      "section_full": "502.10.2",
      "parent_major": "502",
      "parent_minor": "502.10",
      "source": "029.txt"
    }
  },
  {
    "id": "502.10.3",
    "text": "CONTEXT: 502 > 502.10 | CONTENT: 502.10.3 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code . [CONT.]: 502.10.3 Treatment systems. Treatment systems for highly toxic and toxic gases shall comply with the New York City Fire Code .",
    "metadata": {
      "section_full": "502.10.3",
      "parent_major": "502",
      "parent_minor": "502.10",
      "source": "029.txt"
    }
  },
  {
    "id": "502.11",
    "text": "CONTEXT: 502 > 502.11 | CONTENT: 502.11 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2. [CONT.]: 502.11 Motion picture projectors. Motion picture projectors shall be exhausted in accordance with Section 502.11.1 or 502.11.2.",
    "metadata": {
      "section_full": "502.11",
      "parent_major": "502",
      "parent_minor": "502.11",
      "source": "029.txt"
    }
  },
  {
    "id": "502.11.1",
    "text": "CONTEXT: 502 > 502.11 | CONTENT: 502.11.1 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building. [CONT.]: 502.11.1 Projectors with an exhaust discharge. Projectors equipped with an exhaust discharge shall be directly connected to a mechanical exhaust system. The exhaust system shall operate at an exhaust rate as indicated by the manufacturer\u2019s instructions. 50 2.11.2 Projectors without exhaust connection. Projectors without an exhaust connection shall have contaminants exhausted through a mechanical exhaust system. The exhaust rate for electric arc projectors shall be not less than 200 cubic feet per minute (cfm ) ( 0.09 m 3 /s) per lamp. The exhaust rate for xenon projectors shall be not less than 300 cfm (0.14 m 3 /s) per lamp. Xenon projector exhaust shall be at a rate such that the exterior temperature of the lamp housing does not exceed 130\u00b0F (54.4\u00b0C). The lamp an d projection room exhaust systems, whether combined or independent, shall not be interconnected with any other exhaust or return system within the building.",
    "metadata": {
      "section_full": "502.11.1",
      "parent_major": "502",
      "parent_minor": "502.11",
      "source": "029.txt"
    }
  },
  {
    "id": "502.12",
    "text": "CONTEXT: 502 > 502.12 | CONTENT: 502.12 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement. [CONT.]: 502.12 Organic coating processes. Enclosed structures involving organic coating processes in which Class I liquids are processed or handled shall be ventilated at a rate of not less than 1 cfm/ft 2 (0.00508 m 3 /(s \u2022 m 2 )) of solid floor area. Ventilation shall be accomplished by exhaust fans that intake at floor levels and discharge to a safe location outs ide the structure. Noncontaminated intake air shall be introduced in such a manner that all portions of solid floor areas are provided with continuous uniformly distributed air movement.",
    "metadata": {
      "section_full": "502.12",
      "parent_major": "502",
      "parent_minor": "502.12",
      "source": "029.txt"
    }
  },
  {
    "id": "502.13",
    "text": "CONTEXT: 502 > 502.13 | CONTENT: 502.13 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404. [CONT.]: 502.13 Public garages. Mechanical exhaust systems for public garages, as required in Chapter 4, shall operate continuously or in accordance with Section 404.",
    "metadata": {
      "section_full": "502.13",
      "parent_major": "502",
      "parent_minor": "502.13",
      "source": "029.txt"
    }
  },
  {
    "id": "502.14",
    "text": "CONTEXT: 502 > 502.14 | CONTENT: 502.14 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building. [CONT.]: 502.14 Motor vehicle operation. In areas where motor vehicles operate, mechanical ventilation shall be provided in accordance with Section 403. Additionally, areas in which stationary motor vehicles are operated shall be provided with a source capture system that connects directly to the motor vehicle exhaust systems. Such system shall be engineered by a registered design professional or shall be factory - built equipment designed and sized for the purpose. Exceptions: 1. This section shall not apply where the motor vehicles being operated or repaired are electrically powered. 2. This section shall not apply to one - and two - family dwellings. 3. This section shall not apply to motor vehicle service areas where engines are operated inside the building only for the duration necessary to move the motor vehicles in and out of the building.",
    "metadata": {
      "section_full": "502.14",
      "parent_major": "502",
      "parent_minor": "502.14",
      "source": "029.txt"
    }
  },
  {
    "id": "502.15",
    "text": "CONTEXT: 502 > 502.15 | CONTENT: 502.15 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein. [CONT.]: 502.15 Repair garages. Where Class I liquids or LP - gas are stored or used within a buildin g having a basement or pit wherein flammable vapors could accumulate, the basement or pit shall be provided with ventilation at a minimum rate of 1.5 cubic feet per minute per square foot (cfm/ft 2 ) (0.008 m 3 /(s \u2022 m 2 )) designed to prevent the accumulation of flammable vapors therein.",
    "metadata": {
      "section_full": "502.15",
      "parent_major": "502",
      "parent_minor": "502.15",
      "source": "029.txt"
    }
  },
  {
    "id": "502.16",
    "text": "CONTEXT: 502 > 502.16 | CONTENT: 502.16 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation. [CONT.]: 502.16 Repair garages for natural gas - and hydrogen - fueled vehicles. Repair garages used for the repair of natural gas - or hydrogen - fueled vehicles shall be provided with an approved mechanical ventilation system. The mechanical ventilation system shall be in accordance with Sections 502.16.1 and 502.16.2. Exception: Where approved by the commissioner , natural ventilation shall be permitted in lieu of mechanical ventilation.",
    "metadata": {
      "section_full": "502.16",
      "parent_major": "502",
      "parent_minor": "502.16",
      "source": "029.txt"
    }
  },
  {
    "id": "502.16.1",
    "text": "CONTEXT: 502 > 502.16 | CONTENT: 502.16.1 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower flammable limit (LFL). 1.3. App roved equipment is used to monitor the vapor concentration. 1.4. An alarm is sounded and spray operations are automatically shut down if the vapor concentration exceeds 25 percent of the LFL. 1.5. In the event of shutdown of the vapor concentration monitor , 100 percent of the air volume specified in Section 510 is automatically exhausted. 2. Air exhausted from spraying operations is allowed to be recirculated as makeup air to manned spraying operations where all of the conditions provided in Exception 1 are included in the installation and documents have been prepared to show that the installation does not pose a life safety hazard to personnel inside the spray booth, spraying space or spray room. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 502.16.1 Design. Indoor locations shall b e ventilated utilizing air supply inlets and exhaust outlets arranged to provide uniform air movement to the extent practical. Inlets shall be uniformly arranged on exterior walls near floor level. Outlets shall be located at the high point of the room in exterior walls or the roof. 1. Ventilation shall be by a continuous mechanical ventilation system or by a mechanical ventilation system activated by a continuously monitoring natural gas detection system, or for hydrogen, a continuously monitoring flammabl e gas detection system, each activating at a gas concentration of 25 percent of the lower EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume.",
    "metadata": {
      "section_full": "502.16.1",
      "parent_major": "502",
      "parent_minor": "502.16",
      "source": "029.txt"
    }
  },
  {
    "id": "502.16.2",
    "text": "CONTEXT: 502 > 502.16 | CONTENT: 502.16.2 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit. [CONT.]: 502.16.2 Operation. The mechanical ventilation system shall operate continuously. Exceptions: 1. Mechanical ventilation systems that are interlocked with a gas d etection system designed in accordance with the New York City Building Code. 2. Mechanical ventilation systems in garages that are used only for the repair of vehicles fueled by liquid fuels or odorized gases, such as CNG, where the ventilation system is e lectrically interlocked with the lighting circuit.",
    "metadata": {
      "section_full": "502.16.2",
      "parent_major": "502",
      "parent_minor": "502.16",
      "source": "029.txt"
    }
  },
  {
    "id": "502.17",
    "text": "CONTEXT: 502 > 502.17 | CONTENT: 502.17 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91. [CONT.]: 502.17 Tire rebuilding or recapping. Each room where rubber cement is used or mixed, or where flammable or combustible solvents are applied, shall be ventilated in accordance with the applicable provisions of NFPA 91.",
    "metadata": {
      "section_full": "502.17",
      "parent_major": "502",
      "parent_minor": "502.17",
      "source": "029.txt"
    }
  },
  {
    "id": "502.17.1",
    "text": "CONTEXT: 502 > 502.17 | CONTENT: 502.17.1 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process. [CONT.]: 502.17.1 Buffing machines. Each buffing machine shall be connected to a dust - collecting system that prevents the accumulation of the dust produced by the buffing process.",
    "metadata": {
      "section_full": "502.17.1",
      "parent_major": "502",
      "parent_minor": "502.17",
      "source": "029.txt"
    }
  },
  {
    "id": "502.18",
    "text": "CONTEXT: 502 > 502.18 | CONTENT: 502.18 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4. [CONT.]: 502.18 Specific rooms. Specific rooms, including bathrooms, locker rooms , smoking lounges and toilet rooms, shall be exhausted in accordance with the ventilation requirements of Chapter 4.",
    "metadata": {
      "section_full": "502.18",
      "parent_major": "502",
      "parent_minor": "502.18",
      "source": "029.txt"
    }
  },
  {
    "id": "502.19",
    "text": "CONTEXT: 502 > 502.19 | CONTENT: 502.19 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene. [CONT.]: 502.19 Indoor firing ranges. Ventilation shall be provided in an approved manner in areas utilized as indoor firing ranges. Firing ranges shall comply with all applicable laws and the requirements of the New York City Department of Health and Mental Hygiene.",
    "metadata": {
      "section_full": "502.19",
      "parent_major": "502",
      "parent_minor": "502.19",
      "source": "029.txt"
    }
  },
  {
    "id": "502.20",
    "text": "CONTEXT: 502 > 502.20 | CONTENT: 502.20 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication. [CONT.]: 502.20 Manicure and pedicure stations. Manicure and pedicure stations shall be provided with an exhaust system in accordance wit h Table 403.3.1.1, Note h. Manicure tables and pedicure stations not provided with factory - installed exhaust inlets shall be provided with exhaust inlets located not more than 12 inches (304.8 mm) horizontally and vertically from the point of chemical appl ication.",
    "metadata": {
      "section_full": "502.20",
      "parent_major": "502",
      "parent_minor": "502.20",
      "source": "029.txt"
    }
  },
  {
    "id": "502.21",
    "text": "CONTEXT: 502 > 502.21 | CONTENT: 502.21 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas. [CONT.]: 502.21 Domestic kitchen exhaust systems. In all Group R occupancies, a minimum of No. 18 Gage galvanized sheet metal shall be used, except that ductwork that complies with Section 603.6.1.2 shall be permitted for independent apartment exhaust syst ems providing general exhaust ventilation of kitchen and toilet areas.",
    "metadata": {
      "section_full": "502.21",
      "parent_major": "502",
      "parent_minor": "502.21",
      "source": "029.txt"
    }
  },
  {
    "id": "502.22",
    "text": "CONTEXT: 502 > 502.22 | CONTENT: 502.22 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS [CONT.]: 502.22 Nonproduction chemical laboratories. Nonproduction chemical laboratories shall comply with the New York City Building Code and NFPA 45. SECTION MC 503 MOTORS AND FANS",
    "metadata": {
      "section_full": "502.22",
      "parent_major": "502",
      "parent_minor": "502.22",
      "source": "029.txt"
    }
  },
  {
    "id": "503.1",
    "text": "CONTEXT: 503 > 503.1 | CONTENT: 503.1 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance. [CONT.]: 503.1 Gener al. Motors and fans shall be sized to provide the required air movement. Motors in areas that contain flammable vapors or dusts shall be of a type approved for such environments. A manually operated remote control installed at an approved location shall be provided to shut off fans or blowers in flammable vapor or dust systems. Electrical equipment and appliances used in operations that generate explosive or flammable vapors, fumes or dusts shall be interlocked with the ventilation system so that the equipm ent and appliances cannot be operated unless the ventilation fans are in operation. Motors for fans used to convey flammable vapors or dusts shall be located outside the duct or shall be protected with approved shields and dustproofing. Motors and fans sha ll be provided with a means of access for servicing and maintenance.",
    "metadata": {
      "section_full": "503.1",
      "parent_major": "503",
      "parent_minor": "503.1",
      "source": "029.txt"
    }
  },
  {
    "id": "503.2",
    "text": "CONTEXT: 503 > 503.2 | CONTENT: 503.2 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS [CONT.]: 503.2 Fans. Parts of fans in contact with explosive or flammable vapors, fumes or dusts shall be of nonferrous or nonsparking materials, or their casing shall be lined or constructed of such material. Where the size and hardness of materials passing through a fan are capable of producing a spark, both the fan and the casing shall be of nonsparking materials. Where fans are required to be spark resistant, their bearings shall not be within the airstream, and all parts of the fan shall be grounded. Fans in systems - handli ng materials that are capable of clogging the blades, and fans in buffing or woodworking exhaust systems, shall be of the radial - blade or tube - axial type. EXHAUST SYSTEMS",
    "metadata": {
      "section_full": "503.2",
      "parent_major": "503",
      "parent_minor": "503.2",
      "source": "029.txt"
    }
  },
  {
    "id": "503.3",
    "text": "CONTEXT: 503 > 503.3 | CONTENT: 503.3 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed . [CONT.]: 503.3 Equipment and appliance identification plate. Equipment and appliances used to exhaust explosiv e or flammable vapors, fumes or dusts shall bear an identification plate stating the ventilation rate for which the system was designed .",
    "metadata": {
      "section_full": "503.3",
      "parent_major": "503",
      "parent_minor": "503.3",
      "source": "029.txt"
    }
  },
  {
    "id": "503.4",
    "text": "CONTEXT: 503 > 503.4 | CONTENT: 503.4 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials. [CONT.]: 503.4 Corrosion - resistant fans. Fans located in systems conveying corrosives shall be of materials that are resistant t o the corrosive or shall be coated with corrosion - resistant materials.",
    "metadata": {
      "section_full": "503.4",
      "parent_major": "503",
      "parent_minor": "503.4",
      "source": "029.txt"
    }
  },
  {
    "id": "503.5",
    "text": "CONTEXT: 503 > 503.5 | CONTENT: 503.5 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST [CONT.]: 503.5 Fan location. Fans exhausting noxious, toxic, hot vapor or grease - laden air shall be located as close to the terminus as practicable, at the roof or within a mechanical equipment room, immediately below the roof. SECTION MC 504 CLOTHES DRYER EXHAUST",
    "metadata": {
      "section_full": "503.5",
      "parent_major": "503",
      "parent_minor": "503.5",
      "source": "029.txt"
    }
  },
  {
    "id": "504.1",
    "text": "CONTEXT: 504 > 504.1 | CONTENT: 504.1 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers. [CONT.]: 504.1 Installation. Clothes dryers shall be exhausted in accordance with the manufacturer\u2019s instructions. Dryer exhaust systems shall be independent of all other systems and shall convey the moisture and any products of combustion to the outside of the building. For the installation of gas dryers, refer to the New York City Fuel Gas Code. Exception: This section shall not apply to listed and labeled condensing (ductless) electric cl othes dryers.",
    "metadata": {
      "section_full": "504.1",
      "parent_major": "504",
      "parent_minor": "504.1",
      "source": "029.txt"
    }
  },
  {
    "id": "504.2",
    "text": "CONTEXT: 504 > 504.2 | CONTENT: 504.2 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts. [CONT.]: 504.2 Exhaust duct penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall rece ptacle. Ducts that exhaust clothes dryers shall not penetrate or be located within any fireblocking, draft - stopping or any wall, floor/ceiling or other assembly required by the New York City Building Code to be fire - resistance rated, unless such duct is co nstructed of galvanized steel or aluminum of the thickness specified in Section 603.4 and the fire - resistance rating is maintained in accordance with the New York City Building Code. Fire dampers, combination fire/smoke dampers and any similar devices that will obstruct the exhaust flow shall be prohibited in clothes dryer exhaust ducts.",
    "metadata": {
      "section_full": "504.2",
      "parent_major": "504",
      "parent_minor": "504.2",
      "source": "029.txt"
    }
  },
  {
    "id": "504.3",
    "text": "CONTEXT: 504 > 504.3 | CONTENT: 504.3 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout. [CONT.]: 504.3 Cleanout. Each vertical riser shall be provided with a means for cleanout.",
    "metadata": {
      "section_full": "504.3",
      "parent_major": "504",
      "parent_minor": "504.3",
      "source": "029.txt"
    }
  },
  {
    "id": "504.4",
    "text": "CONTEXT: 504 > 504.4 | CONTENT: 504.4 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums. [CONT.]: 504.4 Exhaust installation. Dryer exhaust ducts for clothes dryers shall terminate on the o utside of the building . Single dryer installations shall be equipped with a backdraft damper. Multiple dryer installations shall not have a backdraft damper. Screens shall not be installed at the duct termination. Ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. Clothes dryer exhaust ducts shall not be connected to a vent connector, vent or chimney. Clothes dryer exhaust ducts shall not extend into or through ducts or plenums.",
    "metadata": {
      "section_full": "504.4",
      "parent_major": "504",
      "parent_minor": "504.4",
      "source": "029.txt"
    }
  },
  {
    "id": "504.5",
    "text": "CONTEXT: 504 > 504.5 | CONTENT: 504.5 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 Dr yer exhaust duct power ventilators. Domestic dryer exhaust duct power ventilators shall be listed and labeled to UL 705 for use in dryer exhaust duct systems. The dryer exhaust duct power ventilator shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 504.5 710 \u2014 2012 Exhaust Hoods for Commercial Cooking Equipment ................................ ................................ ...................",
    "metadata": {
      "section_full": "504.5",
      "parent_major": "504",
      "parent_minor": "504.5",
      "source": "029.txt"
    }
  },
  {
    "id": "504.6",
    "text": "CONTEXT: 504 > 504.6 | CONTENT: 504.6 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means. [CONT.]: 504.6 Makeup air. Installations exhausting more than 200 cfm (0.09 m 3 /s) shall be provided with makeup air. Where a closet is designed for the installation of a clothes dryer, an opening having an area of not less than 100 square inches (0.06 45 m 2 ) shall be provided in the closet enclosure or makeup air shall be provided by other approved means.",
    "metadata": {
      "section_full": "504.6",
      "parent_major": "504",
      "parent_minor": "504.6",
      "source": "029.txt"
    }
  },
  {
    "id": "504.7",
    "text": "CONTEXT: 504 > 504.7 | CONTENT: 504.7 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es. [CONT.]: 504.7 Protection required. Protective shield plates shall be placed where nails or screws from finish or other work are likely to penetrate the clothe s dryer exhaust duct. Shield plates shall be placed on the finished face of all framing members where there is less than 1 1 / 4 inches (31.8 mm) between the duct and the finished face of the framing member. Protective shield plates shall be constructed of steel, have a thickness of 0.062 inch (1.6 mm) and extend not less than 2 inches (50.8 mm) above sole plates and below top plat es.",
    "metadata": {
      "section_full": "504.7",
      "parent_major": "504",
      "parent_minor": "504.7",
      "source": "029.txt"
    }
  },
  {
    "id": "504.8",
    "text": "CONTEXT: 504 > 504.8 | CONTENT: 504.8 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 . [CONT.]: 504.8 Domestic clothes dryer ducts. Exhaust ducts for domestic clothes dryers shall conform to the requirements of Sections 504.8.1 through 504.8.6 .",
    "metadata": {
      "section_full": "504.8",
      "parent_major": "504",
      "parent_minor": "504.8",
      "source": "029.txt"
    }
  },
  {
    "id": "504.8.1",
    "text": "CONTEXT: 504 > 504.8 | CONTENT: 504.8.1 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 504.8.1 Material and size. Exhaust ducts shall have a smooth interior finish and shall be constructed o f metal a minimum 0.016 inch (0.4 mm) thick. The exhaust duct size shall be 4 inches (101.6 mm) nominal in diameter, unless a larger duct size is specifically required by the dryer manufacturer. Exhaust ducts larger than 20 square inches (12 903.2 mm 2 ) sha ll be individually exhausted. EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "504.8.1",
      "parent_major": "504",
      "parent_minor": "504.8",
      "source": "029.txt"
    }
  },
  {
    "id": "504.8.2",
    "text": "CONTEXT: 504 > 504.8 | CONTENT: 504.8.2 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct. [CONT.]: 504.8.2 Duct installation. Exhaust ducts shall be supported at 4 - foot (1219.2 mm) intervals and secured in place. The insert end of the duct shall extend into the adjoining duct or fitting in the direction of airflow. Ducts serving a single appliance shall not be joined with screws or similar fasteners that protrude more than 1 / 8 inch (3.2 mm) into the inside of the duct.",
    "metadata": {
      "section_full": "504.8.2",
      "parent_major": "504",
      "parent_minor": "504.8",
      "source": "029.txt"
    }
  },
  {
    "id": "504.8.3",
    "text": "CONTEXT: 504 > 504.8 | CONTENT: 504.8.3 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 Transition ducts. Transition ducts used to connect the dryer to the exhaust duct system shall be a single length that is listed and labeled in accordance with UL 2158A. Transition ducts shall be not greater than 8 feet (2438.4 mm) in length and shall not be concealed within construction. [CONT.]: 504.8.3 2162 \u2014 01 Outline of Investigation for Commercial Wood - fired Baking Ovens - Refractory Type ................................",
    "metadata": {
      "section_full": "504.8.3",
      "parent_major": "504",
      "parent_minor": "504.8",
      "source": "029.txt"
    }
  },
  {
    "id": "504.8.4",
    "text": "CONTEXT: 504 > 504.8 | CONTENT: 504.8.4 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3. [CONT.]: 504.8.4 Duct length. The maximum allowable exhaust duct length shall be determined by one of the methods specified in Sections 504.8.4.1 through 504.8.4.3.",
    "metadata": {
      "section_full": "504.8.4",
      "parent_major": "504",
      "parent_minor": "504.8",
      "source": "029.txt"
    }
  },
  {
    "id": "504.8.4.1",
    "text": "CONTEXT: 504 > 504.8 | CONTENT: 504.8.4.1 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used. [CONT.]: 504.8.4.1 Specified length. The maximum length of the exhaust duct shall be 35 feet (10 668 mm) from the connection to th e transition duct from the dryer to the outlet terminal or to a common or central exhaust system. Where fittings are used, the maximum length of the exhaust duct shall be reduced in accordance with Table 504.8.4.1. TABLE 504.8.4.1 DRYER EXHAUST DUCT FITTIN G EQUIVALENT LENGTH a DRYER EXHAUST DUCT FITTING TYPE EQUIVALENT LENGTH 4 \" radius mitered 45 - degree elbow 2 feet 6 inches 4 \" radius mitered 90 - degree elbow 5 feet 6 \" radius smooth 45 - degree elbow 1 foot 6 \" radius smooth 90 - degree elbow 1 foot 9 inches 8 \" radius smooth 45 - degree elbow 1 foot 8 \" radius smooth 90 - degree elbow 1 foot 7 inches 10 \" radius smooth 45 - degree elbow 9 inches 10 \" radius smooth 90 - degree elbow 1 foot 6 inches For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm, 1 degree = 0.0175 rad. a. The equivalent length column of the table indicates how much length must be added to the exhaust duct total length for eac h fitting used.",
    "metadata": {
      "section_full": "504.8.4.1",
      "parent_major": "504",
      "parent_minor": "504.8",
      "source": "029.txt"
    }
  },
  {
    "id": "504.8.4.2",
    "text": "CONTEXT: 504 > 504.8 | CONTENT: 504.8.4.2 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used. [CONT.]: 504.8.4.2 Manufacturer\u2019s instructions. The maximum length of the exhaust duct shall be determined by the dryer manufacturer\u2019s instructions. The special inspector shall be provided with a copy of the instructions for the make and model of the dryer. Where the exhaust duct is to be concealed, the installation instruct ions shall be provided to the special inspector prior to the concealment inspection. In the absence of fitting equivalent length calculations from the clothes dryer manufacturer, Table 504.8.4.1 shall be used.",
    "metadata": {
      "section_full": "504.8.4.2",
      "parent_major": "504",
      "parent_minor": "504.8",
      "source": "029.txt"
    }
  },
  {
    "id": "504.8.4.3",
    "text": "CONTEXT: 504 > 504.8 | CONTENT: 504.8.4.3 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions. [CONT.]: 504.8.4.3 Dryer exhaust duct power ventilator length. The maximum length of the exhaust duct shall be determined by the dryer exhaust duct power ventilator manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "504.8.4.3",
      "parent_major": "504",
      "parent_minor": "504.8",
      "source": "029.txt"
    }
  },
  {
    "id": "504.8.5",
    "text": "CONTEXT: 504 > 504.8 | CONTENT: 504.8.5 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS [CONT.]: 504.8.5 Length identification. Where the equivalent length of the exhaust duct exceeds 35 feet (10 668 mm) to the outlet terminal, common exhaust, or power ventilator, the equivalent length of the exhaust duct shall be identified on a permanent label or tag. The label or tag shall be located within 6 feet (1828.8 mm) of the exhaust duct connection. EXHAUST SYSTEMS",
    "metadata": {
      "section_full": "504.8.5",
      "parent_major": "504",
      "parent_minor": "504.8",
      "source": "029.txt"
    }
  },
  {
    "id": "504.8.6",
    "text": "CONTEXT: 504 > 504.8 | CONTENT: 504.8.6 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure. [CONT.]: 504.8.6 Exhaust duc t required. Where space for a clothes dryer is provided, an exhaust duct system shall be installed. Where the clothes dryer is not installed at the time of occupancy, the exhaust duct shall be capped at the location of the future dryer. Exception: Where a listed condensing clothes dryer is installed prior to occupancy of structure.",
    "metadata": {
      "section_full": "504.8.6",
      "parent_major": "504",
      "parent_minor": "504.8",
      "source": "029.txt"
    }
  },
  {
    "id": "504.9",
    "text": "CONTEXT: 504 > 504.9 | CONTENT: 504.9 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021 [CONT.]: 504.9 Commercial clothes dryers. The installation of dryer exhaust ducts serving commercial clothes dryers shall comply with the appliance manufacturer\u2019s instructions and NFPA 54 . Exhaust fan motors installed in exhaust systems shall be located outside of the airstream. In multiple installations, the fan shall operate continuously or be interlocked to operate when any individual unit is operating. Ducts shall have a minimum cleara nce of 6 inches (152.4 mm) to combustible materials. Clothes dryer transition ducts used to connect the appliance to the exhaust duct system shall be limited to single lengths not to exceed 8 feet (2438.4 mm) in length and shall be listed and labeled for t he application. Transition ducts shall not be concealed within construction. \u2021\u2021\u2021",
    "metadata": {
      "section_full": "504.9",
      "parent_major": "504",
      "parent_minor": "504.9",
      "source": "029.txt"
    }
  },
  {
    "id": "504.10",
    "text": "CONTEXT: 504 > 504.10 | CONTENT: 504.10 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT [CONT.]: 504.10 Common multistory exhaust systems for clothes dryers. Where a common multistory duct system is designed and installed to convey exhaust from multiple clothes dryers, the construction of the system shall be in accordance with all of the following: 1. The shaft in which the duct is installed shall be constructed and fire - resistance rated as required by the New York City Building Code . 2. Dampers and subducts shall be prohib ited in the exhaust duct. 3. Rigid metal ductwork shall be installed within the shaft to convey the exhaust. The ductwork shall be constructed of sheet steel having a minimum thickness of 0.0187 inch ( 0. 4712 mm ) ( No. 26 gage) and in accordance with SMACNA/ ANSI Duct Construction Standards. The common ductwork ducts shall not be connected or installed with sheet metal screws or other fasteners that will obstruct the exhaust flow. 4. Exhaust ducts 20 square inches (129 cm 2 ) or less connected into a common multistory exhaust system shall not require fire dampers when the exhaust fan runs continuously. Exhaust ducts greater than 20 square inches (129 cm 2 ) shall not be connected into a common multistory exhaust system. 5. The exhaust fan motor design sh all be in accordance with Section 503.2. 6. The exhaust fan motor shall be located outside of the airstream. 7. The exhaust fan shall run continuously, and shall be connected to a standby power source , where a building standby power source is required per the New York City Building Code . 8. Exhaust fan operation shall be monitored in an approved location and shall initiate an audible or visual signal when the fan is not in operation. 9. Makeup air shall be provided for the exhaust system. 10. A cleanout ope ning shall be located at the base of the shaft , at all offsets and at all changes of direction to provide access to the duct to allow for cleaning and inspection. The finished opening shall be not less than 12 inches by 12 inches (304.8 mm by 304.8 mm). 11 . Screens shall not be installed at the termination. 12. The common multistory duct system shall serve only clothes dryers and shall be independent of other exhaust systems. SECTION MC 505 DOMESTIC KITCHEN EXHAUST EQUIPMENT",
    "metadata": {
      "section_full": "504.10",
      "parent_major": "504",
      "parent_minor": "504.10",
      "source": "029.txt"
    }
  },
  {
    "id": "505.1",
    "text": "CONTEXT: 505 > 505.1 | CONTENT: 505.1 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented. [CONT.]: 505.1 Domestic systems. Where do mestic range hoods or domestic appliances equipped with downdraft exhaust are provided, such hoods and appliances shall discharge to the outdoors through ducts constructed of galvanized steel, stainless steel, aluminum or copper. Such ducts shall have smoo th inner walls, shall be air tight, shall be equipped with a backdraft damper and shall be independent of all other exhaust systems . Such exhaust system shall be installed in strict compliance with the manufacturer\u2019s instructions as well as the requirement s of the listing . Exceptions: EXHAUST SYSTEMS 1. In other than Group I - 1 and I - 2, where installed in accordance with the manufacturer\u2019s instructions and where mechanical or natural ventilation is otherwise provided in accordance with Chapter 4, listed and labeled ductless range hoods shall not be required to discharge to the outdoors. 2. Ducts for domestic kitchen cooking appliances equipped with downdraft exhaust systems shall be permitted to be constructed of Schedule 40 PVC pipe and fittings provided that the installati on complies with all of the following: 2.1. The duct shall be installed under a concrete slab poured on grade. 2.2. The underfloor trench in which the duct is installed shall be completely backfilled with sand or gravel. 2.3. The PVC duct shall extend not more than 1 inch (25.4 mm) above the indoor concrete floor surface. 2.4. The PVC duct shall extend not more than 1 inch (25.4 mm) above grade outside of the building. 2.5. The PVC ducts shall be solvent cemented.",
    "metadata": {
      "section_full": "505.1",
      "parent_major": "505",
      "parent_minor": "505.1",
      "source": "029.txt"
    }
  },
  {
    "id": "505.2",
    "text": "CONTEXT: 505 > 505.2 | CONTENT: 505.2 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system. [CONT.]: 505.2 Makeup air required. Exhaust hood systems where required by Chapter 4 shall be provided with makeup air at a rate in accordance with Table 403.3.1.1. Such makeup air systems shall be equipped with a means of closure and shall be automatically control led to start and operate simultaneously with the exhaust system.",
    "metadata": {
      "section_full": "505.2",
      "parent_major": "505",
      "parent_minor": "505.2",
      "source": "029.txt"
    }
  },
  {
    "id": "505.4",
    "text": "CONTEXT: 505 > 505.4 | CONTENT: 505.4 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT [CONT.]: 505.4 Other than Group R. All domestic cooking appliances installed in cafeterias and in Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with hoods and exhaust s ystems as required for the type of appliances and processes in accordance with Sections 506 and 507. In other than Group R occupancies, domestic appliances may be provided with domestic kitchen exhaust systems ducted to outdoors in accordance with this sec tion provided that the installation complies with all of the following: 1. No more than two domestic cooking appliances are installed in each fire separated room or tenancy in other than Group E occupancies; 2. Each appliance shall have electric or gas con nections and nameplate ratings not to exceed 10kW for electric appliances or 75,000 Btu/h for gas appliances. Branch gas connections shall not be larger than 3 / 4 inch (19.1 mm) pipe; 3. The appliances shall not include open top broilers or fryers; and 4. The appliances are used for periodic, non - commercial, non - revenue generating purposes, except for in Group A - 3 occupancies, where such appliances may be used a maximum of 8 hours per week to generate revenue. SECTION MC 506 COMMERCIAL KITCHEN HOOD VENTILAT ION SYSTEM DUCTS AND EXHAUST EQUIPMENT",
    "metadata": {
      "section_full": "505.4",
      "parent_major": "505",
      "parent_minor": "505.4",
      "source": "029.txt"
    }
  },
  {
    "id": "506.1",
    "text": "CONTEXT: 506 > 506.1 | CONTENT: 506.1 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section. [CONT.]: 506.1 General. Commercial kitchen hood ventilation ducts and exhaust equipment shall comply with the requirements of this section. Commercial kitchen grease ducts shall be designed for the type of cooking appliance an d hood served. All ducts shall lead directly to the exterior of the building and terminate as required by Section 506.3.13 for Type 1 hoods and Section 506.4.2 for Type II hoods. Exception: Recirculating hoods that comply with Exception 2 of Section 507.1 do not require ducting in accordance with this section.",
    "metadata": {
      "section_full": "506.1",
      "parent_major": "506",
      "parent_minor": "506.1",
      "source": "029.txt"
    }
  },
  {
    "id": "506.2",
    "text": "CONTEXT: 506 > 506.2 | CONTENT: 506.2 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion . [CONT.]: 506.2 Corrosion protection. Ducts exposed to the outside atmosphere or subject to a corrosive environment shall be protected against corrosion .",
    "metadata": {
      "section_full": "506.2",
      "parent_major": "506",
      "parent_minor": "506.2",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3. [CONT.]: 506.3 Ducts serving Type I hoods. Type I exhaust ducts s hall be independent of all other exhaust systems except as provided in Section 506.3.5. Commercial kitchen duct systems serving Type I hoods shall be designed, constructed and installed in accordance with Sections 506.3.1 through 506.3.13.3.",
    "metadata": {
      "section_full": "506.3",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.1",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.1 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections [CONT.]: 506.3.1 Duct m aterials. Ducts serving Type I hoods shall be constructed of materials in accordance with Sections",
    "metadata": {
      "section_full": "506.3.1",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.1.1",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.1.1 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner . [CONT.]: 506.3.1.1 Grease duct materials. Grease ducts serving Type I hoods , and located within buildings, shall be constructed as follows: 1 . Ducts with a cross - sectional area up to and including 155 square inches (1.0 square meters) shall be constructed of 0. 0598 - inch (1. 52 mm ) No. 16 Gage steel ; 2. Ducts with a cross - sectional area over 155 square inches (100 000 mm 2 ), but not more than 200 square inches ( 0. 129 m 2 ) shall be constructed of 0.074 - inch (1. 9 mm ) No. 14 Gage steel; and 3. Ducts with a cross - sectional area equal to or more than 200 square inches (0.129 m 2 ) shall be constructed of 0.1046 - inch (2.66 mm) No. 12 Gage steel. If stainless steel is used for ducts of any of the cross - sectional areas listed above, the Gage steel may be increased upwards (resulting in a smaller thickness ) by 1 even Gage size . Exception: Listed and labeled factory - built commercial kitchen grease ducts shall be listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 and as approved by the commissioner .",
    "metadata": {
      "section_full": "506.3.1.1",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.1.2",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.1.2 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application. [CONT.]: 506.3.1.2 Makeup air ducts. Makeup air ducts connecting to or within 18 inches (457.2 mm) of a Type I hood shall be c onstructed and installed in accordance with Sections 603.1, 603.3, 603.4, 603.9, 603.10 and 603.12. Duct insulation installed within 18 inches (457.2 mm) of a Type I hood shall be noncombustible or shall be listed for the application.",
    "metadata": {
      "section_full": "506.3.1.2",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.2",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.2 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code. [CONT.]: 506.3.2 Joints, seams and penetrations of grease ducts. Joints, seams and penetrations of grease ducts shall be made with a continuous liquid - tight weld or braze made on the external surface of the duct system. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. Internal welding or brazing shall not be prohibited provided that the joint is formed or ground smooth and is provided with ready access for inspection. 3. Factory - built commercial kit chen grease ducts listed and labeled in accordance with UL 1978 and installed in accordance with Section 304.1 of this code.",
    "metadata": {
      "section_full": "506.3.2",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.2.1",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.2.1 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ). [CONT.]: 506.3.2.1 Duct joint types. Duct joints shall be butt joints, welded flange joints with a maximum flange depth of 1 / 2 inch (12.7 mm ) or overlapping duct joints of either the telescoping or bell type. Overlapping joints shall be installed to prevent ledges and obstructions from collecting grease or interfering with gravity drainage to the intended collection point. The difference betwe en the inside cross - sectional dimensions of overlapping sections of duct shall not exceed 1 / 4 inch (6.4 mm). The length of overlap for overlapping duct joints shall not exceed 2 inches (50.8 mm ).",
    "metadata": {
      "section_full": "506.3.2.1",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.2.2",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.2.2 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS [CONT.]: 506.3.2.2 Duct - to - hood joints. Duct - to - hood joints shall be made with continuous internal or external liquid - tight welded or brazed joints. Such joints shall be smooth, accessible for inspection, and without grease traps. Exceptions: This section shall not apply to: 1. A vertical duct - to - hood collar connection made in the top plane of the hood in accordance with all of the following: 1.1. The hood duct opening shall have a 1 - inch - deep (25.4 mm), full perimeter, welded flange turned down into the ho od interior at an angle of 90 degrees (1.57 rad) from the plane of the opening. 1.2. The duct shall have a 1 - inch - deep (25.4 mm) flange made by a 1 - inch by 1 - inch (25.4 mm by 25.4 mm) angle iron welded to the full perimeter of the duct not less than 1 inch (25.4 mm) above the bottom end of the duct. 1.3. A gasket rated for use at not less than 1,500\u00b0F (815.6\u00baC) is installed between the duct flange and the top of the hood. 1.4. The duct - to - hood joint shall be secured by stud bolts not less than 1 / 4 inch (6.4 mm) in diameter welded to the hood with a spacing not greater than 4 inches (101.6 mm) on center for the full perimeter of the opening. The bolts and nuts shall be secured with lockwashers. 2. Listed and labeled duct - to - hood collar connections installed i n accordance with Section 304.1. EXHAUST SYSTEMS",
    "metadata": {
      "section_full": "506.3.2.2",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.2.3",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.2.3 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC). [CONT.]: 506.3.2.3 Duct - to - exhaust fan connections. Duct - to - exhaust fan connections shall be flanged and gasketed at the base of the fan for vertical discharge fans; shall be flanged, gasketed and bolted to the inlet of the fan for side - inlet utility fans; and shall be flanged, gasketed and bolted to the inlet and outlet of the fan for in - line fans. Approved flexible connectors may be provided. Gasket and sealing materials shall be rated for continuous duty at a temperature of not le ss than 1,500\u00baF (815.6\u00baC).",
    "metadata": {
      "section_full": "506.3.2.3",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.2.4",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.2.4 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet. [CONT.]: 506.3.2.4 Vibration isolation. A vibration isolation connector for connecting a duct to a fan shall consist of noncombustible packing in a metal sleeve joint of approved design or shall be a coated - fabric flexible duct connector listed and labeled for the application. Vibration isolation connectors shall be installed only at the connection of a duct to a fan inlet or outlet.",
    "metadata": {
      "section_full": "506.3.2.4",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.2.5",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.2.5 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed. [CONT.]: 506.3.2.5 Grease duct test. Prior to the use or concealment of any portion of a grease duct system, a leaka ge test shall be performed. Ducts shall be considered to be concealed where installed in shafts or covered by coatings or wraps that prevent the ductwork from being visually inspected on all sides. The duct installer shall be responsible for providing the necessary equipment and performing the grease duct leakage test. A duct leakage test , in accordance with this section , shall be performed for the entire duct system, including the hood - to - duct connection. The duct work shall be permitted to be tested in se ctions, provided that every joint is tested. To determine the tightness of the grease duct construction, a smoke test shall be made in accordance with the following conditions and requirements: 1. The test shall be performed in the presence of the special inspector. 2. The grease duct shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs. A static pressure equal to or not less than 2 inches water gauge (500 Pa) shall be maintained throughout the test. The test shall be applied for a length of time sufficient to permit the inspection of the grease duct. 3. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of this chapter, and the test shall be repeated until there is no visible smoke observed.",
    "metadata": {
      "section_full": "506.3.2.5",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.3",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.3 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls. [CONT.]: 506.3.3 Grease duct supports. Grease duct bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the str ess limitations of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate duct walls.",
    "metadata": {
      "section_full": "506.3.3",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.4",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.4 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease. [CONT.]: 506.3.4 Air velocity. Grease duct systems serving a Type I hood shall be designed and installed to provide an air veloc ity within the duct system of not less than 500 feet per minute (2.5 m/s). Exception: The velocity limitations shall not apply within duct transitions utilized to connect ducts to differently sized or shaped openings in hoods and fans, provided that such t ransitions do not exceed 3 feet (914.4 mm) in length and are designed to prevent the trapping of grease.",
    "metadata": {
      "section_full": "506.3.4",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.5",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.5 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system. [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system. [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system. [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system. [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system. [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system. [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system. [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system. [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system. [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system. [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system. [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system. [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system. [CONT.]: 506.3.5 Separation of grease duct system. A separate grease duct system shall be provided for each Type I hood. Exceptions: 1. A separate grease duct s ystem is not required where all of the following conditions are met: 1.1. All interconnected hoods are located within the same story , provided that they are part of the same facility and under the control of one owner or tenant . 1.2. All interconnected hoods are located within the same room or in adjoining rooms , provided that they are part of the same facility and under the control of one owner or tenant . 1.3. Interconnecting ducts do not penetrate assemblies required to be fire - resistanc e rated. 1.4. The grease duct system does not serve solid fuel - fired appliances. 2. Branch ducts from other equipment in the same kitchen area, or from registers exhausting the kitchen space in general, may be connected to the main hood exhaust duct if the following requirements are complied with: 2.1. A fusible link fire damper of the same gage as the hood exhaust duct shall be added at the point of connection of the branch duct to the exhaust duct. EXHAUST SYSTEMS 2.2. If the branch connection is made to the portion of t he ductwork that will contain the fire - extinguishing medium, then the fire dampers required in Exception 2.1 shall be arranged to close automatically upon the operation of the fire - extinguishing system. 2.3. The branch connection shall be made in either the top or sides of the main duct in a manner to prevent grease from flowing into the branch duct. 2.4. The branch ducts shall be constructed of steel, aluminum, or copper of the gages and weights required in Chapter 6, and they shall be insulated w ith 2 inches ( 50.8 mm) of magnesia or other material having equivalent insulative and fire resistance qualities. 2.5. All registers in these branches shall have fusible link actuated dampers. 2.6. Where branch ductwork is to be used to exhaust vapors from dishwashers, pot sinks, or other similar equipment of a commercial type from which moisture is emitted, copper or aluminum of the minimum gage and weights required in Chapter 6 shall be used. Such ductwork shall be installed so that condensate cannot leak from it. 2.7. Type I and Type II exhaust systems can be interconnected downstream of filters with a fire damper at the connection to the exhaust system.",
    "metadata": {
      "section_full": "506.3.5",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.6",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.6 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner. [CONT.]: 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner. [CONT.]: 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner. [CONT.]: 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner. [CONT.]: 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner. [CONT.]: 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner. [CONT.]: 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner. [CONT.]: 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner. [CONT.]: 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner. [CONT.]: 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner. [CONT.]: 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner. [CONT.]: 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner. [CONT.]: 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner. [CONT.]: 506.3.6 Grease duct clearances. Where enclosures are not required, grease duct systems and exhaust equi pment serving a Type I hood shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 3 in ches (76.2 mm). Exceptions: 1. For factory - built commercial kitchen grease ducts listed and labeled in accordance with UL 1978 , the required clearance shall be in accordance with the listing of such material and as approved by the commissioner . 2. Listed a nd labeled exhaust equipment installed in accordance with Section 304.1. 3. Where commercial kitchen grease ducts are continuously covered on all sides with a listed and labeled field - applied grease duct enclosure material, system, product or method of con struction specifically evaluated for such purpose in accordance with ASTM E 2336, the required clearance shall be in accordance with the listing of such material, system, product or method. 4. Grease ducts protected with a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease. Such protection shall be ap plied to all ducts inside of the building as approved by the commissioner.",
    "metadata": {
      "section_full": "506.3.6",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.7",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.7 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2. [CONT.]: 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2. [CONT.]: 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2. [CONT.]: 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2. [CONT.]: 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2. [CONT.]: 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2. [CONT.]: 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2. [CONT.]: 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2. [CONT.]: 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2. [CONT.]: 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2. [CONT.]: 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2. [CONT.]: 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2. [CONT.]: 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2. [CONT.]: 506.3.7 Prevention of grease accumulation in grease ducts. Duct systems serving a Type I hood shall be constructed and installed so that grease cannot collect in any portion thereof , and the system shall slope not less than one - fourth unit vertical in 12 units horizontal (2 - percent slope) toward the hood or toward a grease reservoir designed and installed in accordance with Section 506.3.7.1. Where horizontal ducts exceed 75 feet (22 860 mm) in length, the slope shall be not less than one unit vertical in 12 units horizontal (8.3 - percent slope). Dampers shall not be installed in the grease duct systems, except as required by Section 506.3.5, Exception 2.",
    "metadata": {
      "section_full": "506.3.7",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.7.1",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.7.1 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. \u2021\u2021\u2021 Chapter 5 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 5 EXHAUST SYSTEMS SECTION MC 501 GENERAL [CONT.]: 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. EXHAUST SYSTEMS 5 06.3.8 Grease duct cleanouts and other openings. Grease duct systems shall not have openings therein other than those required for proper operation and maintenance of the system. Any portion of such system having sections not provided with access from the duct entry or discharge shall be provided with cleanout openings. Cleanout openings shall be provided at every change in direction , within 3 feet ( [CONT.]: 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. EXHAUST SYSTEMS 5 06.3.8 Grease duct cleanouts and other openings. Grease duct systems shall not have openings therein other than those required for proper operation and maintenance of the system. Any portion of such system having sections not provided with access from the duct entry or discharge shall be provided with cleanout openings. Cleanout openings shall be provided at every change in direction , within 3 feet ( [CONT.]: 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. EXHAUST SYSTEMS 5 06.3.8 Grease duct cleanouts and other openings. Grease duct systems shall not have openings therein other than those required for proper operation and maintenance of the system. Any portion of such system having sections not provided with access from the duct entry or discharge shall be provided with cleanout openings. Cleanout openings shall be provided at every change in direction , within 3 feet ( [CONT.]: 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. EXHAUST SYSTEMS 5 06.3.8 Grease duct cleanouts and other openings. Grease duct systems shall not have openings therein other than those required for proper operation and maintenance of the system. Any portion of such system having sections not provided with access from the duct entry or discharge shall be provided with cleanout openings. Cleanout openings shall be provided at every change in direction , within 3 feet ( [CONT.]: 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. EXHAUST SYSTEMS 5 06.3.8 Grease duct cleanouts and other openings. Grease duct systems shall not have openings therein other than those required for proper operation and maintenance of the system. Any portion of such system having sections not provided with access from the duct entry or discharge shall be provided with cleanout openings. Cleanout openings shall be provided at every change in direction , within 3 feet ( [CONT.]: 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. EXHAUST SYSTEMS 5 06.3.8 Grease duct cleanouts and other openings. Grease duct systems shall not have openings therein other than those required for proper operation and maintenance of the system. Any portion of such system having sections not provided with access from the duct entry or discharge shall be provided with cleanout openings. Cleanout openings shall be provided at every change in direction , within 3 feet ( [CONT.]: 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. EXHAUST SYSTEMS 5 06.3.8 Grease duct cleanouts and other openings. Grease duct systems shall not have openings therein other than those required for proper operation and maintenance of the system. Any portion of such system having sections not provided with access from the duct entry or discharge shall be provided with cleanout openings. Cleanout openings shall be provided at every change in direction , within 3 feet ( [CONT.]: 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. EXHAUST SYSTEMS 5 06.3.8 Grease duct cleanouts and other openings. Grease duct systems shall not have openings therein other than those required for proper operation and maintenance of the system. Any portion of such system having sections not provided with access from the duct entry or discharge shall be provided with cleanout openings. Cleanout openings shall be provided at every change in direction , within 3 feet ( [CONT.]: 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. EXHAUST SYSTEMS 5 06.3.8 Grease duct cleanouts and other openings. Grease duct systems shall not have openings therein other than those required for proper operation and maintenance of the system. Any portion of such system having sections not provided with access from the duct entry or discharge shall be provided with cleanout openings. Cleanout openings shall be provided at every change in direction , within 3 feet ( [CONT.]: 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. EXHAUST SYSTEMS 5 06.3.8 Grease duct cleanouts and other openings. Grease duct systems shall not have openings therein other than those required for proper operation and maintenance of the system. Any portion of such system having sections not provided with access from the duct entry or discharge shall be provided with cleanout openings. Cleanout openings shall be provided at every change in direction , within 3 feet ( [CONT.]: 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. EXHAUST SYSTEMS 5 06.3.8 Grease duct cleanouts and other openings. Grease duct systems shall not have openings therein other than those required for proper operation and maintenance of the system. Any portion of such system having sections not provided with access from the duct entry or discharge shall be provided with cleanout openings. Cleanout openings shall be provided at every change in direction , within 3 feet ( [CONT.]: 506.3.7.1 Grease duct reservoi rs. Grease duct reservoirs shall: 1. Be constructed as required for the grease duct they serve. 2. Be located on the bottom of the horizontal duct or the bottommost section of the duct riser. 3. Extend across the full width of the duct and have a length of not less than 12 inches (304.8 mm). 4. Have a depth of not less than 1 inch (25.4 mm). 5. Have a bottom that slopes to a capped drain connection. 6. Be provided with a cleanout opening constructed in accordance with Section 506.3.8 and installed to provid e direct access to the reservoir. The cleanout opening shall be located on a side or on top of the duct so as to permit cleaning of the reservoir. 7. Be installed in accordance with the manufacturer\u2019s instructions where manufactured devices are utilized. EXHAUST SYSTEMS 5 06.3.8 Grease duct cleanouts and other openings. Grease duct systems shall not have openings therein other than those required for proper operation and maintenance of the system. Any portion of such system having sections not provided with access from the duct entry or discharge shall be provided with cleanout openings. Cleanout openings shall be provided at every change in direction , within 3 feet (",
    "metadata": {
      "section_full": "506.3.7.1",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "914.4",
    "text": "CONTEXT: 914 > 914.4 | CONTENT: 914.4 914.4 mm) of the exhaust fan, and as required under Section 506.3.9. Cleanout openings shall be equipped with tight - fitting doors constructed of steel having a thickness not less than that required for the duct. Doors shall be equipped with a substantial method of latching, sufficient to hold the door tightly closed. Doors shall be designed so that they are opera ble without the use of a tool. Door assemblies shall have a gasket or sealant that is noncombustible and liquid tight, and shall not have fasteners that penetrate the duct. Listed and labeled access door assemblies shall be installed in accordance with the terms of the listing. Signage shall be provided at all required access doors and openings in accordance with Section 506.3.12 . [CONT.]: 914.4 mm) of the exhaust fan, and as required under Section 506.3.9. Cleanout openings shall be equipped with tight - fitting doors constructed of steel having a thickness not less than that required for the duct. Doors shall be equipped with a substantial method of latching, sufficient to hold the door tightly closed. Doors shall be designed so that they are opera ble without the use of a tool. Door assemblies shall have a gasket or sealant that is noncombustible and liquid tight, and shall not have fasteners that penetrate the duct. Listed and labeled access door assemblies shall be installed in accordance with the terms of the listing. Signage shall be provided at all required access doors and openings in accordance with Section 506.3.12 . [CONT.]: 914.4 mm) of the exhaust fan, and as required under Section 506.3.9. Cleanout openings shall be equipped with tight - fitting doors constructed of steel having a thickness not less than that required for the duct. Doors shall be equipped with a substantial method of latching, sufficient to hold the door tightly closed. Doors shall be designed so that they are opera ble without the use of a tool. Door assemblies shall have a gasket or sealant that is noncombustible and liquid tight, and shall not have fasteners that penetrate the duct. Listed and labeled access door assemblies shall be installed in accordance with the terms of the listing. Signage shall be provided at all required access doors and openings in accordance with Section 506.3.12 . [CONT.]: 914.4 mm) of the exhaust fan, and as required under Section 506.3.9. Cleanout openings shall be equipped with tight - fitting doors constructed of steel having a thickness not less than that required for the duct. Doors shall be equipped with a substantial method of latching, sufficient to hold the door tightly closed. Doors shall be designed so that they are opera ble without the use of a tool. Door assemblies shall have a gasket or sealant that is noncombustible and liquid tight, and shall not have fasteners that penetrate the duct. Listed and labeled access door assemblies shall be installed in accordance with the terms of the listing. Signage shall be provided at all required access doors and openings in accordance with Section 506.3.12 . [CONT.]: 914.4 mm) of the exhaust fan, and as required under Section 506.3.9. Cleanout openings shall be equipped with tight - fitting doors constructed of steel having a thickness not less than that required for the duct. Doors shall be equipped with a substantial method of latching, sufficient to hold the door tightly closed. Doors shall be designed so that they are opera ble without the use of a tool. Door assemblies shall have a gasket or sealant that is noncombustible and liquid tight, and shall not have fasteners that penetrate the duct. Listed and labeled access door assemblies shall be installed in accordance with the terms of the listing. Signage shall be provided at all required access doors and openings in accordance with Section 506.3.12 . [CONT.]: 914.4 mm) of the exhaust fan, and as required under Section 506.3.9. Cleanout openings shall be equipped with tight - fitting doors constructed of steel having a thickness not less than that required for the duct. Doors shall be equipped with a substantial method of latching, sufficient to hold the door tightly closed. Doors shall be designed so that they are opera ble without the use of a tool. Door assemblies shall have a gasket or sealant that is noncombustible and liquid tight, and shall not have fasteners that penetrate the duct. Listed and labeled access door assemblies shall be installed in accordance with the terms of the listing. Signage shall be provided at all required access doors and openings in accordance with Section 506.3.12 . [CONT.]: 914.4 mm) of the exhaust fan, and as required under Section 506.3.9. Cleanout openings shall be equipped with tight - fitting doors constructed of steel having a thickness not less than that required for the duct. Doors shall be equipped with a substantial method of latching, sufficient to hold the door tightly closed. Doors shall be designed so that they are opera ble without the use of a tool. Door assemblies shall have a gasket or sealant that is noncombustible and liquid tight, and shall not have fasteners that penetrate the duct. Listed and labeled access door assemblies shall be installed in accordance with the terms of the listing. Signage shall be provided at all required access doors and openings in accordance with Section 506.3.12 . [CONT.]: 914.4 mm) of the exhaust fan, and as required under Section 506.3.9. Cleanout openings shall be equipped with tight - fitting doors constructed of steel having a thickness not less than that required for the duct. Doors shall be equipped with a substantial method of latching, sufficient to hold the door tightly closed. Doors shall be designed so that they are opera ble without the use of a tool. Door assemblies shall have a gasket or sealant that is noncombustible and liquid tight, and shall not have fasteners that penetrate the duct. Listed and labeled access door assemblies shall be installed in accordance with the terms of the listing. Signage shall be provided at all required access doors and openings in accordance with Section 506.3.12 . [CONT.]: 914.4 mm) of the exhaust fan, and as required under Section 506.3.9. Cleanout openings shall be equipped with tight - fitting doors constructed of steel having a thickness not less than that required for the duct. Doors shall be equipped with a substantial method of latching, sufficient to hold the door tightly closed. Doors shall be designed so that they are opera ble without the use of a tool. Door assemblies shall have a gasket or sealant that is noncombustible and liquid tight, and shall not have fasteners that penetrate the duct. Listed and labeled access door assemblies shall be installed in accordance with the terms of the listing. Signage shall be provided at all required access doors and openings in accordance with Section 506.3.12 . [CONT.]: 914.4 mm) of the exhaust fan, and as required under Section 506.3.9. Cleanout openings shall be equipped with tight - fitting doors constructed of steel having a thickness not less than that required for the duct. Doors shall be equipped with a substantial method of latching, sufficient to hold the door tightly closed. Doors shall be designed so that they are opera ble without the use of a tool. Door assemblies shall have a gasket or sealant that is noncombustible and liquid tight, and shall not have fasteners that penetrate the duct. Listed and labeled access door assemblies shall be installed in accordance with the terms of the listing. Signage shall be provided at all required access doors and openings in accordance with Section 506.3.12 . [CONT.]: 914.4 mm) of the exhaust fan, and as required under Section 506.3.9. Cleanout openings shall be equipped with tight - fitting doors constructed of steel having a thickness not less than that required for the duct. Doors shall be equipped with a substantial method of latching, sufficient to hold the door tightly closed. Doors shall be designed so that they are opera ble without the use of a tool. Door assemblies shall have a gasket or sealant that is noncombustible and liquid tight, and shall not have fasteners that penetrate the duct. Listed and labeled access door assemblies shall be installed in accordance with the terms of the listing. Signage shall be provided at all required access doors and openings in accordance with Section 506.3.12 . [CONT.]: 914.4 mm) of the exhaust fan, and as required under Section 506.3.9. Cleanout openings shall be equipped with tight - fitting doors constructed of steel having a thickness not less than that required for the duct. Doors shall be equipped with a substantial method of latching, sufficient to hold the door tightly closed. Doors shall be designed so that they are opera ble without the use of a tool. Door assemblies shall have a gasket or sealant that is noncombustible and liquid tight, and shall not have fasteners that penetrate the duct. Listed and labeled access door assemblies shall be installed in accordance with the terms of the listing. Signage shall be provided at all required access doors and openings in accordance with Section 506.3.12 . [CONT.]: 914.4 Heat and time controls. Sauna heaters shall be equipped with a thermostat that will limit room temperature to 194\u00b0F (90\u00b0C). If the thermostat is not an integral part of the sauna heater, the heat - sensing element shall be located within 6 inches (152.4 mm) of the ceiling. If the heat - sensing element is a capillary tube and bulb, the assembly shall be attached to the wall or oth er support, and shall be protected against physical damage. [CONT.]: 914.4 Heat and time controls. Sauna heaters shall be equipped with a thermostat that will limit room temperature to 194\u00b0F (90\u00b0C). If the thermostat is not an integral part of the sauna heater, the heat - sensing element shall be located within 6 inches (152.4 mm) of the ceiling. If the heat - sensing element is a capillary tube and bulb, the assembly shall be attached to the wall or oth er support, and shall be protected against physical damage. [CONT.]: 914.4 Heat and time controls. Sauna heaters shall be equipped with a thermostat that will limit room temperature to 194\u00b0F (90\u00b0C). If the thermostat is not an integral part of the sauna heater, the heat - sensing element shall be located within 6 inches (152.4 mm) of the ceiling. If the heat - sensing element is a capillary tube and bulb, the assembly shall be attached to the wall or oth er support, and shall be protected against physical damage. [CONT.]: 914.4 Heat and time controls. Sauna heaters shall be equipped with a thermostat that will limit room temperature to 194\u00b0F (90\u00b0C). If the thermostat is not an integral part of the sauna heater, the heat - sensing element shall be located within 6 inches (152.4 mm) of the ceiling. If the heat - sensing element is a capillary tube and bulb, the assembly shall be attached to the wall or oth er support, and shall be protected against physical damage. [CONT.]: 914.4 Heat and time controls. Sauna heaters shall be equipped with a thermostat that will limit room temperature to 194\u00b0F (90\u00b0C). If the thermostat is not an integral part of the sauna heater, the heat - sensing element shall be located within 6 inches (152.4 mm) of the ceiling. If the heat - sensing element is a capillary tube and bulb, the assembly shall be attached to the wall or oth er support, and shall be protected against physical damage. [CONT.]: 914.4 Heat and time controls. Sauna heaters shall be equipped with a thermostat that will limit room temperature to 194\u00b0F (90\u00b0C). If the thermostat is not an integral part of the sauna heater, the heat - sensing element shall be located within 6 inches (152.4 mm) of the ceiling. If the heat - sensing element is a capillary tube and bulb, the assembly shall be attached to the wall or oth er support, and shall be protected against physical damage. [CONT.]: 914.4 Heat and time controls. Sauna heaters shall be equipped with a thermostat that will limit room temperature to 194\u00b0F (90\u00b0C). If the thermostat is not an integral part of the sauna heater, the heat - sensing element shall be located within 6 inches (152.4 mm) of the ceiling. If the heat - sensing element is a capillary tube and bulb, the assembly shall be attached to the wall or oth er support, and shall be protected against physical damage. [CONT.]: 914.4 Heat and time controls. Sauna heaters shall be equipped with a thermostat that will limit room temperature to 194\u00b0F (90\u00b0C). If the thermostat is not an integral part of the sauna heater, the heat - sensing element shall be located within 6 inches (152.4 mm) of the ceiling. If the heat - sensing element is a capillary tube and bulb, the assembly shall be attached to the wall or oth er support, and shall be protected against physical damage. [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of any foundation wall or footing. 5. Special limitations near subways. Regardless of capacity, no fuel - oil tank shall be placed within 20 feet (6096 mm) of the outside line of a subway wall. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid transit roadbed. [CONT.]: 914.4 mm) of any foundation wall or footing. 5. Special limitations near subways. Regardless of capacity, no fuel - oil tank shall be placed within 20 feet (6096 mm) of the outside line of a subway wall. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid transit roadbed. [CONT.]: 914.4 mm) in diameter or less shall have at least a 1 / 4 - inch (6.4 mm) shell and 1 / 4 - inch (6.4 mm) heads. 2. Tanks 37 inches (940 mm) to 72 inches ( [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of any foundation wall or footing. 5. Special limitations near subways. Regardless of capacity, no fuel - oil tank shall be placed within 20 feet (6096 mm) of the outside line of a subway wall. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid transit roadbed. [CONT.]: 914.4 mm) in diameter or less shall have at least a 1 / 4 - inch (6.4 mm) shell and 1 / 4 - inch (6.4 mm) heads. 2. Tanks 37 inches (940 mm) to 72 inches ( [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of any foundation wall or footing. 5. Special limitations near subways. Regardless of capacity, no fuel - oil tank shall be placed within 20 feet (6096 mm) of the outside line of a subway wall. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid transit roadbed. [CONT.]: 914.4 mm) in diameter or less shall have at least a 1 / 4 - inch (6.4 mm) shell and 1 / 4 - inch (6.4 mm) heads. 2. Tanks 37 inches (940 mm) to 72 inches ( [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of any foundation wall or footing. 5. Special limitations near subways. Regardless of capacity, no fuel - oil tank shall be placed within 20 feet (6096 mm) of the outside line of a subway wall. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid transit roadbed. [CONT.]: 914.4 mm) in diameter or less shall have at least a 1 / 4 - inch (6.4 mm) shell and 1 / 4 - inch (6.4 mm) heads. 2. Tanks 37 inches (940 mm) to 72 inches ( [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of any foundation wall or footing. 5. Special limitations near subways. Regardless of capacity, no fuel - oil tank shall be placed within 20 feet (6096 mm) of the outside line of a subway wall. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid transit roadbed. [CONT.]: 914.4 mm) in diameter or less shall have at least a 1 / 4 - inch (6.4 mm) shell and 1 / 4 - inch (6.4 mm) heads. 2. Tanks 37 inches (940 mm) to 72 inches ( [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of any foundation wall or footing. 5. Special limitations near subways. Regardless of capacity, no fuel - oil tank shall be placed within 20 feet (6096 mm) of the outside line of a subway wall. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid transit roadbed. [CONT.]: 914.4 mm) in diameter or less shall have at least a 1 / 4 - inch (6.4 mm) shell and 1 / 4 - inch (6.4 mm) heads. 2. Tanks 37 inches (940 mm) to 72 inches ( [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of any foundation wall or footing. 5. Special limitations near subways. Regardless of capacity, no fuel - oil tank shall be placed within 20 feet (6096 mm) of the outside line of a subway wall. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid transit roadbed. [CONT.]: 914.4 mm) in diameter or less shall have at least a 1 / 4 - inch (6.4 mm) shell and 1 / 4 - inch (6.4 mm) heads. 2. Tanks 37 inches (940 mm) to 72 inches ( [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of any foundation wall or footing. 5. Special limitations near subways. Regardless of capacity, no fuel - oil tank shall be placed within 20 feet (6096 mm) of the outside line of a subway wall. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid transit roadbed. [CONT.]: 914.4 mm) in diameter or less shall have at least a 1 / 4 - inch (6.4 mm) shell and 1 / 4 - inch (6.4 mm) heads. 2. Tanks 37 inches (940 mm) to 72 inches ( [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of any foundation wall or footing. 5. Special limitations near subways. Regardless of capacity, no fuel - oil tank shall be placed within 20 feet (6096 mm) of the outside line of a subway wall. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid transit roadbed. [CONT.]: 914.4 mm) in diameter or less shall have at least a 1 / 4 - inch (6.4 mm) shell and 1 / 4 - inch (6.4 mm) heads. 2. Tanks 37 inches (940 mm) to 72 inches ( [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of any foundation wall or footing. 5. Special limitations near subways. Regardless of capacity, no fuel - oil tank shall be placed within 20 feet (6096 mm) of the outside line of a subway wall. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid transit roadbed. [CONT.]: 914.4 mm) in diameter or less shall have at least a 1 / 4 - inch (6.4 mm) shell and 1 / 4 - inch (6.4 mm) heads. 2. Tanks 37 inches (940 mm) to 72 inches ( [CONT.]: 914.4 mm) of the curb unless otherwise required by the Department of Transportation or the Transit Authority. If facilities exist for an oil delivery truck to drive onto the premises, the fuel - oil terminal may be located elsewhere other than the curb. [CONT.]: 914.4 mm) of any foundation wall or footing. 5. Special limitations near subways. Regardless of capacity, no fuel - oil tank shall be placed within 20 feet (6096 mm) of the outside line of a subway wall. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid transit roadbed. [CONT.]: 914.4 mm) in diameter or less shall have at least a 1 / 4 - inch (6.4 mm) shell and 1 / 4 - inch (6.4 mm) heads. 2. Tanks 37 inches (940 mm) to 72 inches (",
    "metadata": {
      "section_full": "914.4",
      "parent_major": "914",
      "parent_minor": "914.4",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.8.1",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.8.1 506.3.8.1 Personnel entry. Where ductwork is large enough to allow entr y of personnel, not less than one approved or listed opening having dimensions not less than 22 inches by 20 inches (558.8 mm by 508 mm) shall be provided in the horizontal sections, and in the top of vertical risers. Where such entry is provided, the duct and its supports shall be capable of supporting the additional load, and the cleanouts specified in Section 506.3.8 are not required . Where personnel entry is not possible for cleaning the interior of vertical ducts, suitable provisions shall be made to c lean the vertical duct in its entirety as well as for cleaning the base of the vertical riser . [CONT.]: 506.3.8.1 Personnel entry. Where ductwork is large enough to allow entr y of personnel, not less than one approved or listed opening having dimensions not less than 22 inches by 20 inches (558.8 mm by 508 mm) shall be provided in the horizontal sections, and in the top of vertical risers. Where such entry is provided, the duct and its supports shall be capable of supporting the additional load, and the cleanouts specified in Section 506.3.8 are not required . Where personnel entry is not possible for cleaning the interior of vertical ducts, suitable provisions shall be made to c lean the vertical duct in its entirety as well as for cleaning the base of the vertical riser . [CONT.]: 506.3.8.1 Personnel entry. Where ductwork is large enough to allow entr y of personnel, not less than one approved or listed opening having dimensions not less than 22 inches by 20 inches (558.8 mm by 508 mm) shall be provided in the horizontal sections, and in the top of vertical risers. Where such entry is provided, the duct and its supports shall be capable of supporting the additional load, and the cleanouts specified in Section 506.3.8 are not required . Where personnel entry is not possible for cleaning the interior of vertical ducts, suitable provisions shall be made to c lean the vertical duct in its entirety as well as for cleaning the base of the vertical riser . [CONT.]: 506.3.8.1 Personnel entry. Where ductwork is large enough to allow entr y of personnel, not less than one approved or listed opening having dimensions not less than 22 inches by 20 inches (558.8 mm by 508 mm) shall be provided in the horizontal sections, and in the top of vertical risers. Where such entry is provided, the duct and its supports shall be capable of supporting the additional load, and the cleanouts specified in Section 506.3.8 are not required . Where personnel entry is not possible for cleaning the interior of vertical ducts, suitable provisions shall be made to c lean the vertical duct in its entirety as well as for cleaning the base of the vertical riser . [CONT.]: 506.3.8.1 Personnel entry. Where ductwork is large enough to allow entr y of personnel, not less than one approved or listed opening having dimensions not less than 22 inches by 20 inches (558.8 mm by 508 mm) shall be provided in the horizontal sections, and in the top of vertical risers. Where such entry is provided, the duct and its supports shall be capable of supporting the additional load, and the cleanouts specified in Section 506.3.8 are not required . Where personnel entry is not possible for cleaning the interior of vertical ducts, suitable provisions shall be made to c lean the vertical duct in its entirety as well as for cleaning the base of the vertical riser . [CONT.]: 506.3.8.1 Personnel entry. Where ductwork is large enough to allow entr y of personnel, not less than one approved or listed opening having dimensions not less than 22 inches by 20 inches (558.8 mm by 508 mm) shall be provided in the horizontal sections, and in the top of vertical risers. Where such entry is provided, the duct and its supports shall be capable of supporting the additional load, and the cleanouts specified in Section 506.3.8 are not required . Where personnel entry is not possible for cleaning the interior of vertical ducts, suitable provisions shall be made to c lean the vertical duct in its entirety as well as for cleaning the base of the vertical riser . [CONT.]: 506.3.8.1 Personnel entry. Where ductwork is large enough to allow entr y of personnel, not less than one approved or listed opening having dimensions not less than 22 inches by 20 inches (558.8 mm by 508 mm) shall be provided in the horizontal sections, and in the top of vertical risers. Where such entry is provided, the duct and its supports shall be capable of supporting the additional load, and the cleanouts specified in Section 506.3.8 are not required . Where personnel entry is not possible for cleaning the interior of vertical ducts, suitable provisions shall be made to c lean the vertical duct in its entirety as well as for cleaning the base of the vertical riser . [CONT.]: 506.3.8.1 Personnel entry. Where ductwork is large enough to allow entr y of personnel, not less than one approved or listed opening having dimensions not less than 22 inches by 20 inches (558.8 mm by 508 mm) shall be provided in the horizontal sections, and in the top of vertical risers. Where such entry is provided, the duct and its supports shall be capable of supporting the additional load, and the cleanouts specified in Section 506.3.8 are not required . Where personnel entry is not possible for cleaning the interior of vertical ducts, suitable provisions shall be made to c lean the vertical duct in its entirety as well as for cleaning the base of the vertical riser . [CONT.]: 506.3.8.1 Personnel entry. Where ductwork is large enough to allow entr y of personnel, not less than one approved or listed opening having dimensions not less than 22 inches by 20 inches (558.8 mm by 508 mm) shall be provided in the horizontal sections, and in the top of vertical risers. Where such entry is provided, the duct and its supports shall be capable of supporting the additional load, and the cleanouts specified in Section 506.3.8 are not required . Where personnel entry is not possible for cleaning the interior of vertical ducts, suitable provisions shall be made to c lean the vertical duct in its entirety as well as for cleaning the base of the vertical riser . [CONT.]: 506.3.8.1 Personnel entry. Where ductwork is large enough to allow entr y of personnel, not less than one approved or listed opening having dimensions not less than 22 inches by 20 inches (558.8 mm by 508 mm) shall be provided in the horizontal sections, and in the top of vertical risers. Where such entry is provided, the duct and its supports shall be capable of supporting the additional load, and the cleanouts specified in Section 506.3.8 are not required . Where personnel entry is not possible for cleaning the interior of vertical ducts, suitable provisions shall be made to c lean the vertical duct in its entirety as well as for cleaning the base of the vertical riser . [CONT.]: 506.3.8.1 Personnel entry. Where ductwork is large enough to allow entr y of personnel, not less than one approved or listed opening having dimensions not less than 22 inches by 20 inches (558.8 mm by 508 mm) shall be provided in the horizontal sections, and in the top of vertical risers. Where such entry is provided, the duct and its supports shall be capable of supporting the additional load, and the cleanouts specified in Section 506.3.8 are not required . Where personnel entry is not possible for cleaning the interior of vertical ducts, suitable provisions shall be made to c lean the vertical duct in its entirety as well as for cleaning the base of the vertical riser . [CONT.]: 506.3.8.1 Personnel entry. Where ductwork is large enough to allow entr y of personnel, not less than one approved or listed opening having dimensions not less than 22 inches by 20 inches (558.8 mm by 508 mm) shall be provided in the horizontal sections, and in the top of vertical risers. Where such entry is provided, the duct and its supports shall be capable of supporting the additional load, and the cleanouts specified in Section 506.3.8 are not required . Where personnel entry is not possible for cleaning the interior of vertical ducts, suitable provisions shall be made to c lean the vertical duct in its entirety as well as for cleaning the base of the vertical riser .",
    "metadata": {
      "section_full": "506.3.8.1",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.8.2",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.8.2 506.3.8.2 Cleanouts serving in - line fans. A suitable cleanout shall be provided for both the inlet side and outlet side of an in - line fan except where a duct doe s not connect to the fan. Such cleanouts shall be located within 3 feet (914.4 mm) of the fan duct connections to permit a thorough cleaning of the inlet and discharge ducts connected to the in - line fan as well as the interior of the fan itself . Exception: Where suitable cleanouts for in - line fans cannot be provided, the in - line fan shall be of \u201cclam shell\u201d construction which shall permit the fan to be opened and thoroughly cleaned while remaining in place. [CONT.]: 506.3.8.2 Cleanouts serving in - line fans. A suitable cleanout shall be provided for both the inlet side and outlet side of an in - line fan except where a duct doe s not connect to the fan. Such cleanouts shall be located within 3 feet (914.4 mm) of the fan duct connections to permit a thorough cleaning of the inlet and discharge ducts connected to the in - line fan as well as the interior of the fan itself . Exception: Where suitable cleanouts for in - line fans cannot be provided, the in - line fan shall be of \u201cclam shell\u201d construction which shall permit the fan to be opened and thoroughly cleaned while remaining in place. [CONT.]: 506.3.8.2 Cleanouts serving in - line fans. A suitable cleanout shall be provided for both the inlet side and outlet side of an in - line fan except where a duct doe s not connect to the fan. Such cleanouts shall be located within 3 feet (914.4 mm) of the fan duct connections to permit a thorough cleaning of the inlet and discharge ducts connected to the in - line fan as well as the interior of the fan itself . Exception: Where suitable cleanouts for in - line fans cannot be provided, the in - line fan shall be of \u201cclam shell\u201d construction which shall permit the fan to be opened and thoroughly cleaned while remaining in place. [CONT.]: 506.3.8.2 Cleanouts serving in - line fans. A suitable cleanout shall be provided for both the inlet side and outlet side of an in - line fan except where a duct doe s not connect to the fan. Such cleanouts shall be located within 3 feet (914.4 mm) of the fan duct connections to permit a thorough cleaning of the inlet and discharge ducts connected to the in - line fan as well as the interior of the fan itself . Exception: Where suitable cleanouts for in - line fans cannot be provided, the in - line fan shall be of \u201cclam shell\u201d construction which shall permit the fan to be opened and thoroughly cleaned while remaining in place. [CONT.]: 506.3.8.2 Cleanouts serving in - line fans. A suitable cleanout shall be provided for both the inlet side and outlet side of an in - line fan except where a duct doe s not connect to the fan. Such cleanouts shall be located within 3 feet (914.4 mm) of the fan duct connections to permit a thorough cleaning of the inlet and discharge ducts connected to the in - line fan as well as the interior of the fan itself . Exception: Where suitable cleanouts for in - line fans cannot be provided, the in - line fan shall be of \u201cclam shell\u201d construction which shall permit the fan to be opened and thoroughly cleaned while remaining in place. [CONT.]: 506.3.8.2 Cleanouts serving in - line fans. A suitable cleanout shall be provided for both the inlet side and outlet side of an in - line fan except where a duct doe s not connect to the fan. Such cleanouts shall be located within 3 feet (914.4 mm) of the fan duct connections to permit a thorough cleaning of the inlet and discharge ducts connected to the in - line fan as well as the interior of the fan itself . Exception: Where suitable cleanouts for in - line fans cannot be provided, the in - line fan shall be of \u201cclam shell\u201d construction which shall permit the fan to be opened and thoroughly cleaned while remaining in place. [CONT.]: 506.3.8.2 Cleanouts serving in - line fans. A suitable cleanout shall be provided for both the inlet side and outlet side of an in - line fan except where a duct doe s not connect to the fan. Such cleanouts shall be located within 3 feet (914.4 mm) of the fan duct connections to permit a thorough cleaning of the inlet and discharge ducts connected to the in - line fan as well as the interior of the fan itself . Exception: Where suitable cleanouts for in - line fans cannot be provided, the in - line fan shall be of \u201cclam shell\u201d construction which shall permit the fan to be opened and thoroughly cleaned while remaining in place. [CONT.]: 506.3.8.2 Cleanouts serving in - line fans. A suitable cleanout shall be provided for both the inlet side and outlet side of an in - line fan except where a duct doe s not connect to the fan. Such cleanouts shall be located within 3 feet (914.4 mm) of the fan duct connections to permit a thorough cleaning of the inlet and discharge ducts connected to the in - line fan as well as the interior of the fan itself . Exception: Where suitable cleanouts for in - line fans cannot be provided, the in - line fan shall be of \u201cclam shell\u201d construction which shall permit the fan to be opened and thoroughly cleaned while remaining in place. [CONT.]: 506.3.8.2 Cleanouts serving in - line fans. A suitable cleanout shall be provided for both the inlet side and outlet side of an in - line fan except where a duct doe s not connect to the fan. Such cleanouts shall be located within 3 feet (914.4 mm) of the fan duct connections to permit a thorough cleaning of the inlet and discharge ducts connected to the in - line fan as well as the interior of the fan itself . Exception: Where suitable cleanouts for in - line fans cannot be provided, the in - line fan shall be of \u201cclam shell\u201d construction which shall permit the fan to be opened and thoroughly cleaned while remaining in place. [CONT.]: 506.3.8.2 Cleanouts serving in - line fans. A suitable cleanout shall be provided for both the inlet side and outlet side of an in - line fan except where a duct doe s not connect to the fan. Such cleanouts shall be located within 3 feet (914.4 mm) of the fan duct connections to permit a thorough cleaning of the inlet and discharge ducts connected to the in - line fan as well as the interior of the fan itself . Exception: Where suitable cleanouts for in - line fans cannot be provided, the in - line fan shall be of \u201cclam shell\u201d construction which shall permit the fan to be opened and thoroughly cleaned while remaining in place. [CONT.]: 506.3.8.2 Cleanouts serving in - line fans. A suitable cleanout shall be provided for both the inlet side and outlet side of an in - line fan except where a duct doe s not connect to the fan. Such cleanouts shall be located within 3 feet (914.4 mm) of the fan duct connections to permit a thorough cleaning of the inlet and discharge ducts connected to the in - line fan as well as the interior of the fan itself . Exception: Where suitable cleanouts for in - line fans cannot be provided, the in - line fan shall be of \u201cclam shell\u201d construction which shall permit the fan to be opened and thoroughly cleaned while remaining in place. [CONT.]: 506.3.8.2 Cleanouts serving in - line fans. A suitable cleanout shall be provided for both the inlet side and outlet side of an in - line fan except where a duct doe s not connect to the fan. Such cleanouts shall be located within 3 feet (914.4 mm) of the fan duct connections to permit a thorough cleaning of the inlet and discharge ducts connected to the in - line fan as well as the interior of the fan itself . Exception: Where suitable cleanouts for in - line fans cannot be provided, the in - line fan shall be of \u201cclam shell\u201d construction which shall permit the fan to be opened and thoroughly cleaned while remaining in place.",
    "metadata": {
      "section_full": "506.3.8.2",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.9",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.9 506.3.9 Grease duct horizontal cleanouts. Cleanout s located on horizontal sections of ducts shall be spaced not more than 20 feet (6096 mm) apart , unless the opening prescribed by Section 506.3.8.1 is not possible, in which case openings large enough to permit thorough cleaning shall be provided at 12 - foo t (3657.6 mm) intervals. The cleanouts shall be located on the side of the duct with the opening not less than 1.5 inches ( 38.1 mm) above the bottom of the duct, and not less than 1 inch ( 25.4 mm) below the top of the duct. The opening minimum dimensions s hall be 12 inches ( [CONT.]: 506.3.9 Grease duct horizontal cleanouts. Cleanout s located on horizontal sections of ducts shall be spaced not more than 20 feet (6096 mm) apart , unless the opening prescribed by Section 506.3.8.1 is not possible, in which case openings large enough to permit thorough cleaning shall be provided at 12 - foo t (3657.6 mm) intervals. The cleanouts shall be located on the side of the duct with the opening not less than 1.5 inches ( 38.1 mm) above the bottom of the duct, and not less than 1 inch ( 25.4 mm) below the top of the duct. The opening minimum dimensions s hall be 12 inches ( [CONT.]: 506.3.9 Grease duct horizontal cleanouts. Cleanout s located on horizontal sections of ducts shall be spaced not more than 20 feet (6096 mm) apart , unless the opening prescribed by Section 506.3.8.1 is not possible, in which case openings large enough to permit thorough cleaning shall be provided at 12 - foo t (3657.6 mm) intervals. The cleanouts shall be located on the side of the duct with the opening not less than 1.5 inches ( 38.1 mm) above the bottom of the duct, and not less than 1 inch ( 25.4 mm) below the top of the duct. The opening minimum dimensions s hall be 12 inches ( [CONT.]: 506.3.9 Grease duct horizontal cleanouts. Cleanout s located on horizontal sections of ducts shall be spaced not more than 20 feet (6096 mm) apart , unless the opening prescribed by Section 506.3.8.1 is not possible, in which case openings large enough to permit thorough cleaning shall be provided at 12 - foo t (3657.6 mm) intervals. The cleanouts shall be located on the side of the duct with the opening not less than 1.5 inches ( 38.1 mm) above the bottom of the duct, and not less than 1 inch ( 25.4 mm) below the top of the duct. The opening minimum dimensions s hall be 12 inches ( [CONT.]: 506.3.9 Grease duct horizontal cleanouts. Cleanout s located on horizontal sections of ducts shall be spaced not more than 20 feet (6096 mm) apart , unless the opening prescribed by Section 506.3.8.1 is not possible, in which case openings large enough to permit thorough cleaning shall be provided at 12 - foo t (3657.6 mm) intervals. The cleanouts shall be located on the side of the duct with the opening not less than 1.5 inches ( 38.1 mm) above the bottom of the duct, and not less than 1 inch ( 25.4 mm) below the top of the duct. The opening minimum dimensions s hall be 12 inches ( [CONT.]: 506.3.9 Grease duct horizontal cleanouts. Cleanout s located on horizontal sections of ducts shall be spaced not more than 20 feet (6096 mm) apart , unless the opening prescribed by Section 506.3.8.1 is not possible, in which case openings large enough to permit thorough cleaning shall be provided at 12 - foo t (3657.6 mm) intervals. The cleanouts shall be located on the side of the duct with the opening not less than 1.5 inches ( 38.1 mm) above the bottom of the duct, and not less than 1 inch ( 25.4 mm) below the top of the duct. The opening minimum dimensions s hall be 12 inches ( [CONT.]: 506.3.9 Grease duct horizontal cleanouts. Cleanout s located on horizontal sections of ducts shall be spaced not more than 20 feet (6096 mm) apart , unless the opening prescribed by Section 506.3.8.1 is not possible, in which case openings large enough to permit thorough cleaning shall be provided at 12 - foo t (3657.6 mm) intervals. The cleanouts shall be located on the side of the duct with the opening not less than 1.5 inches ( 38.1 mm) above the bottom of the duct, and not less than 1 inch ( 25.4 mm) below the top of the duct. The opening minimum dimensions s hall be 12 inches ( [CONT.]: 506.3.9 Grease duct horizontal cleanouts. Cleanout s located on horizontal sections of ducts shall be spaced not more than 20 feet (6096 mm) apart , unless the opening prescribed by Section 506.3.8.1 is not possible, in which case openings large enough to permit thorough cleaning shall be provided at 12 - foo t (3657.6 mm) intervals. The cleanouts shall be located on the side of the duct with the opening not less than 1.5 inches ( 38.1 mm) above the bottom of the duct, and not less than 1 inch ( 25.4 mm) below the top of the duct. The opening minimum dimensions s hall be 12 inches ( [CONT.]: 506.3.9 Grease duct horizontal cleanouts. Cleanout s located on horizontal sections of ducts shall be spaced not more than 20 feet (6096 mm) apart , unless the opening prescribed by Section 506.3.8.1 is not possible, in which case openings large enough to permit thorough cleaning shall be provided at 12 - foo t (3657.6 mm) intervals. The cleanouts shall be located on the side of the duct with the opening not less than 1.5 inches ( 38.1 mm) above the bottom of the duct, and not less than 1 inch ( 25.4 mm) below the top of the duct. The opening minimum dimensions s hall be 12 inches ( [CONT.]: 506.3.9 Grease duct horizontal cleanouts. Cleanout s located on horizontal sections of ducts shall be spaced not more than 20 feet (6096 mm) apart , unless the opening prescribed by Section 506.3.8.1 is not possible, in which case openings large enough to permit thorough cleaning shall be provided at 12 - foo t (3657.6 mm) intervals. The cleanouts shall be located on the side of the duct with the opening not less than 1.5 inches ( 38.1 mm) above the bottom of the duct, and not less than 1 inch ( 25.4 mm) below the top of the duct. The opening minimum dimensions s hall be 12 inches ( [CONT.]: 506.3.9 Grease duct horizontal cleanouts. Cleanout s located on horizontal sections of ducts shall be spaced not more than 20 feet (6096 mm) apart , unless the opening prescribed by Section 506.3.8.1 is not possible, in which case openings large enough to permit thorough cleaning shall be provided at 12 - foo t (3657.6 mm) intervals. The cleanouts shall be located on the side of the duct with the opening not less than 1.5 inches ( 38.1 mm) above the bottom of the duct, and not less than 1 inch ( 25.4 mm) below the top of the duct. The opening minimum dimensions s hall be 12 inches ( [CONT.]: 506.3.9 Grease duct horizontal cleanouts. Cleanout s located on horizontal sections of ducts shall be spaced not more than 20 feet (6096 mm) apart , unless the opening prescribed by Section 506.3.8.1 is not possible, in which case openings large enough to permit thorough cleaning shall be provided at 12 - foo t (3657.6 mm) intervals. The cleanouts shall be located on the side of the duct with the opening not less than 1.5 inches ( 38.1 mm) above the bottom of the duct, and not less than 1 inch ( 25.4 mm) below the top of the duct. The opening minimum dimensions s hall be 12 inches (",
    "metadata": {
      "section_full": "506.3.9",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.10",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.10 506.3.10 Underground and raised floor cavity grease duct installation. Grease ducts shall not be installed underground or in raised floor cav ities. [CONT.]: 506.3.10 Underground and raised floor cavity grease duct installation. Grease ducts shall not be installed underground or in raised floor cav ities. [CONT.]: 506.3.10 Underground and raised floor cavity grease duct installation. Grease ducts shall not be installed underground or in raised floor cav ities. [CONT.]: 506.3.10 Underground and raised floor cavity grease duct installation. Grease ducts shall not be installed underground or in raised floor cav ities. [CONT.]: 506.3.10 Underground and raised floor cavity grease duct installation. Grease ducts shall not be installed underground or in raised floor cav ities. [CONT.]: 506.3.10 Underground and raised floor cavity grease duct installation. Grease ducts shall not be installed underground or in raised floor cav ities. [CONT.]: 506.3.10 Underground and raised floor cavity grease duct installation. Grease ducts shall not be installed underground or in raised floor cav ities. [CONT.]: 506.3.10 Underground and raised floor cavity grease duct installation. Grease ducts shall not be installed underground or in raised floor cav ities. [CONT.]: 506.3.10 Underground and raised floor cavity grease duct installation. Grease ducts shall not be installed underground or in raised floor cav ities. [CONT.]: 506.3.10 Underground and raised floor cavity grease duct installation. Grease ducts shall not be installed underground or in raised floor cav ities. [CONT.]: 506.3.10 Underground and raised floor cavity grease duct installation. Grease ducts shall not be installed underground or in raised floor cav ities. [CONT.]: 506.3.10 Underground and raised floor cavity grease duct installation. Grease ducts shall not be installed underground or in raised floor cav ities.",
    "metadata": {
      "section_full": "506.3.10",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.11",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.11 506.3.11 Grease duct enclosure. A commercial kitchen grease duct serving a Type I hood that penetrates a ceiling, wall, floor or any concealed space shall be enclosed from the first point of penetration to the outlet terminal. In - line exhaust fans n ot located outdoors shall be enclosed as required for grease ducts. A duct shall penetrate exterior walls only at locations where unprotected openings are permitted by the New York City Building Code. The duct enclosure shall serve a single grease duct and shall not contain other ducts, piping or wiring systems. Duct enclosures shall be a shaft enclosure in accordance with Section 506.3.11.1, a field - applied enclosure assembly in accordance with Section 506.3.11.2 or a factory - built enclosure assembly in accordance with Section 506.3.11.3. Duct enclosures shall have a fire - resistance rating of not less than that of the fire - resistance - rated assembly penetrated and not less than 1 hour. Fire dampers and smoke dampers shall not be insta lled in grease ducts. Exception: A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. [CONT.]: 506.3.11 Grease duct enclosure. A commercial kitchen grease duct serving a Type I hood that penetrates a ceiling, wall, floor or any concealed space shall be enclosed from the first point of penetration to the outlet terminal. In - line exhaust fans n ot located outdoors shall be enclosed as required for grease ducts. A duct shall penetrate exterior walls only at locations where unprotected openings are permitted by the New York City Building Code. The duct enclosure shall serve a single grease duct and shall not contain other ducts, piping or wiring systems. Duct enclosures shall be a shaft enclosure in accordance with Section 506.3.11.1, a field - applied enclosure assembly in accordance with Section 506.3.11.2 or a factory - built enclosure assembly in accordance with Section 506.3.11.3. Duct enclosures shall have a fire - resistance rating of not less than that of the fire - resistance - rated assembly penetrated and not less than 1 hour. Fire dampers and smoke dampers shall not be insta lled in grease ducts. Exception: A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. [CONT.]: 506.3.11 Grease duct enclosure. A commercial kitchen grease duct serving a Type I hood that penetrates a ceiling, wall, floor or any concealed space shall be enclosed from the first point of penetration to the outlet terminal. In - line exhaust fans n ot located outdoors shall be enclosed as required for grease ducts. A duct shall penetrate exterior walls only at locations where unprotected openings are permitted by the New York City Building Code. The duct enclosure shall serve a single grease duct and shall not contain other ducts, piping or wiring systems. Duct enclosures shall be a shaft enclosure in accordance with Section 506.3.11.1, a field - applied enclosure assembly in accordance with Section 506.3.11.2 or a factory - built enclosure assembly in accordance with Section 506.3.11.3. Duct enclosures shall have a fire - resistance rating of not less than that of the fire - resistance - rated assembly penetrated and not less than 1 hour. Fire dampers and smoke dampers shall not be insta lled in grease ducts. Exception: A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. [CONT.]: 506.3.11 Grease duct enclosure. A commercial kitchen grease duct serving a Type I hood that penetrates a ceiling, wall, floor or any concealed space shall be enclosed from the first point of penetration to the outlet terminal. In - line exhaust fans n ot located outdoors shall be enclosed as required for grease ducts. A duct shall penetrate exterior walls only at locations where unprotected openings are permitted by the New York City Building Code. The duct enclosure shall serve a single grease duct and shall not contain other ducts, piping or wiring systems. Duct enclosures shall be a shaft enclosure in accordance with Section 506.3.11.1, a field - applied enclosure assembly in accordance with Section 506.3.11.2 or a factory - built enclosure assembly in accordance with Section 506.3.11.3. Duct enclosures shall have a fire - resistance rating of not less than that of the fire - resistance - rated assembly penetrated and not less than 1 hour. Fire dampers and smoke dampers shall not be insta lled in grease ducts. Exception: A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. [CONT.]: 506.3.11 Grease duct enclosure. A commercial kitchen grease duct serving a Type I hood that penetrates a ceiling, wall, floor or any concealed space shall be enclosed from the first point of penetration to the outlet terminal. In - line exhaust fans n ot located outdoors shall be enclosed as required for grease ducts. A duct shall penetrate exterior walls only at locations where unprotected openings are permitted by the New York City Building Code. The duct enclosure shall serve a single grease duct and shall not contain other ducts, piping or wiring systems. Duct enclosures shall be a shaft enclosure in accordance with Section 506.3.11.1, a field - applied enclosure assembly in accordance with Section 506.3.11.2 or a factory - built enclosure assembly in accordance with Section 506.3.11.3. Duct enclosures shall have a fire - resistance rating of not less than that of the fire - resistance - rated assembly penetrated and not less than 1 hour. Fire dampers and smoke dampers shall not be insta lled in grease ducts. Exception: A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. [CONT.]: 506.3.11 Grease duct enclosure. A commercial kitchen grease duct serving a Type I hood that penetrates a ceiling, wall, floor or any concealed space shall be enclosed from the first point of penetration to the outlet terminal. In - line exhaust fans n ot located outdoors shall be enclosed as required for grease ducts. A duct shall penetrate exterior walls only at locations where unprotected openings are permitted by the New York City Building Code. The duct enclosure shall serve a single grease duct and shall not contain other ducts, piping or wiring systems. Duct enclosures shall be a shaft enclosure in accordance with Section 506.3.11.1, a field - applied enclosure assembly in accordance with Section 506.3.11.2 or a factory - built enclosure assembly in accordance with Section 506.3.11.3. Duct enclosures shall have a fire - resistance rating of not less than that of the fire - resistance - rated assembly penetrated and not less than 1 hour. Fire dampers and smoke dampers shall not be insta lled in grease ducts. Exception: A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. [CONT.]: 506.3.11 Grease duct enclosure. A commercial kitchen grease duct serving a Type I hood that penetrates a ceiling, wall, floor or any concealed space shall be enclosed from the first point of penetration to the outlet terminal. In - line exhaust fans n ot located outdoors shall be enclosed as required for grease ducts. A duct shall penetrate exterior walls only at locations where unprotected openings are permitted by the New York City Building Code. The duct enclosure shall serve a single grease duct and shall not contain other ducts, piping or wiring systems. Duct enclosures shall be a shaft enclosure in accordance with Section 506.3.11.1, a field - applied enclosure assembly in accordance with Section 506.3.11.2 or a factory - built enclosure assembly in accordance with Section 506.3.11.3. Duct enclosures shall have a fire - resistance rating of not less than that of the fire - resistance - rated assembly penetrated and not less than 1 hour. Fire dampers and smoke dampers shall not be insta lled in grease ducts. Exception: A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. [CONT.]: 506.3.11 Grease duct enclosure. A commercial kitchen grease duct serving a Type I hood that penetrates a ceiling, wall, floor or any concealed space shall be enclosed from the first point of penetration to the outlet terminal. In - line exhaust fans n ot located outdoors shall be enclosed as required for grease ducts. A duct shall penetrate exterior walls only at locations where unprotected openings are permitted by the New York City Building Code. The duct enclosure shall serve a single grease duct and shall not contain other ducts, piping or wiring systems. Duct enclosures shall be a shaft enclosure in accordance with Section 506.3.11.1, a field - applied enclosure assembly in accordance with Section 506.3.11.2 or a factory - built enclosure assembly in accordance with Section 506.3.11.3. Duct enclosures shall have a fire - resistance rating of not less than that of the fire - resistance - rated assembly penetrated and not less than 1 hour. Fire dampers and smoke dampers shall not be insta lled in grease ducts. Exception: A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. [CONT.]: 506.3.11 Grease duct enclosure. A commercial kitchen grease duct serving a Type I hood that penetrates a ceiling, wall, floor or any concealed space shall be enclosed from the first point of penetration to the outlet terminal. In - line exhaust fans n ot located outdoors shall be enclosed as required for grease ducts. A duct shall penetrate exterior walls only at locations where unprotected openings are permitted by the New York City Building Code. The duct enclosure shall serve a single grease duct and shall not contain other ducts, piping or wiring systems. Duct enclosures shall be a shaft enclosure in accordance with Section 506.3.11.1, a field - applied enclosure assembly in accordance with Section 506.3.11.2 or a factory - built enclosure assembly in accordance with Section 506.3.11.3. Duct enclosures shall have a fire - resistance rating of not less than that of the fire - resistance - rated assembly penetrated and not less than 1 hour. Fire dampers and smoke dampers shall not be insta lled in grease ducts. Exception: A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. [CONT.]: 506.3.11 Grease duct enclosure. A commercial kitchen grease duct serving a Type I hood that penetrates a ceiling, wall, floor or any concealed space shall be enclosed from the first point of penetration to the outlet terminal. In - line exhaust fans n ot located outdoors shall be enclosed as required for grease ducts. A duct shall penetrate exterior walls only at locations where unprotected openings are permitted by the New York City Building Code. The duct enclosure shall serve a single grease duct and shall not contain other ducts, piping or wiring systems. Duct enclosures shall be a shaft enclosure in accordance with Section 506.3.11.1, a field - applied enclosure assembly in accordance with Section 506.3.11.2 or a factory - built enclosure assembly in accordance with Section 506.3.11.3. Duct enclosures shall have a fire - resistance rating of not less than that of the fire - resistance - rated assembly penetrated and not less than 1 hour. Fire dampers and smoke dampers shall not be insta lled in grease ducts. Exception: A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. [CONT.]: 506.3.11 Grease duct enclosure. A commercial kitchen grease duct serving a Type I hood that penetrates a ceiling, wall, floor or any concealed space shall be enclosed from the first point of penetration to the outlet terminal. In - line exhaust fans n ot located outdoors shall be enclosed as required for grease ducts. A duct shall penetrate exterior walls only at locations where unprotected openings are permitted by the New York City Building Code. The duct enclosure shall serve a single grease duct and shall not contain other ducts, piping or wiring systems. Duct enclosures shall be a shaft enclosure in accordance with Section 506.3.11.1, a field - applied enclosure assembly in accordance with Section 506.3.11.2 or a factory - built enclosure assembly in accordance with Section 506.3.11.3. Duct enclosures shall have a fire - resistance rating of not less than that of the fire - resistance - rated assembly penetrated and not less than 1 hour. Fire dampers and smoke dampers shall not be insta lled in grease ducts. Exception: A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. [CONT.]: 506.3.11 Grease duct enclosure. A commercial kitchen grease duct serving a Type I hood that penetrates a ceiling, wall, floor or any concealed space shall be enclosed from the first point of penetration to the outlet terminal. In - line exhaust fans n ot located outdoors shall be enclosed as required for grease ducts. A duct shall penetrate exterior walls only at locations where unprotected openings are permitted by the New York City Building Code. The duct enclosure shall serve a single grease duct and shall not contain other ducts, piping or wiring systems. Duct enclosures shall be a shaft enclosure in accordance with Section 506.3.11.1, a field - applied enclosure assembly in accordance with Section 506.3.11.2 or a factory - built enclosure assembly in accordance with Section 506.3.11.3. Duct enclosures shall have a fire - resistance rating of not less than that of the fire - resistance - rated assembly penetrated and not less than 1 hour. Fire dampers and smoke dampers shall not be insta lled in grease ducts. Exception: A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly.",
    "metadata": {
      "section_full": "506.3.11",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.11.1",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.11.1 506.3.11.1 Shaft enclosure. Grease ducts constructed in accordance with Section 506.3.1 shall be permitted to be enclosed in accordance with the New York City Building Code requirements for shaft construction. Such EXHAUST SYSTEMS 3. For all environmental air exhaust outlets : 3 feet (914.4 mm) from property lines separating lots; 3 feet (914.4 mm) from operable openings into buildings for all occupancies other than Group U, and 10 feet (3048 mm) from mechanical air intakes. Such exhaust outlets shall not be considered hazardous or noxious. Exception: A 10 foot (3048 mm) separation is not required b etween a mechanical air intake and an exhaust outlet which serve either of the following: 1. a single room, dwelling or sleeping unit with less than 750 cfm (354 L/s) Class 1 exhaust air; or 2. a single dwelling or sleeping unit with less than 400 cfm (189 L/s) Class 2 exhaust air. For this exception, the sum of any energy recovery device cross contamination and any re - entrainment of exhaust through the intake shall be less than 10% of the intake air flow as established by the manufacturer. The distance req uirements from property lines and operable openings shall be maintained. Air Class shall be determined in accordance with ASHRAE Standard 62.1. 4. Exhaust outlets and openings serving structures in flood hazard areas shall comply with the additional requir ements of Appendix G of the New York City Building Code. 5. For specific systems see the following sections: 5.1. Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment, Sections 506.3.13, 506.4 and 506.5. 5.3. Dust st ock and refuse conveying systems, Section 511. 5.4. Subslab soil exhaust systems, Section 512.4. 5.5. Smoke control systems, Section 909.10.3 of the New York City Building Code . 5.6. Refrigerant discharge, Section 1105.7. 5.7. Machinery room discharge, Section 1105.6.1. 6. In Occupancy Groups R - 2 and R - 3, each dwelling unit may be individually exhausted directly to the outdoors with a dedicated exhaust fan and shall comply with the following: 6.1. The exhaust system for the kitchen and the toi let/baths may be combined to the inlet of a single fan, provided such exhaust system serves only one dwelling unit. 6.2. The dedicated exhaust from each dwelling unit shall be directed away from any window serving the same dwelling unit from which the exha ust is taken, and in addition, such exhaust opening shall terminate at least: 6.2.1. Two feet ( [CONT.]: 506.3.11.1 Shaft enclosure. Grease ducts constructed in accordance with Section 506.3.1 shall be permitted to be enclosed in accordance with the New York City Building Code requirements for shaft construction. Such EXHAUST SYSTEMS grease duct systems and exhaust equipment shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 6 inches (152.4 mm). Duct enclosures shall be sealed aroun d the duct at the point of penetration and vented to the outside of the building through the use of weather - protected openings. Exceptions: 1. The shaft enclosure provisions of this section shall not be required where a duct penetration is protected with a through - penetration firestop system classified in accordance with ASTM E 814 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated and where the surface of the duct is continuously covered on all sides from the point at which the duct penetrates a ceiling, wall or floor to the outlet terminal with a classified and labeled material, system, method of construction or product specifically evaluated for such purpose, which material, system, method of construction or product is approved by the commissioner and installed according to the manufacturer\u2019s instructions. Exposed duct wrap systems shall be protected where subject to physical damage. 2. As an alternative to Exception 1 of this section, a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease, and as appro ved by the commissioner, shall be applied to all ducts inside of the building. 3. A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. 4. A listed and labeled factory - built commerci al kitchen grease duct system, evaluated as an enclosure system for reduced clearances to combustibles, and approved by the commissioner and installed according to manufacturer\u2019s instructions. [CONT.]: 506.3.11.1 Shaft enclosure. Grease ducts constructed in accordance with Section 506.3.1 shall be permitted to be enclosed in accordance with the New York City Building Code requirements for shaft construction. Such EXHAUST SYSTEMS grease duct systems and exhaust equipment shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 6 inches (152.4 mm). Duct enclosures shall be sealed aroun d the duct at the point of penetration and vented to the outside of the building through the use of weather - protected openings. Exceptions: 1. The shaft enclosure provisions of this section shall not be required where a duct penetration is protected with a through - penetration firestop system classified in accordance with ASTM E 814 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated and where the surface of the duct is continuously covered on all sides from the point at which the duct penetrates a ceiling, wall or floor to the outlet terminal with a classified and labeled material, system, method of construction or product specifically evaluated for such purpose, which material, system, method of construction or product is approved by the commissioner and installed according to the manufacturer\u2019s instructions. Exposed duct wrap systems shall be protected where subject to physical damage. 2. As an alternative to Exception 1 of this section, a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease, and as appro ved by the commissioner, shall be applied to all ducts inside of the building. 3. A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. 4. A listed and labeled factory - built commerci al kitchen grease duct system, evaluated as an enclosure system for reduced clearances to combustibles, and approved by the commissioner and installed according to manufacturer\u2019s instructions. [CONT.]: 506.3.11.1 Shaft enclosure. Grease ducts constructed in accordance with Section 506.3.1 shall be permitted to be enclosed in accordance with the New York City Building Code requirements for shaft construction. Such EXHAUST SYSTEMS grease duct systems and exhaust equipment shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 6 inches (152.4 mm). Duct enclosures shall be sealed aroun d the duct at the point of penetration and vented to the outside of the building through the use of weather - protected openings. Exceptions: 1. The shaft enclosure provisions of this section shall not be required where a duct penetration is protected with a through - penetration firestop system classified in accordance with ASTM E 814 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated and where the surface of the duct is continuously covered on all sides from the point at which the duct penetrates a ceiling, wall or floor to the outlet terminal with a classified and labeled material, system, method of construction or product specifically evaluated for such purpose, which material, system, method of construction or product is approved by the commissioner and installed according to the manufacturer\u2019s instructions. Exposed duct wrap systems shall be protected where subject to physical damage. 2. As an alternative to Exception 1 of this section, a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease, and as appro ved by the commissioner, shall be applied to all ducts inside of the building. 3. A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. 4. A listed and labeled factory - built commerci al kitchen grease duct system, evaluated as an enclosure system for reduced clearances to combustibles, and approved by the commissioner and installed according to manufacturer\u2019s instructions. [CONT.]: 506.3.11.1 Shaft enclosure. Grease ducts constructed in accordance with Section 506.3.1 shall be permitted to be enclosed in accordance with the New York City Building Code requirements for shaft construction. Such EXHAUST SYSTEMS grease duct systems and exhaust equipment shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 6 inches (152.4 mm). Duct enclosures shall be sealed aroun d the duct at the point of penetration and vented to the outside of the building through the use of weather - protected openings. Exceptions: 1. The shaft enclosure provisions of this section shall not be required where a duct penetration is protected with a through - penetration firestop system classified in accordance with ASTM E 814 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated and where the surface of the duct is continuously covered on all sides from the point at which the duct penetrates a ceiling, wall or floor to the outlet terminal with a classified and labeled material, system, method of construction or product specifically evaluated for such purpose, which material, system, method of construction or product is approved by the commissioner and installed according to the manufacturer\u2019s instructions. Exposed duct wrap systems shall be protected where subject to physical damage. 2. As an alternative to Exception 1 of this section, a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease, and as appro ved by the commissioner, shall be applied to all ducts inside of the building. 3. A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. 4. A listed and labeled factory - built commerci al kitchen grease duct system, evaluated as an enclosure system for reduced clearances to combustibles, and approved by the commissioner and installed according to manufacturer\u2019s instructions. [CONT.]: 506.3.11.1 Shaft enclosure. Grease ducts constructed in accordance with Section 506.3.1 shall be permitted to be enclosed in accordance with the New York City Building Code requirements for shaft construction. Such EXHAUST SYSTEMS grease duct systems and exhaust equipment shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 6 inches (152.4 mm). Duct enclosures shall be sealed aroun d the duct at the point of penetration and vented to the outside of the building through the use of weather - protected openings. Exceptions: 1. The shaft enclosure provisions of this section shall not be required where a duct penetration is protected with a through - penetration firestop system classified in accordance with ASTM E 814 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated and where the surface of the duct is continuously covered on all sides from the point at which the duct penetrates a ceiling, wall or floor to the outlet terminal with a classified and labeled material, system, method of construction or product specifically evaluated for such purpose, which material, system, method of construction or product is approved by the commissioner and installed according to the manufacturer\u2019s instructions. Exposed duct wrap systems shall be protected where subject to physical damage. 2. As an alternative to Exception 1 of this section, a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease, and as appro ved by the commissioner, shall be applied to all ducts inside of the building. 3. A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. 4. A listed and labeled factory - built commerci al kitchen grease duct system, evaluated as an enclosure system for reduced clearances to combustibles, and approved by the commissioner and installed according to manufacturer\u2019s instructions. [CONT.]: 506.3.11.1 Shaft enclosure. Grease ducts constructed in accordance with Section 506.3.1 shall be permitted to be enclosed in accordance with the New York City Building Code requirements for shaft construction. Such EXHAUST SYSTEMS grease duct systems and exhaust equipment shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 6 inches (152.4 mm). Duct enclosures shall be sealed aroun d the duct at the point of penetration and vented to the outside of the building through the use of weather - protected openings. Exceptions: 1. The shaft enclosure provisions of this section shall not be required where a duct penetration is protected with a through - penetration firestop system classified in accordance with ASTM E 814 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated and where the surface of the duct is continuously covered on all sides from the point at which the duct penetrates a ceiling, wall or floor to the outlet terminal with a classified and labeled material, system, method of construction or product specifically evaluated for such purpose, which material, system, method of construction or product is approved by the commissioner and installed according to the manufacturer\u2019s instructions. Exposed duct wrap systems shall be protected where subject to physical damage. 2. As an alternative to Exception 1 of this section, a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease, and as appro ved by the commissioner, shall be applied to all ducts inside of the building. 3. A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. 4. A listed and labeled factory - built commerci al kitchen grease duct system, evaluated as an enclosure system for reduced clearances to combustibles, and approved by the commissioner and installed according to manufacturer\u2019s instructions. [CONT.]: 506.3.11.1 Shaft enclosure. Grease ducts constructed in accordance with Section 506.3.1 shall be permitted to be enclosed in accordance with the New York City Building Code requirements for shaft construction. Such EXHAUST SYSTEMS grease duct systems and exhaust equipment shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 6 inches (152.4 mm). Duct enclosures shall be sealed aroun d the duct at the point of penetration and vented to the outside of the building through the use of weather - protected openings. Exceptions: 1. The shaft enclosure provisions of this section shall not be required where a duct penetration is protected with a through - penetration firestop system classified in accordance with ASTM E 814 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated and where the surface of the duct is continuously covered on all sides from the point at which the duct penetrates a ceiling, wall or floor to the outlet terminal with a classified and labeled material, system, method of construction or product specifically evaluated for such purpose, which material, system, method of construction or product is approved by the commissioner and installed according to the manufacturer\u2019s instructions. Exposed duct wrap systems shall be protected where subject to physical damage. 2. As an alternative to Exception 1 of this section, a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease, and as appro ved by the commissioner, shall be applied to all ducts inside of the building. 3. A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. 4. A listed and labeled factory - built commerci al kitchen grease duct system, evaluated as an enclosure system for reduced clearances to combustibles, and approved by the commissioner and installed according to manufacturer\u2019s instructions. [CONT.]: 506.3.11.1 Shaft enclosure. Grease ducts constructed in accordance with Section 506.3.1 shall be permitted to be enclosed in accordance with the New York City Building Code requirements for shaft construction. Such EXHAUST SYSTEMS grease duct systems and exhaust equipment shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 6 inches (152.4 mm). Duct enclosures shall be sealed aroun d the duct at the point of penetration and vented to the outside of the building through the use of weather - protected openings. Exceptions: 1. The shaft enclosure provisions of this section shall not be required where a duct penetration is protected with a through - penetration firestop system classified in accordance with ASTM E 814 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated and where the surface of the duct is continuously covered on all sides from the point at which the duct penetrates a ceiling, wall or floor to the outlet terminal with a classified and labeled material, system, method of construction or product specifically evaluated for such purpose, which material, system, method of construction or product is approved by the commissioner and installed according to the manufacturer\u2019s instructions. Exposed duct wrap systems shall be protected where subject to physical damage. 2. As an alternative to Exception 1 of this section, a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease, and as appro ved by the commissioner, shall be applied to all ducts inside of the building. 3. A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. 4. A listed and labeled factory - built commerci al kitchen grease duct system, evaluated as an enclosure system for reduced clearances to combustibles, and approved by the commissioner and installed according to manufacturer\u2019s instructions. [CONT.]: 506.3.11.1 Shaft enclosure. Grease ducts constructed in accordance with Section 506.3.1 shall be permitted to be enclosed in accordance with the New York City Building Code requirements for shaft construction. Such EXHAUST SYSTEMS grease duct systems and exhaust equipment shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 6 inches (152.4 mm). Duct enclosures shall be sealed aroun d the duct at the point of penetration and vented to the outside of the building through the use of weather - protected openings. Exceptions: 1. The shaft enclosure provisions of this section shall not be required where a duct penetration is protected with a through - penetration firestop system classified in accordance with ASTM E 814 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated and where the surface of the duct is continuously covered on all sides from the point at which the duct penetrates a ceiling, wall or floor to the outlet terminal with a classified and labeled material, system, method of construction or product specifically evaluated for such purpose, which material, system, method of construction or product is approved by the commissioner and installed according to the manufacturer\u2019s instructions. Exposed duct wrap systems shall be protected where subject to physical damage. 2. As an alternative to Exception 1 of this section, a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease, and as appro ved by the commissioner, shall be applied to all ducts inside of the building. 3. A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. 4. A listed and labeled factory - built commerci al kitchen grease duct system, evaluated as an enclosure system for reduced clearances to combustibles, and approved by the commissioner and installed according to manufacturer\u2019s instructions. [CONT.]: 506.3.11.1 Shaft enclosure. Grease ducts constructed in accordance with Section 506.3.1 shall be permitted to be enclosed in accordance with the New York City Building Code requirements for shaft construction. Such EXHAUST SYSTEMS grease duct systems and exhaust equipment shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 6 inches (152.4 mm). Duct enclosures shall be sealed aroun d the duct at the point of penetration and vented to the outside of the building through the use of weather - protected openings. Exceptions: 1. The shaft enclosure provisions of this section shall not be required where a duct penetration is protected with a through - penetration firestop system classified in accordance with ASTM E 814 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated and where the surface of the duct is continuously covered on all sides from the point at which the duct penetrates a ceiling, wall or floor to the outlet terminal with a classified and labeled material, system, method of construction or product specifically evaluated for such purpose, which material, system, method of construction or product is approved by the commissioner and installed according to the manufacturer\u2019s instructions. Exposed duct wrap systems shall be protected where subject to physical damage. 2. As an alternative to Exception 1 of this section, a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease, and as appro ved by the commissioner, shall be applied to all ducts inside of the building. 3. A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. 4. A listed and labeled factory - built commerci al kitchen grease duct system, evaluated as an enclosure system for reduced clearances to combustibles, and approved by the commissioner and installed according to manufacturer\u2019s instructions. [CONT.]: 506.3.11.1 Shaft enclosure. Grease ducts constructed in accordance with Section 506.3.1 shall be permitted to be enclosed in accordance with the New York City Building Code requirements for shaft construction. Such EXHAUST SYSTEMS grease duct systems and exhaust equipment shall have a clearance to combustible construction of not less than 18 inches (457.2 mm), and shall have a clearance to noncombustible construction and gypsum wallboard attached to noncombustible structures of not less than 6 inches (152.4 mm). Duct enclosures shall be sealed aroun d the duct at the point of penetration and vented to the outside of the building through the use of weather - protected openings. Exceptions: 1. The shaft enclosure provisions of this section shall not be required where a duct penetration is protected with a through - penetration firestop system classified in accordance with ASTM E 814 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated and where the surface of the duct is continuously covered on all sides from the point at which the duct penetrates a ceiling, wall or floor to the outlet terminal with a classified and labeled material, system, method of construction or product specifically evaluated for such purpose, which material, system, method of construction or product is approved by the commissioner and installed according to the manufacturer\u2019s instructions. Exposed duct wrap systems shall be protected where subject to physical damage. 2. As an alternative to Exception 1 of this section, a minimum insulation covering of 2 inches ( 50.8 mm) of magnesium or calcium silicate block, with staggered joints, attached with galvanized steel wire or material assembly equivalent in insulating and fire - resistant qualities which cannot be penetrated by grease, and as appro ved by the commissioner, shall be applied to all ducts inside of the building. 3. A duct enclosure shall not be required for a grease duct that penetrates only a nonfire - resistance - rated roof/ceiling assembly. 4. A listed and labeled factory - built commerci al kitchen grease duct system, evaluated as an enclosure system for reduced clearances to combustibles, and approved by the commissioner and installed according to manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "506.3.11.1",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.11.2",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.11.2 506.3.11.2 Field - applied grease duct enclosure. Grease ducts co nstructed in accordance with Section 506.3.1 shall be enclosed by a listed and labeled field - applied grease duct enclosure material, systems, product, or method of construction specifically evaluated for such purpose in accordance with ASTM E 2336. The sur face of the duct shall be continuously covered on all sides from the point at which the duct originates to the outlet terminal. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Exposed d uct - wrap systems shall be protected where subject to physical damage. [CONT.]: 506.3.11.2 Field - applied grease duct enclosure. Grease ducts co nstructed in accordance with Section 506.3.1 shall be enclosed by a listed and labeled field - applied grease duct enclosure material, systems, product, or method of construction specifically evaluated for such purpose in accordance with ASTM E 2336. The sur face of the duct shall be continuously covered on all sides from the point at which the duct originates to the outlet terminal. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Exposed d uct - wrap systems shall be protected where subject to physical damage. [CONT.]: 506.3.11.2 Field - applied grease duct enclosure. Grease ducts co nstructed in accordance with Section 506.3.1 shall be enclosed by a listed and labeled field - applied grease duct enclosure material, systems, product, or method of construction specifically evaluated for such purpose in accordance with ASTM E 2336. The sur face of the duct shall be continuously covered on all sides from the point at which the duct originates to the outlet terminal. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Exposed d uct - wrap systems shall be protected where subject to physical damage. [CONT.]: 506.3.11.2 Field - applied grease duct enclosure. Grease ducts co nstructed in accordance with Section 506.3.1 shall be enclosed by a listed and labeled field - applied grease duct enclosure material, systems, product, or method of construction specifically evaluated for such purpose in accordance with ASTM E 2336. The sur face of the duct shall be continuously covered on all sides from the point at which the duct originates to the outlet terminal. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Exposed d uct - wrap systems shall be protected where subject to physical damage. [CONT.]: 506.3.11.2 Field - applied grease duct enclosure. Grease ducts co nstructed in accordance with Section 506.3.1 shall be enclosed by a listed and labeled field - applied grease duct enclosure material, systems, product, or method of construction specifically evaluated for such purpose in accordance with ASTM E 2336. The sur face of the duct shall be continuously covered on all sides from the point at which the duct originates to the outlet terminal. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Exposed d uct - wrap systems shall be protected where subject to physical damage. [CONT.]: 506.3.11.2 Field - applied grease duct enclosure. Grease ducts co nstructed in accordance with Section 506.3.1 shall be enclosed by a listed and labeled field - applied grease duct enclosure material, systems, product, or method of construction specifically evaluated for such purpose in accordance with ASTM E 2336. The sur face of the duct shall be continuously covered on all sides from the point at which the duct originates to the outlet terminal. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Exposed d uct - wrap systems shall be protected where subject to physical damage. [CONT.]: 506.3.11.2 Field - applied grease duct enclosure. Grease ducts co nstructed in accordance with Section 506.3.1 shall be enclosed by a listed and labeled field - applied grease duct enclosure material, systems, product, or method of construction specifically evaluated for such purpose in accordance with ASTM E 2336. The sur face of the duct shall be continuously covered on all sides from the point at which the duct originates to the outlet terminal. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Exposed d uct - wrap systems shall be protected where subject to physical damage. [CONT.]: 506.3.11.2 Field - applied grease duct enclosure. Grease ducts co nstructed in accordance with Section 506.3.1 shall be enclosed by a listed and labeled field - applied grease duct enclosure material, systems, product, or method of construction specifically evaluated for such purpose in accordance with ASTM E 2336. The sur face of the duct shall be continuously covered on all sides from the point at which the duct originates to the outlet terminal. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Exposed d uct - wrap systems shall be protected where subject to physical damage. [CONT.]: 506.3.11.2 Field - applied grease duct enclosure. Grease ducts co nstructed in accordance with Section 506.3.1 shall be enclosed by a listed and labeled field - applied grease duct enclosure material, systems, product, or method of construction specifically evaluated for such purpose in accordance with ASTM E 2336. The sur face of the duct shall be continuously covered on all sides from the point at which the duct originates to the outlet terminal. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Exposed d uct - wrap systems shall be protected where subject to physical damage. [CONT.]: 506.3.11.2 Field - applied grease duct enclosure. Grease ducts co nstructed in accordance with Section 506.3.1 shall be enclosed by a listed and labeled field - applied grease duct enclosure material, systems, product, or method of construction specifically evaluated for such purpose in accordance with ASTM E 2336. The sur face of the duct shall be continuously covered on all sides from the point at which the duct originates to the outlet terminal. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Exposed d uct - wrap systems shall be protected where subject to physical damage. [CONT.]: 506.3.11.2 Field - applied grease duct enclosure. Grease ducts co nstructed in accordance with Section 506.3.1 shall be enclosed by a listed and labeled field - applied grease duct enclosure material, systems, product, or method of construction specifically evaluated for such purpose in accordance with ASTM E 2336. The sur face of the duct shall be continuously covered on all sides from the point at which the duct originates to the outlet terminal. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating equal to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Exposed d uct - wrap systems shall be protected where subject to physical damage.",
    "metadata": {
      "section_full": "506.3.11.2",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.11.3",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.11.3 506.3.11.3 Factory - built grease duct enclosure assemblies. Factory - built grease ducts incorporating integral enclosure materials shall be listed and labeled for use as grease duct enclos ure assemblies specifically evaluated for such purpose in accordance with UL 2221. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating e qual to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure assembly and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. [CONT.]: 506.3.11.3 Factory - built grease duct enclosure assemblies. Factory - built grease ducts incorporating integral enclosure materials shall be listed and labeled for use as grease duct enclos ure assemblies specifically evaluated for such purpose in accordance with UL 2221. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating e qual to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure assembly and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. [CONT.]: 506.3.11.3 Factory - built grease duct enclosure assemblies. Factory - built grease ducts incorporating integral enclosure materials shall be listed and labeled for use as grease duct enclos ure assemblies specifically evaluated for such purpose in accordance with UL 2221. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating e qual to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure assembly and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. [CONT.]: 506.3.11.3 Factory - built grease duct enclosure assemblies. Factory - built grease ducts incorporating integral enclosure materials shall be listed and labeled for use as grease duct enclos ure assemblies specifically evaluated for such purpose in accordance with UL 2221. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating e qual to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure assembly and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. [CONT.]: 506.3.11.3 Factory - built grease duct enclosure assemblies. Factory - built grease ducts incorporating integral enclosure materials shall be listed and labeled for use as grease duct enclos ure assemblies specifically evaluated for such purpose in accordance with UL 2221. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating e qual to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure assembly and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. [CONT.]: 506.3.11.3 Factory - built grease duct enclosure assemblies. Factory - built grease ducts incorporating integral enclosure materials shall be listed and labeled for use as grease duct enclos ure assemblies specifically evaluated for such purpose in accordance with UL 2221. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating e qual to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure assembly and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. [CONT.]: 506.3.11.3 Factory - built grease duct enclosure assemblies. Factory - built grease ducts incorporating integral enclosure materials shall be listed and labeled for use as grease duct enclos ure assemblies specifically evaluated for such purpose in accordance with UL 2221. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating e qual to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure assembly and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. [CONT.]: 506.3.11.3 Factory - built grease duct enclosure assemblies. Factory - built grease ducts incorporating integral enclosure materials shall be listed and labeled for use as grease duct enclos ure assemblies specifically evaluated for such purpose in accordance with UL 2221. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating e qual to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure assembly and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. [CONT.]: 506.3.11.3 Factory - built grease duct enclosure assemblies. Factory - built grease ducts incorporating integral enclosure materials shall be listed and labeled for use as grease duct enclos ure assemblies specifically evaluated for such purpose in accordance with UL 2221. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating e qual to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure assembly and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. [CONT.]: 506.3.11.3 Factory - built grease duct enclosure assemblies. Factory - built grease ducts incorporating integral enclosure materials shall be listed and labeled for use as grease duct enclos ure assemblies specifically evaluated for such purpose in accordance with UL 2221. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating e qual to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure assembly and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. [CONT.]: 506.3.11.3 Factory - built grease duct enclosure assemblies. Factory - built grease ducts incorporating integral enclosure materials shall be listed and labeled for use as grease duct enclos ure assemblies specifically evaluated for such purpose in accordance with UL 2221. Duct penetrations shall be protected with a through - penetration firestop system tested and listed in accordance with ASTM E 814 or UL 1479 and having an \u201cF\u201d and \u201cT\u201d rating e qual to the fire - resistance rating of the assembly being penetrated. The grease duct enclosure assembly and firestop system shall be installed in accordance with the listing and the manufacturer\u2019s instructions. [CONT.]: 506.3.11.3 2258 \u2014 2010 Outline of Investigation for Nonmetallic Tanks for Oil - Burner Fuels and Other Combustible Liquids .................................................. 1305.12.2, 1305.15.3, 1305.15.4, 1305.15.7 2518 \u2014 05 Air Dispersion System Materials ................................................................................................................",
    "metadata": {
      "section_full": "506.3.11.3",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.12",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.12 506.3.12 Grease duct fire - resistive access op ening. Where cleanout openings are located in ducts within a fire - resistance - rated enclosure, access openings shall be provided in the enclosure at each cleanout point. Access openings shall be equipped with tight - fitting sliding or hinged doors that are e qual in fire - resistive protection to that of the shaft or enclosure. An approved sign shall be placed on access opening panels with wording as follows : \u201cACCESS PANEL. DO NOT OBSTRUCT.\u201d Cleanout openings provided in ducts that are not located within a fire - resistance - rated enclosure shall be provided with signage at the required opening that contains the same wording. [CONT.]: 506.3.12 Grease duct fire - resistive access op ening. Where cleanout openings are located in ducts within a fire - resistance - rated enclosure, access openings shall be provided in the enclosure at each cleanout point. Access openings shall be equipped with tight - fitting sliding or hinged doors that are e qual in fire - resistive protection to that of the shaft or enclosure. An approved sign shall be placed on access opening panels with wording as follows : \u201cACCESS PANEL. DO NOT OBSTRUCT.\u201d Cleanout openings provided in ducts that are not located within a fire - resistance - rated enclosure shall be provided with signage at the required opening that contains the same wording. [CONT.]: 506.3.12 Grease duct fire - resistive access op ening. Where cleanout openings are located in ducts within a fire - resistance - rated enclosure, access openings shall be provided in the enclosure at each cleanout point. Access openings shall be equipped with tight - fitting sliding or hinged doors that are e qual in fire - resistive protection to that of the shaft or enclosure. An approved sign shall be placed on access opening panels with wording as follows : \u201cACCESS PANEL. DO NOT OBSTRUCT.\u201d Cleanout openings provided in ducts that are not located within a fire - resistance - rated enclosure shall be provided with signage at the required opening that contains the same wording. [CONT.]: 506.3.12 Grease duct fire - resistive access op ening. Where cleanout openings are located in ducts within a fire - resistance - rated enclosure, access openings shall be provided in the enclosure at each cleanout point. Access openings shall be equipped with tight - fitting sliding or hinged doors that are e qual in fire - resistive protection to that of the shaft or enclosure. An approved sign shall be placed on access opening panels with wording as follows : \u201cACCESS PANEL. DO NOT OBSTRUCT.\u201d Cleanout openings provided in ducts that are not located within a fire - resistance - rated enclosure shall be provided with signage at the required opening that contains the same wording. [CONT.]: 506.3.12 Grease duct fire - resistive access op ening. Where cleanout openings are located in ducts within a fire - resistance - rated enclosure, access openings shall be provided in the enclosure at each cleanout point. Access openings shall be equipped with tight - fitting sliding or hinged doors that are e qual in fire - resistive protection to that of the shaft or enclosure. An approved sign shall be placed on access opening panels with wording as follows : \u201cACCESS PANEL. DO NOT OBSTRUCT.\u201d Cleanout openings provided in ducts that are not located within a fire - resistance - rated enclosure shall be provided with signage at the required opening that contains the same wording. [CONT.]: 506.3.12 Grease duct fire - resistive access op ening. Where cleanout openings are located in ducts within a fire - resistance - rated enclosure, access openings shall be provided in the enclosure at each cleanout point. Access openings shall be equipped with tight - fitting sliding or hinged doors that are e qual in fire - resistive protection to that of the shaft or enclosure. An approved sign shall be placed on access opening panels with wording as follows : \u201cACCESS PANEL. DO NOT OBSTRUCT.\u201d Cleanout openings provided in ducts that are not located within a fire - resistance - rated enclosure shall be provided with signage at the required opening that contains the same wording. [CONT.]: 506.3.12 Grease duct fire - resistive access op ening. Where cleanout openings are located in ducts within a fire - resistance - rated enclosure, access openings shall be provided in the enclosure at each cleanout point. Access openings shall be equipped with tight - fitting sliding or hinged doors that are e qual in fire - resistive protection to that of the shaft or enclosure. An approved sign shall be placed on access opening panels with wording as follows : \u201cACCESS PANEL. DO NOT OBSTRUCT.\u201d Cleanout openings provided in ducts that are not located within a fire - resistance - rated enclosure shall be provided with signage at the required opening that contains the same wording. [CONT.]: 506.3.12 Grease duct fire - resistive access op ening. Where cleanout openings are located in ducts within a fire - resistance - rated enclosure, access openings shall be provided in the enclosure at each cleanout point. Access openings shall be equipped with tight - fitting sliding or hinged doors that are e qual in fire - resistive protection to that of the shaft or enclosure. An approved sign shall be placed on access opening panels with wording as follows : \u201cACCESS PANEL. DO NOT OBSTRUCT.\u201d Cleanout openings provided in ducts that are not located within a fire - resistance - rated enclosure shall be provided with signage at the required opening that contains the same wording. [CONT.]: 506.3.12 Grease duct fire - resistive access op ening. Where cleanout openings are located in ducts within a fire - resistance - rated enclosure, access openings shall be provided in the enclosure at each cleanout point. Access openings shall be equipped with tight - fitting sliding or hinged doors that are e qual in fire - resistive protection to that of the shaft or enclosure. An approved sign shall be placed on access opening panels with wording as follows : \u201cACCESS PANEL. DO NOT OBSTRUCT.\u201d Cleanout openings provided in ducts that are not located within a fire - resistance - rated enclosure shall be provided with signage at the required opening that contains the same wording. [CONT.]: 506.3.12 Grease duct fire - resistive access op ening. Where cleanout openings are located in ducts within a fire - resistance - rated enclosure, access openings shall be provided in the enclosure at each cleanout point. Access openings shall be equipped with tight - fitting sliding or hinged doors that are e qual in fire - resistive protection to that of the shaft or enclosure. An approved sign shall be placed on access opening panels with wording as follows : \u201cACCESS PANEL. DO NOT OBSTRUCT.\u201d Cleanout openings provided in ducts that are not located within a fire - resistance - rated enclosure shall be provided with signage at the required opening that contains the same wording. [CONT.]: 506.3.12 Grease duct fire - resistive access op ening. Where cleanout openings are located in ducts within a fire - resistance - rated enclosure, access openings shall be provided in the enclosure at each cleanout point. Access openings shall be equipped with tight - fitting sliding or hinged doors that are e qual in fire - resistive protection to that of the shaft or enclosure. An approved sign shall be placed on access opening panels with wording as follows : \u201cACCESS PANEL. DO NOT OBSTRUCT.\u201d Cleanout openings provided in ducts that are not located within a fire - resistance - rated enclosure shall be provided with signage at the required opening that contains the same wording.",
    "metadata": {
      "section_full": "506.3.12",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.13",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.13 506.3.13 Exhaust outlets serving Type I hoods. Exhaust outlets for grease ducts serving Type I hoods shall conform to the requirements of Sect ions 506.3.13.1 through 506.3.13.3. [CONT.]: 506.3.13 Exhaust outlets serving Type I hoods. Exhaust outlets for grease ducts serving Type I hoods shall conform to the requirements of Sect ions 506.3.13.1 through 506.3.13.3. [CONT.]: 506.3.13 Exhaust outlets serving Type I hoods. Exhaust outlets for grease ducts serving Type I hoods shall conform to the requirements of Sect ions 506.3.13.1 through 506.3.13.3. [CONT.]: 506.3.13 Exhaust outlets serving Type I hoods. Exhaust outlets for grease ducts serving Type I hoods shall conform to the requirements of Sect ions 506.3.13.1 through 506.3.13.3. [CONT.]: 506.3.13 Exhaust outlets serving Type I hoods. Exhaust outlets for grease ducts serving Type I hoods shall conform to the requirements of Sect ions 506.3.13.1 through 506.3.13.3. [CONT.]: 506.3.13 Exhaust outlets serving Type I hoods. Exhaust outlets for grease ducts serving Type I hoods shall conform to the requirements of Sect ions 506.3.13.1 through 506.3.13.3. [CONT.]: 506.3.13 Exhaust outlets serving Type I hoods. Exhaust outlets for grease ducts serving Type I hoods shall conform to the requirements of Sect ions 506.3.13.1 through 506.3.13.3. [CONT.]: 506.3.13 Exhaust outlets serving Type I hoods. Exhaust outlets for grease ducts serving Type I hoods shall conform to the requirements of Sect ions 506.3.13.1 through 506.3.13.3. [CONT.]: 506.3.13 Exhaust outlets serving Type I hoods. Exhaust outlets for grease ducts serving Type I hoods shall conform to the requirements of Sect ions 506.3.13.1 through 506.3.13.3. [CONT.]: 506.3.13 Exhaust outlets serving Type I hoods. Exhaust outlets for grease ducts serving Type I hoods shall conform to the requirements of Sect ions 506.3.13.1 through 506.3.13.3. [CONT.]: 506.3.13 Exhaust outlets serving Type I hoods. Exhaust outlets for grease ducts serving Type I hoods shall conform to the requirements of Sect ions 506.3.13.1 through 506.3.13.3.",
    "metadata": {
      "section_full": "506.3.13",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.13.1",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.13.1 506.3.13.1 Termination above the roof. Exhaust outlets that terminate above the roof shall have the discharge opening located not less than 40 inches (1016 mm) above the roof surface. The exhaust flow shall be directed away from the surface of the roof. [CONT.]: 506.3.13.1 Termination above the roof. Exhaust outlets that terminate above the roof shall have the discharge opening located not less than 40 inches (1016 mm) above the roof surface. The exhaust flow shall be directed away from the surface of the roof. [CONT.]: 506.3.13.1 Termination above the roof. Exhaust outlets that terminate above the roof shall have the discharge opening located not less than 40 inches (1016 mm) above the roof surface. The exhaust flow shall be directed away from the surface of the roof. [CONT.]: 506.3.13.1 Termination above the roof. Exhaust outlets that terminate above the roof shall have the discharge opening located not less than 40 inches (1016 mm) above the roof surface. The exhaust flow shall be directed away from the surface of the roof. [CONT.]: 506.3.13.1 Termination above the roof. Exhaust outlets that terminate above the roof shall have the discharge opening located not less than 40 inches (1016 mm) above the roof surface. The exhaust flow shall be directed away from the surface of the roof. [CONT.]: 506.3.13.1 Termination above the roof. Exhaust outlets that terminate above the roof shall have the discharge opening located not less than 40 inches (1016 mm) above the roof surface. The exhaust flow shall be directed away from the surface of the roof. [CONT.]: 506.3.13.1 Termination above the roof. Exhaust outlets that terminate above the roof shall have the discharge opening located not less than 40 inches (1016 mm) above the roof surface. The exhaust flow shall be directed away from the surface of the roof. [CONT.]: 506.3.13.1 Termination above the roof. Exhaust outlets that terminate above the roof shall have the discharge opening located not less than 40 inches (1016 mm) above the roof surface. The exhaust flow shall be directed away from the surface of the roof. [CONT.]: 506.3.13.1 Termination above the roof. Exhaust outlets that terminate above the roof shall have the discharge opening located not less than 40 inches (1016 mm) above the roof surface. The exhaust flow shall be directed away from the surface of the roof. [CONT.]: 506.3.13.1 Termination above the roof. Exhaust outlets that terminate above the roof shall have the discharge opening located not less than 40 inches (1016 mm) above the roof surface. The exhaust flow shall be directed away from the surface of the roof. [CONT.]: 506.3.13.1 Termination above the roof. Exhaust outlets that terminate above the roof shall have the discharge opening located not less than 40 inches (1016 mm) above the roof surface. The exhaust flow shall be directed away from the surface of the roof.",
    "metadata": {
      "section_full": "506.3.13.1",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.13.2",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.13.2 506.3.13.2 Termination through an exterior wall. Exhaust outlets shall be permitted to terminate through exterior walls where the smoke, grease, gases, vapors and odors in the discharge from such terminations do not EXHAUST SYSTEMS create a public nuisance or a fire hazard. Such terminations shall not be located where protected openings are required by the New York City Building Code . Other exterior openings shall not be located within 3 feet (914.4 mm) of such terminations. [CONT.]: 506.3.13.2 Termination through an exterior wall. Exhaust outlets shall be permitted to terminate through exterior walls where the smoke, grease, gases, vapors and odors in the discharge from such terminations do not EXHAUST SYSTEMS create a public nuisance or a fire hazard. Such terminations shall not be located where protected openings are required by the New York City Building Code . Other exterior openings shall not be located within 3 feet (914.4 mm) of such terminations. [CONT.]: 506.3.13.2 Termination through an exterior wall. Exhaust outlets shall be permitted to terminate through exterior walls where the smoke, grease, gases, vapors and odors in the discharge from such terminations do not EXHAUST SYSTEMS create a public nuisance or a fire hazard. Such terminations shall not be located where protected openings are required by the New York City Building Code . Other exterior openings shall not be located within 3 feet (914.4 mm) of such terminations. [CONT.]: 506.3.13.2 Termination through an exterior wall. Exhaust outlets shall be permitted to terminate through exterior walls where the smoke, grease, gases, vapors and odors in the discharge from such terminations do not EXHAUST SYSTEMS create a public nuisance or a fire hazard. Such terminations shall not be located where protected openings are required by the New York City Building Code . Other exterior openings shall not be located within 3 feet (914.4 mm) of such terminations. [CONT.]: 506.3.13.2 Termination through an exterior wall. Exhaust outlets shall be permitted to terminate through exterior walls where the smoke, grease, gases, vapors and odors in the discharge from such terminations do not EXHAUST SYSTEMS create a public nuisance or a fire hazard. Such terminations shall not be located where protected openings are required by the New York City Building Code . Other exterior openings shall not be located within 3 feet (914.4 mm) of such terminations. [CONT.]: 506.3.13.2 Termination through an exterior wall. Exhaust outlets shall be permitted to terminate through exterior walls where the smoke, grease, gases, vapors and odors in the discharge from such terminations do not EXHAUST SYSTEMS create a public nuisance or a fire hazard. Such terminations shall not be located where protected openings are required by the New York City Building Code . Other exterior openings shall not be located within 3 feet (914.4 mm) of such terminations. [CONT.]: 506.3.13.2 Termination through an exterior wall. Exhaust outlets shall be permitted to terminate through exterior walls where the smoke, grease, gases, vapors and odors in the discharge from such terminations do not EXHAUST SYSTEMS create a public nuisance or a fire hazard. Such terminations shall not be located where protected openings are required by the New York City Building Code . Other exterior openings shall not be located within 3 feet (914.4 mm) of such terminations. [CONT.]: 506.3.13.2 Termination through an exterior wall. Exhaust outlets shall be permitted to terminate through exterior walls where the smoke, grease, gases, vapors and odors in the discharge from such terminations do not EXHAUST SYSTEMS create a public nuisance or a fire hazard. Such terminations shall not be located where protected openings are required by the New York City Building Code . Other exterior openings shall not be located within 3 feet (914.4 mm) of such terminations. [CONT.]: 506.3.13.2 Termination through an exterior wall. Exhaust outlets shall be permitted to terminate through exterior walls where the smoke, grease, gases, vapors and odors in the discharge from such terminations do not EXHAUST SYSTEMS create a public nuisance or a fire hazard. Such terminations shall not be located where protected openings are required by the New York City Building Code . Other exterior openings shall not be located within 3 feet (914.4 mm) of such terminations. [CONT.]: 506.3.13.2 Termination through an exterior wall. Exhaust outlets shall be permitted to terminate through exterior walls where the smoke, grease, gases, vapors and odors in the discharge from such terminations do not EXHAUST SYSTEMS create a public nuisance or a fire hazard. Such terminations shall not be located where protected openings are required by the New York City Building Code . Other exterior openings shall not be located within 3 feet (914.4 mm) of such terminations. [CONT.]: 506.3.13.2 Termination through an exterior wall. Exhaust outlets shall be permitted to terminate through exterior walls where the smoke, grease, gases, vapors and odors in the discharge from such terminations do not EXHAUST SYSTEMS create a public nuisance or a fire hazard. Such terminations shall not be located where protected openings are required by the New York City Building Code . Other exterior openings shall not be located within 3 feet (914.4 mm) of such terminations.",
    "metadata": {
      "section_full": "506.3.13.2",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.3.13.3",
    "text": "CONTEXT: 506 > 506.3 | CONTENT: 506.3.13.3 506.3.13.3 Termination location. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from parts of the same or contiguous buildings, adjacent buildings and adjacent property lines and shall be located not le ss than 10 feet (3048 mm) above the adjoining grade level. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from and not less than 3 feet (914.4 mm) above air intake openings into any building. Exception: Exhaust outlets shall terminate not less than 5 feet (1524 mm) horizontally from parts of the same or contiguous building, an adjacent building, adjacent property line and air intake openings into a building where air from the exhaust outlet discharges away from such locations. [CONT.]: 506.3.13.3 Termination location. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from parts of the same or contiguous buildings, adjacent buildings and adjacent property lines and shall be located not le ss than 10 feet (3048 mm) above the adjoining grade level. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from and not less than 3 feet (914.4 mm) above air intake openings into any building. Exception: Exhaust outlets shall terminate not less than 5 feet (1524 mm) horizontally from parts of the same or contiguous building, an adjacent building, adjacent property line and air intake openings into a building where air from the exhaust outlet discharges away from such locations. [CONT.]: 506.3.13.3 Termination location. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from parts of the same or contiguous buildings, adjacent buildings and adjacent property lines and shall be located not le ss than 10 feet (3048 mm) above the adjoining grade level. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from and not less than 3 feet (914.4 mm) above air intake openings into any building. Exception: Exhaust outlets shall terminate not less than 5 feet (1524 mm) horizontally from parts of the same or contiguous building, an adjacent building, adjacent property line and air intake openings into a building where air from the exhaust outlet discharges away from such locations. [CONT.]: 506.3.13.3 Termination location. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from parts of the same or contiguous buildings, adjacent buildings and adjacent property lines and shall be located not le ss than 10 feet (3048 mm) above the adjoining grade level. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from and not less than 3 feet (914.4 mm) above air intake openings into any building. Exception: Exhaust outlets shall terminate not less than 5 feet (1524 mm) horizontally from parts of the same or contiguous building, an adjacent building, adjacent property line and air intake openings into a building where air from the exhaust outlet discharges away from such locations. [CONT.]: 506.3.13.3 Termination location. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from parts of the same or contiguous buildings, adjacent buildings and adjacent property lines and shall be located not le ss than 10 feet (3048 mm) above the adjoining grade level. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from and not less than 3 feet (914.4 mm) above air intake openings into any building. Exception: Exhaust outlets shall terminate not less than 5 feet (1524 mm) horizontally from parts of the same or contiguous building, an adjacent building, adjacent property line and air intake openings into a building where air from the exhaust outlet discharges away from such locations. [CONT.]: 506.3.13.3 Termination location. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from parts of the same or contiguous buildings, adjacent buildings and adjacent property lines and shall be located not le ss than 10 feet (3048 mm) above the adjoining grade level. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from and not less than 3 feet (914.4 mm) above air intake openings into any building. Exception: Exhaust outlets shall terminate not less than 5 feet (1524 mm) horizontally from parts of the same or contiguous building, an adjacent building, adjacent property line and air intake openings into a building where air from the exhaust outlet discharges away from such locations. [CONT.]: 506.3.13.3 Termination location. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from parts of the same or contiguous buildings, adjacent buildings and adjacent property lines and shall be located not le ss than 10 feet (3048 mm) above the adjoining grade level. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from and not less than 3 feet (914.4 mm) above air intake openings into any building. Exception: Exhaust outlets shall terminate not less than 5 feet (1524 mm) horizontally from parts of the same or contiguous building, an adjacent building, adjacent property line and air intake openings into a building where air from the exhaust outlet discharges away from such locations. [CONT.]: 506.3.13.3 Termination location. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from parts of the same or contiguous buildings, adjacent buildings and adjacent property lines and shall be located not le ss than 10 feet (3048 mm) above the adjoining grade level. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from and not less than 3 feet (914.4 mm) above air intake openings into any building. Exception: Exhaust outlets shall terminate not less than 5 feet (1524 mm) horizontally from parts of the same or contiguous building, an adjacent building, adjacent property line and air intake openings into a building where air from the exhaust outlet discharges away from such locations. [CONT.]: 506.3.13.3 Termination location. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from parts of the same or contiguous buildings, adjacent buildings and adjacent property lines and shall be located not le ss than 10 feet (3048 mm) above the adjoining grade level. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from and not less than 3 feet (914.4 mm) above air intake openings into any building. Exception: Exhaust outlets shall terminate not less than 5 feet (1524 mm) horizontally from parts of the same or contiguous building, an adjacent building, adjacent property line and air intake openings into a building where air from the exhaust outlet discharges away from such locations. [CONT.]: 506.3.13.3 Termination location. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from parts of the same or contiguous buildings, adjacent buildings and adjacent property lines and shall be located not le ss than 10 feet (3048 mm) above the adjoining grade level. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from and not less than 3 feet (914.4 mm) above air intake openings into any building. Exception: Exhaust outlets shall terminate not less than 5 feet (1524 mm) horizontally from parts of the same or contiguous building, an adjacent building, adjacent property line and air intake openings into a building where air from the exhaust outlet discharges away from such locations. [CONT.]: 506.3.13.3 Termination location. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from parts of the same or contiguous buildings, adjacent buildings and adjacent property lines and shall be located not le ss than 10 feet (3048 mm) above the adjoining grade level. Exhaust outlets shall be located not less than 10 feet (3048 mm) horizontally from and not less than 3 feet (914.4 mm) above air intake openings into any building. Exception: Exhaust outlets shall terminate not less than 5 feet (1524 mm) horizontally from parts of the same or contiguous building, an adjacent building, adjacent property line and air intake openings into a building where air from the exhaust outlet discharges away from such locations.",
    "metadata": {
      "section_full": "506.3.13.3",
      "parent_major": "506",
      "parent_minor": "506.3",
      "source": "029.txt"
    }
  },
  {
    "id": "506.4",
    "text": "CONTEXT: 506 > 506.4 | CONTENT: 506.4 506.4 Ducts serving Type II hoods. Commercial kitchen exhaust systems serving Type II hoods shall comply with Sections 506.4.1 and 506.4.2. [CONT.]: 506.4 Ducts serving Type II hoods. Commercial kitchen exhaust systems serving Type II hoods shall comply with Sections 506.4.1 and 506.4.2. [CONT.]: 506.4 Ducts serving Type II hoods. Commercial kitchen exhaust systems serving Type II hoods shall comply with Sections 506.4.1 and 506.4.2. [CONT.]: 506.4 Ducts serving Type II hoods. Commercial kitchen exhaust systems serving Type II hoods shall comply with Sections 506.4.1 and 506.4.2. [CONT.]: 506.4 Ducts serving Type II hoods. Commercial kitchen exhaust systems serving Type II hoods shall comply with Sections 506.4.1 and 506.4.2. [CONT.]: 506.4 Ducts serving Type II hoods. Commercial kitchen exhaust systems serving Type II hoods shall comply with Sections 506.4.1 and 506.4.2. [CONT.]: 506.4 Ducts serving Type II hoods. Commercial kitchen exhaust systems serving Type II hoods shall comply with Sections 506.4.1 and 506.4.2. [CONT.]: 506.4 Ducts serving Type II hoods. Commercial kitchen exhaust systems serving Type II hoods shall comply with Sections 506.4.1 and 506.4.2. [CONT.]: 506.4 Ducts serving Type II hoods. Commercial kitchen exhaust systems serving Type II hoods shall comply with Sections 506.4.1 and 506.4.2. [CONT.]: 506.4 Ducts serving Type II hoods. Commercial kitchen exhaust systems serving Type II hoods shall comply with Sections 506.4.1 and 506.4.2. [CONT.]: 506.4 Ducts serving Type II hoods. Commercial kitchen exhaust systems serving Type II hoods shall comply with Sections 506.4.1 and 506.4.2.",
    "metadata": {
      "section_full": "506.4",
      "parent_major": "506",
      "parent_minor": "506.4",
      "source": "029.txt"
    }
  },
  {
    "id": "506.4.1",
    "text": "CONTEXT: 506 > 506.4 | CONTENT: 506.4.1 506.4.1 Ducts. Ducts and plenums serving Type II hoods shall be constructed of rigid metallic materials. Duct const ruction, installation, bracing and supports shall comply with Chapter 6. Ducts subject to positive pressure and ducts conveying moisture - laden or waste - heat - laden air shall be constructed, joined and sealed in an approved manner. [CONT.]: 506.4.1 Ducts. Ducts and plenums serving Type II hoods shall be constructed of rigid metallic materials. Duct const ruction, installation, bracing and supports shall comply with Chapter 6. Ducts subject to positive pressure and ducts conveying moisture - laden or waste - heat - laden air shall be constructed, joined and sealed in an approved manner. [CONT.]: 506.4.1 Ducts. Ducts and plenums serving Type II hoods shall be constructed of rigid metallic materials. Duct const ruction, installation, bracing and supports shall comply with Chapter 6. Ducts subject to positive pressure and ducts conveying moisture - laden or waste - heat - laden air shall be constructed, joined and sealed in an approved manner. [CONT.]: 506.4.1 Ducts. Ducts and plenums serving Type II hoods shall be constructed of rigid metallic materials. Duct const ruction, installation, bracing and supports shall comply with Chapter 6. Ducts subject to positive pressure and ducts conveying moisture - laden or waste - heat - laden air shall be constructed, joined and sealed in an approved manner. [CONT.]: 506.4.1 Ducts. Ducts and plenums serving Type II hoods shall be constructed of rigid metallic materials. Duct const ruction, installation, bracing and supports shall comply with Chapter 6. Ducts subject to positive pressure and ducts conveying moisture - laden or waste - heat - laden air shall be constructed, joined and sealed in an approved manner. [CONT.]: 506.4.1 Ducts. Ducts and plenums serving Type II hoods shall be constructed of rigid metallic materials. Duct const ruction, installation, bracing and supports shall comply with Chapter 6. Ducts subject to positive pressure and ducts conveying moisture - laden or waste - heat - laden air shall be constructed, joined and sealed in an approved manner. [CONT.]: 506.4.1 Ducts. Ducts and plenums serving Type II hoods shall be constructed of rigid metallic materials. Duct const ruction, installation, bracing and supports shall comply with Chapter 6. Ducts subject to positive pressure and ducts conveying moisture - laden or waste - heat - laden air shall be constructed, joined and sealed in an approved manner. [CONT.]: 506.4.1 Ducts. Ducts and plenums serving Type II hoods shall be constructed of rigid metallic materials. Duct const ruction, installation, bracing and supports shall comply with Chapter 6. Ducts subject to positive pressure and ducts conveying moisture - laden or waste - heat - laden air shall be constructed, joined and sealed in an approved manner. [CONT.]: 506.4.1 Ducts. Ducts and plenums serving Type II hoods shall be constructed of rigid metallic materials. Duct const ruction, installation, bracing and supports shall comply with Chapter 6. Ducts subject to positive pressure and ducts conveying moisture - laden or waste - heat - laden air shall be constructed, joined and sealed in an approved manner. [CONT.]: 506.4.1 Ducts. Ducts and plenums serving Type II hoods shall be constructed of rigid metallic materials. Duct const ruction, installation, bracing and supports shall comply with Chapter 6. Ducts subject to positive pressure and ducts conveying moisture - laden or waste - heat - laden air shall be constructed, joined and sealed in an approved manner. [CONT.]: 506.4.1 Ducts. Ducts and plenums serving Type II hoods shall be constructed of rigid metallic materials. Duct const ruction, installation, bracing and supports shall comply with Chapter 6. Ducts subject to positive pressure and ducts conveying moisture - laden or waste - heat - laden air shall be constructed, joined and sealed in an approved manner.",
    "metadata": {
      "section_full": "506.4.1",
      "parent_major": "506",
      "parent_minor": "506.4",
      "source": "029.txt"
    }
  },
  {
    "id": "506.4.2",
    "text": "CONTEXT: 506 > 506.4 | CONTENT: 506.4.2 506.4.2 Type II terminatio ns. Exhaust outlets serving Type II hoods shall terminate in accordance with the hood manufacturer\u2019s instructions and shall comply with all of the following: 1. Outlets shall terminate not less than 3 feet (914.4 mm) in any direction from openings into the building. 2. Outlets shall terminate not less than 10 feet (3048 mm) from property lines or buildings on the same lot. 3. Outlets shall terminate not less than 10 feet (3048 mm) above grade. 4. Outlets that terminate above a roof shall terminate not less than 30 inches (762 mm) above the roof\u2019s surface. 5. Outlets shall terminate not less than 30 inches (762 mm) from exterior vertical walls. 6. Outlets shall be protected against local weather conditions. 7. Outlets shall not be directed onto walkways. 8. O utlets shall meet the provisions for exterior wall opening protectives in accordance with the New York City Building Code. [CONT.]: 506.4.2 Type II terminatio ns. Exhaust outlets serving Type II hoods shall terminate in accordance with the hood manufacturer\u2019s instructions and shall comply with all of the following: 1. Outlets shall terminate not less than 3 feet (914.4 mm) in any direction from openings into the building. 2. Outlets shall terminate not less than 10 feet (3048 mm) from property lines or buildings on the same lot. 3. Outlets shall terminate not less than 10 feet (3048 mm) above grade. 4. Outlets that terminate above a roof shall terminate not less than 30 inches (762 mm) above the roof\u2019s surface. 5. Outlets shall terminate not less than 30 inches (762 mm) from exterior vertical walls. 6. Outlets shall be protected against local weather conditions. 7. Outlets shall not be directed onto walkways. 8. O utlets shall meet the provisions for exterior wall opening protectives in accordance with the New York City Building Code. [CONT.]: 506.4.2 Type II terminatio ns. Exhaust outlets serving Type II hoods shall terminate in accordance with the hood manufacturer\u2019s instructions and shall comply with all of the following: 1. Outlets shall terminate not less than 3 feet (914.4 mm) in any direction from openings into the building. 2. Outlets shall terminate not less than 10 feet (3048 mm) from property lines or buildings on the same lot. 3. Outlets shall terminate not less than 10 feet (3048 mm) above grade. 4. Outlets that terminate above a roof shall terminate not less than 30 inches (762 mm) above the roof\u2019s surface. 5. Outlets shall terminate not less than 30 inches (762 mm) from exterior vertical walls. 6. Outlets shall be protected against local weather conditions. 7. Outlets shall not be directed onto walkways. 8. O utlets shall meet the provisions for exterior wall opening protectives in accordance with the New York City Building Code. [CONT.]: 506.4.2 Type II terminatio ns. Exhaust outlets serving Type II hoods shall terminate in accordance with the hood manufacturer\u2019s instructions and shall comply with all of the following: 1. Outlets shall terminate not less than 3 feet (914.4 mm) in any direction from openings into the building. 2. Outlets shall terminate not less than 10 feet (3048 mm) from property lines or buildings on the same lot. 3. Outlets shall terminate not less than 10 feet (3048 mm) above grade. 4. Outlets that terminate above a roof shall terminate not less than 30 inches (762 mm) above the roof\u2019s surface. 5. Outlets shall terminate not less than 30 inches (762 mm) from exterior vertical walls. 6. Outlets shall be protected against local weather conditions. 7. Outlets shall not be directed onto walkways. 8. O utlets shall meet the provisions for exterior wall opening protectives in accordance with the New York City Building Code. [CONT.]: 506.4.2 Type II terminatio ns. Exhaust outlets serving Type II hoods shall terminate in accordance with the hood manufacturer\u2019s instructions and shall comply with all of the following: 1. Outlets shall terminate not less than 3 feet (914.4 mm) in any direction from openings into the building. 2. Outlets shall terminate not less than 10 feet (3048 mm) from property lines or buildings on the same lot. 3. Outlets shall terminate not less than 10 feet (3048 mm) above grade. 4. Outlets that terminate above a roof shall terminate not less than 30 inches (762 mm) above the roof\u2019s surface. 5. Outlets shall terminate not less than 30 inches (762 mm) from exterior vertical walls. 6. Outlets shall be protected against local weather conditions. 7. Outlets shall not be directed onto walkways. 8. O utlets shall meet the provisions for exterior wall opening protectives in accordance with the New York City Building Code. [CONT.]: 506.4.2 Type II terminatio ns. Exhaust outlets serving Type II hoods shall terminate in accordance with the hood manufacturer\u2019s instructions and shall comply with all of the following: 1. Outlets shall terminate not less than 3 feet (914.4 mm) in any direction from openings into the building. 2. Outlets shall terminate not less than 10 feet (3048 mm) from property lines or buildings on the same lot. 3. Outlets shall terminate not less than 10 feet (3048 mm) above grade. 4. Outlets that terminate above a roof shall terminate not less than 30 inches (762 mm) above the roof\u2019s surface. 5. Outlets shall terminate not less than 30 inches (762 mm) from exterior vertical walls. 6. Outlets shall be protected against local weather conditions. 7. Outlets shall not be directed onto walkways. 8. O utlets shall meet the provisions for exterior wall opening protectives in accordance with the New York City Building Code. [CONT.]: 506.4.2 Type II terminatio ns. Exhaust outlets serving Type II hoods shall terminate in accordance with the hood manufacturer\u2019s instructions and shall comply with all of the following: 1. Outlets shall terminate not less than 3 feet (914.4 mm) in any direction from openings into the building. 2. Outlets shall terminate not less than 10 feet (3048 mm) from property lines or buildings on the same lot. 3. Outlets shall terminate not less than 10 feet (3048 mm) above grade. 4. Outlets that terminate above a roof shall terminate not less than 30 inches (762 mm) above the roof\u2019s surface. 5. Outlets shall terminate not less than 30 inches (762 mm) from exterior vertical walls. 6. Outlets shall be protected against local weather conditions. 7. Outlets shall not be directed onto walkways. 8. O utlets shall meet the provisions for exterior wall opening protectives in accordance with the New York City Building Code. [CONT.]: 506.4.2 Type II terminatio ns. Exhaust outlets serving Type II hoods shall terminate in accordance with the hood manufacturer\u2019s instructions and shall comply with all of the following: 1. Outlets shall terminate not less than 3 feet (914.4 mm) in any direction from openings into the building. 2. Outlets shall terminate not less than 10 feet (3048 mm) from property lines or buildings on the same lot. 3. Outlets shall terminate not less than 10 feet (3048 mm) above grade. 4. Outlets that terminate above a roof shall terminate not less than 30 inches (762 mm) above the roof\u2019s surface. 5. Outlets shall terminate not less than 30 inches (762 mm) from exterior vertical walls. 6. Outlets shall be protected against local weather conditions. 7. Outlets shall not be directed onto walkways. 8. O utlets shall meet the provisions for exterior wall opening protectives in accordance with the New York City Building Code. [CONT.]: 506.4.2 Type II terminatio ns. Exhaust outlets serving Type II hoods shall terminate in accordance with the hood manufacturer\u2019s instructions and shall comply with all of the following: 1. Outlets shall terminate not less than 3 feet (914.4 mm) in any direction from openings into the building. 2. Outlets shall terminate not less than 10 feet (3048 mm) from property lines or buildings on the same lot. 3. Outlets shall terminate not less than 10 feet (3048 mm) above grade. 4. Outlets that terminate above a roof shall terminate not less than 30 inches (762 mm) above the roof\u2019s surface. 5. Outlets shall terminate not less than 30 inches (762 mm) from exterior vertical walls. 6. Outlets shall be protected against local weather conditions. 7. Outlets shall not be directed onto walkways. 8. O utlets shall meet the provisions for exterior wall opening protectives in accordance with the New York City Building Code. [CONT.]: 506.4.2 Type II terminatio ns. Exhaust outlets serving Type II hoods shall terminate in accordance with the hood manufacturer\u2019s instructions and shall comply with all of the following: 1. Outlets shall terminate not less than 3 feet (914.4 mm) in any direction from openings into the building. 2. Outlets shall terminate not less than 10 feet (3048 mm) from property lines or buildings on the same lot. 3. Outlets shall terminate not less than 10 feet (3048 mm) above grade. 4. Outlets that terminate above a roof shall terminate not less than 30 inches (762 mm) above the roof\u2019s surface. 5. Outlets shall terminate not less than 30 inches (762 mm) from exterior vertical walls. 6. Outlets shall be protected against local weather conditions. 7. Outlets shall not be directed onto walkways. 8. O utlets shall meet the provisions for exterior wall opening protectives in accordance with the New York City Building Code. [CONT.]: 506.4.2 Type II terminatio ns. Exhaust outlets serving Type II hoods shall terminate in accordance with the hood manufacturer\u2019s instructions and shall comply with all of the following: 1. Outlets shall terminate not less than 3 feet (914.4 mm) in any direction from openings into the building. 2. Outlets shall terminate not less than 10 feet (3048 mm) from property lines or buildings on the same lot. 3. Outlets shall terminate not less than 10 feet (3048 mm) above grade. 4. Outlets that terminate above a roof shall terminate not less than 30 inches (762 mm) above the roof\u2019s surface. 5. Outlets shall terminate not less than 30 inches (762 mm) from exterior vertical walls. 6. Outlets shall be protected against local weather conditions. 7. Outlets shall not be directed onto walkways. 8. O utlets shall meet the provisions for exterior wall opening protectives in accordance with the New York City Building Code.",
    "metadata": {
      "section_full": "506.4.2",
      "parent_major": "506",
      "parent_minor": "506.4",
      "source": "029.txt"
    }
  },
  {
    "id": "506.4.2.1",
    "text": "CONTEXT: 506 > 506.4 | CONTENT: 506.4.2.1 506.4.2.1 Cooking spaces. For all buildings other than those classified as residential occupancy, a minimum of No. 16 Gage for galvan ized sheet duct shall be used for nongrease duct exhaust applications. [CONT.]: 506.4.2.1 Cooking spaces. For all buildings other than those classified as residential occupancy, a minimum of No. 16 Gage for galvan ized sheet duct shall be used for nongrease duct exhaust applications. [CONT.]: 506.4.2.1 Cooking spaces. For all buildings other than those classified as residential occupancy, a minimum of No. 16 Gage for galvan ized sheet duct shall be used for nongrease duct exhaust applications. [CONT.]: 506.4.2.1 Cooking spaces. For all buildings other than those classified as residential occupancy, a minimum of No. 16 Gage for galvan ized sheet duct shall be used for nongrease duct exhaust applications. [CONT.]: 506.4.2.1 Cooking spaces. For all buildings other than those classified as residential occupancy, a minimum of No. 16 Gage for galvan ized sheet duct shall be used for nongrease duct exhaust applications. [CONT.]: 506.4.2.1 Cooking spaces. For all buildings other than those classified as residential occupancy, a minimum of No. 16 Gage for galvan ized sheet duct shall be used for nongrease duct exhaust applications. [CONT.]: 506.4.2.1 Cooking spaces. For all buildings other than those classified as residential occupancy, a minimum of No. 16 Gage for galvan ized sheet duct shall be used for nongrease duct exhaust applications. [CONT.]: 506.4.2.1 Cooking spaces. For all buildings other than those classified as residential occupancy, a minimum of No. 16 Gage for galvan ized sheet duct shall be used for nongrease duct exhaust applications. [CONT.]: 506.4.2.1 Cooking spaces. For all buildings other than those classified as residential occupancy, a minimum of No. 16 Gage for galvan ized sheet duct shall be used for nongrease duct exhaust applications. [CONT.]: 506.4.2.1 Cooking spaces. For all buildings other than those classified as residential occupancy, a minimum of No. 16 Gage for galvan ized sheet duct shall be used for nongrease duct exhaust applications. [CONT.]: 506.4.2.1 Cooking spaces. For all buildings other than those classified as residential occupancy, a minimum of No. 16 Gage for galvan ized sheet duct shall be used for nongrease duct exhaust applications.",
    "metadata": {
      "section_full": "506.4.2.1",
      "parent_major": "506",
      "parent_minor": "506.4",
      "source": "029.txt"
    }
  },
  {
    "id": "506.5",
    "text": "CONTEXT: 506 > 506.5 | CONTENT: 506.5 506.5 Exhaust equipment. Exhaust equipment, including fans and grease reservoirs, shall comply with Sections [CONT.]: 506.5 Exhaust equipment. Exhaust equipment, including fans and grease reservoirs, shall comply with Sections [CONT.]: 506.5 Exhaust equipment. Exhaust equipment, including fans and grease reservoirs, shall comply with Sections [CONT.]: 506.5 Exhaust equipment. Exhaust equipment, including fans and grease reservoirs, shall comply with Sections [CONT.]: 506.5 Exhaust equipment. Exhaust equipment, including fans and grease reservoirs, shall comply with Sections [CONT.]: 506.5 Exhaust equipment. Exhaust equipment, including fans and grease reservoirs, shall comply with Sections [CONT.]: 506.5 Exhaust equipment. Exhaust equipment, including fans and grease reservoirs, shall comply with Sections [CONT.]: 506.5 Exhaust equipment. Exhaust equipment, including fans and grease reservoirs, shall comply with Sections [CONT.]: 506.5 Exhaust equipment. Exhaust equipment, including fans and grease reservoirs, shall comply with Sections [CONT.]: 506.5 Exhaust equipment. Exhaust equipment, including fans and grease reservoirs, shall comply with Sections [CONT.]: 506.5 Exhaust equipment. Exhaust equipment, including fans and grease reservoirs, shall comply with Sections",
    "metadata": {
      "section_full": "506.5",
      "parent_major": "506",
      "parent_minor": "506.5",
      "source": "029.txt"
    }
  },
  {
    "id": "506.5.1",
    "text": "CONTEXT: 506 > 506.5 | CONTENT: 506.5.1 506.5.1 Exhaust fans. Exhaust fan housings serving a Type I hood shall be constructed as required for grease ducts in accordance with Section 506.3.1.1. Exception: Fans listed and labeled in accordance with UL 762. [CONT.]: 506.5.1 Exhaust fans. Exhaust fan housings serving a Type I hood shall be constructed as required for grease ducts in accordance with Section 506.3.1.1. Exception: Fans listed and labeled in accordance with UL 762. [CONT.]: 506.5.1 Exhaust fans. Exhaust fan housings serving a Type I hood shall be constructed as required for grease ducts in accordance with Section 506.3.1.1. Exception: Fans listed and labeled in accordance with UL 762. [CONT.]: 506.5.1 Exhaust fans. Exhaust fan housings serving a Type I hood shall be constructed as required for grease ducts in accordance with Section 506.3.1.1. Exception: Fans listed and labeled in accordance with UL 762. [CONT.]: 506.5.1 Exhaust fans. Exhaust fan housings serving a Type I hood shall be constructed as required for grease ducts in accordance with Section 506.3.1.1. Exception: Fans listed and labeled in accordance with UL 762. [CONT.]: 506.5.1 Exhaust fans. Exhaust fan housings serving a Type I hood shall be constructed as required for grease ducts in accordance with Section 506.3.1.1. Exception: Fans listed and labeled in accordance with UL 762. [CONT.]: 506.5.1 Exhaust fans. Exhaust fan housings serving a Type I hood shall be constructed as required for grease ducts in accordance with Section 506.3.1.1. Exception: Fans listed and labeled in accordance with UL 762. [CONT.]: 506.5.1 Exhaust fans. Exhaust fan housings serving a Type I hood shall be constructed as required for grease ducts in accordance with Section 506.3.1.1. Exception: Fans listed and labeled in accordance with UL 762. [CONT.]: 506.5.1 Exhaust fans. Exhaust fan housings serving a Type I hood shall be constructed as required for grease ducts in accordance with Section 506.3.1.1. Exception: Fans listed and labeled in accordance with UL 762. [CONT.]: 506.5.1 Exhaust fans. Exhaust fan housings serving a Type I hood shall be constructed as required for grease ducts in accordance with Section 506.3.1.1. Exception: Fans listed and labeled in accordance with UL 762. [CONT.]: 506.5.1 Exhaust fans. Exhaust fan housings serving a Type I hood shall be constructed as required for grease ducts in accordance with Section 506.3.1.1. Exception: Fans listed and labeled in accordance with UL 762. [CONT.]: 506.5.1 791 \u2014 06 Residential Incinerators \u2014 with revisions through April 2010 ................................ ................................ ......",
    "metadata": {
      "section_full": "506.5.1",
      "parent_major": "506",
      "parent_minor": "506.5",
      "source": "029.txt"
    }
  },
  {
    "id": "506.5.1.1",
    "text": "CONTEXT: 506 > 506.5 | CONTENT: 506.5.1.1 506.5.1.1 Fan motor. Exhaust fan motors shall be located outside of the exhaust airstream. [CONT.]: 506.5.1.1 Fan motor. Exhaust fan motors shall be located outside of the exhaust airstream. [CONT.]: 506.5.1.1 Fan motor. Exhaust fan motors shall be located outside of the exhaust airstream. [CONT.]: 506.5.1.1 Fan motor. Exhaust fan motors shall be located outside of the exhaust airstream. [CONT.]: 506.5.1.1 Fan motor. Exhaust fan motors shall be located outside of the exhaust airstream. [CONT.]: 506.5.1.1 Fan motor. Exhaust fan motors shall be located outside of the exhaust airstream. [CONT.]: 506.5.1.1 Fan motor. Exhaust fan motors shall be located outside of the exhaust airstream. [CONT.]: 506.5.1.1 Fan motor. Exhaust fan motors shall be located outside of the exhaust airstream. [CONT.]: 506.5.1.1 Fan motor. Exhaust fan motors shall be located outside of the exhaust airstream. [CONT.]: 506.5.1.1 Fan motor. Exhaust fan motors shall be located outside of the exhaust airstream. [CONT.]: 506.5.1.1 Fan motor. Exhaust fan motors shall be located outside of the exhaust airstream.",
    "metadata": {
      "section_full": "506.5.1.1",
      "parent_major": "506",
      "parent_minor": "506.5",
      "source": "029.txt"
    }
  },
  {
    "id": "506.5.2",
    "text": "CONTEXT: 506 > 506.5 | CONTENT: 506.5.2 506.5.2 Exhaust fan dischar ge. Exhaust fans shall be positioned so that the discharge will not impinge on the roof, other equipment or appliances or parts of the structure. A vertical discharge fan serving a Type 1 hood shall be manufactured with an approved drain outlet at the lowe st point of the housing to permit drainage of grease to an approved grease reservoir. EXHAUST SYSTEMS meet the provisions for exterior wall opening protecti ves in accordance with Chapter 16 of the New York City Building Code ; or 2. Be installed on a plenum configured to intercept any wind - driven rain penetrating the louver and to prevent the rain from entering the building ductwork system. Such plenum shall b e waterproofed and equipped with a drainage system to convey water penetrating the louver directly to the outdoors or in accordance with the New York City Plumbing Code. [CONT.]: 506.5.2 Exhaust fan dischar ge. Exhaust fans shall be positioned so that the discharge will not impinge on the roof, other equipment or appliances or parts of the structure. A vertical discharge fan serving a Type 1 hood shall be manufactured with an approved drain outlet at the lowe st point of the housing to permit drainage of grease to an approved grease reservoir. EXHAUST SYSTEMS [CONT.]: 506.5.2 Exhaust fan dischar ge. Exhaust fans shall be positioned so that the discharge will not impinge on the roof, other equipment or appliances or parts of the structure. A vertical discharge fan serving a Type 1 hood shall be manufactured with an approved drain outlet at the lowe st point of the housing to permit drainage of grease to an approved grease reservoir. EXHAUST SYSTEMS [CONT.]: 506.5.2 Exhaust fan dischar ge. Exhaust fans shall be positioned so that the discharge will not impinge on the roof, other equipment or appliances or parts of the structure. A vertical discharge fan serving a Type 1 hood shall be manufactured with an approved drain outlet at the lowe st point of the housing to permit drainage of grease to an approved grease reservoir. EXHAUST SYSTEMS [CONT.]: 506.5.2 Exhaust fan dischar ge. Exhaust fans shall be positioned so that the discharge will not impinge on the roof, other equipment or appliances or parts of the structure. A vertical discharge fan serving a Type 1 hood shall be manufactured with an approved drain outlet at the lowe st point of the housing to permit drainage of grease to an approved grease reservoir. EXHAUST SYSTEMS [CONT.]: 506.5.2 Exhaust fan dischar ge. Exhaust fans shall be positioned so that the discharge will not impinge on the roof, other equipment or appliances or parts of the structure. A vertical discharge fan serving a Type 1 hood shall be manufactured with an approved drain outlet at the lowe st point of the housing to permit drainage of grease to an approved grease reservoir. EXHAUST SYSTEMS [CONT.]: 506.5.2 Exhaust fan dischar ge. Exhaust fans shall be positioned so that the discharge will not impinge on the roof, other equipment or appliances or parts of the structure. A vertical discharge fan serving a Type 1 hood shall be manufactured with an approved drain outlet at the lowe st point of the housing to permit drainage of grease to an approved grease reservoir. EXHAUST SYSTEMS [CONT.]: 506.5.2 Exhaust fan dischar ge. Exhaust fans shall be positioned so that the discharge will not impinge on the roof, other equipment or appliances or parts of the structure. A vertical discharge fan serving a Type 1 hood shall be manufactured with an approved drain outlet at the lowe st point of the housing to permit drainage of grease to an approved grease reservoir. EXHAUST SYSTEMS [CONT.]: 506.5.2 Exhaust fan dischar ge. Exhaust fans shall be positioned so that the discharge will not impinge on the roof, other equipment or appliances or parts of the structure. A vertical discharge fan serving a Type 1 hood shall be manufactured with an approved drain outlet at the lowe st point of the housing to permit drainage of grease to an approved grease reservoir. EXHAUST SYSTEMS [CONT.]: 506.5.2 Exhaust fan dischar ge. Exhaust fans shall be positioned so that the discharge will not impinge on the roof, other equipment or appliances or parts of the structure. A vertical discharge fan serving a Type 1 hood shall be manufactured with an approved drain outlet at the lowe st point of the housing to permit drainage of grease to an approved grease reservoir. EXHAUST SYSTEMS [CONT.]: 506.5.2 Exhaust fan dischar ge. Exhaust fans shall be positioned so that the discharge will not impinge on the roof, other equipment or appliances or parts of the structure. A vertical discharge fan serving a Type 1 hood shall be manufactured with an approved drain outlet at the lowe st point of the housing to permit drainage of grease to an approved grease reservoir. EXHAUST SYSTEMS",
    "metadata": {
      "section_full": "506.5.2",
      "parent_major": "506",
      "parent_minor": "506.5",
      "source": "029.txt"
    }
  },
  {
    "id": "506.5.3",
    "text": "CONTEXT: 506 > 506.5 | CONTENT: 506.5.3 506.5.3 Exhaust fan mounting. Up - blast fans serving Type I hoods and installed in a vertical or horizontal position shall be hinged, supplied with a flexible weatherproof electrical cable to permit inspection and cleaning and shall be equipped with a means of restraint to limit the swing of the fan on its hinge. The ductwork shall extend not less than 18 inches (457.2 mm) above the roof surface. [CONT.]: 506.5.3 Exhaust fan mounting. Up - blast fans serving Type I hoods and installed in a vertical or horizontal position shall be hinged, supplied with a flexible weatherproof electrical cable to permit inspection and cleaning and shall be equipped with a means of restraint to limit the swing of the fan on its hinge. The ductwork shall extend not less than 18 inches (457.2 mm) above the roof surface. [CONT.]: 506.5.3 Exhaust fan mounting. Up - blast fans serving Type I hoods and installed in a vertical or horizontal position shall be hinged, supplied with a flexible weatherproof electrical cable to permit inspection and cleaning and shall be equipped with a means of restraint to limit the swing of the fan on its hinge. The ductwork shall extend not less than 18 inches (457.2 mm) above the roof surface. [CONT.]: 506.5.3 Exhaust fan mounting. Up - blast fans serving Type I hoods and installed in a vertical or horizontal position shall be hinged, supplied with a flexible weatherproof electrical cable to permit inspection and cleaning and shall be equipped with a means of restraint to limit the swing of the fan on its hinge. The ductwork shall extend not less than 18 inches (457.2 mm) above the roof surface. [CONT.]: 506.5.3 Exhaust fan mounting. Up - blast fans serving Type I hoods and installed in a vertical or horizontal position shall be hinged, supplied with a flexible weatherproof electrical cable to permit inspection and cleaning and shall be equipped with a means of restraint to limit the swing of the fan on its hinge. The ductwork shall extend not less than 18 inches (457.2 mm) above the roof surface. [CONT.]: 506.5.3 Exhaust fan mounting. Up - blast fans serving Type I hoods and installed in a vertical or horizontal position shall be hinged, supplied with a flexible weatherproof electrical cable to permit inspection and cleaning and shall be equipped with a means of restraint to limit the swing of the fan on its hinge. The ductwork shall extend not less than 18 inches (457.2 mm) above the roof surface. [CONT.]: 506.5.3 Exhaust fan mounting. Up - blast fans serving Type I hoods and installed in a vertical or horizontal position shall be hinged, supplied with a flexible weatherproof electrical cable to permit inspection and cleaning and shall be equipped with a means of restraint to limit the swing of the fan on its hinge. The ductwork shall extend not less than 18 inches (457.2 mm) above the roof surface. [CONT.]: 506.5.3 Exhaust fan mounting. Up - blast fans serving Type I hoods and installed in a vertical or horizontal position shall be hinged, supplied with a flexible weatherproof electrical cable to permit inspection and cleaning and shall be equipped with a means of restraint to limit the swing of the fan on its hinge. The ductwork shall extend not less than 18 inches (457.2 mm) above the roof surface. [CONT.]: 506.5.3 Exhaust fan mounting. Up - blast fans serving Type I hoods and installed in a vertical or horizontal position shall be hinged, supplied with a flexible weatherproof electrical cable to permit inspection and cleaning and shall be equipped with a means of restraint to limit the swing of the fan on its hinge. The ductwork shall extend not less than 18 inches (457.2 mm) above the roof surface.",
    "metadata": {
      "section_full": "506.5.3",
      "parent_major": "506",
      "parent_minor": "506.5",
      "source": "029.txt"
    }
  },
  {
    "id": "506.5.5",
    "text": "CONTEXT: 506 > 506.5 | CONTENT: 506.5.5 506.5.5 Termination location. The outlet of exhaust equipment serving Type I hoods shall be in accordance with Section 506.3.13. Exception: The minimum horizontal distance between vertical discharge fans and parapet - type building structures shall be 2 feet (609.6 mm) provided that such structures are not higher than the top of the fan discharge opening. [CONT.]: 506.5.5 Termination location. The outlet of exhaust equipment serving Type I hoods shall be in accordance with Section 506.3.13. Exception: The minimum horizontal distance between vertical discharge fans and parapet - type building structures shall be 2 feet (609.6 mm) provided that such structures are not higher than the top of the fan discharge opening. [CONT.]: 506.5.5 Termination location. The outlet of exhaust equipment serving Type I hoods shall be in accordance with Section 506.3.13. Exception: The minimum horizontal distance between vertical discharge fans and parapet - type building structures shall be 2 feet (609.6 mm) provided that such structures are not higher than the top of the fan discharge opening. [CONT.]: 506.5.5 Termination location. The outlet of exhaust equipment serving Type I hoods shall be in accordance with Section 506.3.13. Exception: The minimum horizontal distance between vertical discharge fans and parapet - type building structures shall be 2 feet (609.6 mm) provided that such structures are not higher than the top of the fan discharge opening. [CONT.]: 506.5.5 Termination location. The outlet of exhaust equipment serving Type I hoods shall be in accordance with Section 506.3.13. Exception: The minimum horizontal distance between vertical discharge fans and parapet - type building structures shall be 2 feet (609.6 mm) provided that such structures are not higher than the top of the fan discharge opening. [CONT.]: 506.5.5 Termination location. The outlet of exhaust equipment serving Type I hoods shall be in accordance with Section 506.3.13. Exception: The minimum horizontal distance between vertical discharge fans and parapet - type building structures shall be 2 feet (609.6 mm) provided that such structures are not higher than the top of the fan discharge opening. [CONT.]: 506.5.5 Termination location. The outlet of exhaust equipment serving Type I hoods shall be in accordance with Section 506.3.13. Exception: The minimum horizontal distance between vertical discharge fans and parapet - type building structures shall be 2 feet (609.6 mm) provided that such structures are not higher than the top of the fan discharge opening. [CONT.]: 506.5.5 Termination location. The outlet of exhaust equipment serving Type I hoods shall be in accordance with Section 506.3.13. Exception: The minimum horizontal distance between vertical discharge fans and parapet - type building structures shall be 2 feet (609.6 mm) provided that such structures are not higher than the top of the fan discharge opening. [CONT.]: 506.5.5 Termination location. The outlet of exhaust equipment serving Type I hoods shall be in accordance with Section 506.3.13. Exception: The minimum horizontal distance between vertical discharge fans and parapet - type building structures shall be 2 feet (609.6 mm) provided that such structures are not higher than the top of the fan discharge opening.",
    "metadata": {
      "section_full": "506.5.5",
      "parent_major": "506",
      "parent_minor": "506.5",
      "source": "029.txt"
    }
  },
  {
    "id": "506.5.6",
    "text": "CONTEXT: 506 > 506.5 | CONTENT: 506.5.6 506.5.6 Exhaust fan operation. The operation of the exhaust fan shall be in accordance with the following requirements: 1. The hood exhaust fan(s) shall con tinue to operate after the extinguishing system has been activated unless fan shutdown is required by a listed component of the ventilation system or by the design of the extinguishing system. 2. The hood exhaust fan shall not be required to start automati cally upon activation of the extinguishing system if the exhaust fan and all cooking equipment served by the fan have previously been shut down. 3. The cooking appliances shall be interlocked with the exhaust hood system to prevent appliance operation when the exhaust hood system is not operating. [CONT.]: 506.5.6 Exhaust fan operation. The operation of the exhaust fan shall be in accordance with the following requirements: 1. The hood exhaust fan(s) shall con tinue to operate after the extinguishing system has been activated unless fan shutdown is required by a listed component of the ventilation system or by the design of the extinguishing system. 2. The hood exhaust fan shall not be required to start automati cally upon activation of the extinguishing system if the exhaust fan and all cooking equipment served by the fan have previously been shut down. 3. The cooking appliances shall be interlocked with the exhaust hood system to prevent appliance operation when the exhaust hood system is not operating. [CONT.]: 506.5.6 Exhaust fan operation. The operation of the exhaust fan shall be in accordance with the following requirements: 1. The hood exhaust fan(s) shall con tinue to operate after the extinguishing system has been activated unless fan shutdown is required by a listed component of the ventilation system or by the design of the extinguishing system. 2. The hood exhaust fan shall not be required to start automati cally upon activation of the extinguishing system if the exhaust fan and all cooking equipment served by the fan have previously been shut down. 3. The cooking appliances shall be interlocked with the exhaust hood system to prevent appliance operation when the exhaust hood system is not operating. [CONT.]: 506.5.6 Exhaust fan operation. The operation of the exhaust fan shall be in accordance with the following requirements: 1. The hood exhaust fan(s) shall con tinue to operate after the extinguishing system has been activated unless fan shutdown is required by a listed component of the ventilation system or by the design of the extinguishing system. 2. The hood exhaust fan shall not be required to start automati cally upon activation of the extinguishing system if the exhaust fan and all cooking equipment served by the fan have previously been shut down. 3. The cooking appliances shall be interlocked with the exhaust hood system to prevent appliance operation when the exhaust hood system is not operating. [CONT.]: 506.5.6 Exhaust fan operation. The operation of the exhaust fan shall be in accordance with the following requirements: 1. The hood exhaust fan(s) shall con tinue to operate after the extinguishing system has been activated unless fan shutdown is required by a listed component of the ventilation system or by the design of the extinguishing system. 2. The hood exhaust fan shall not be required to start automati cally upon activation of the extinguishing system if the exhaust fan and all cooking equipment served by the fan have previously been shut down. 3. The cooking appliances shall be interlocked with the exhaust hood system to prevent appliance operation when the exhaust hood system is not operating. [CONT.]: 506.5.6 Exhaust fan operation. The operation of the exhaust fan shall be in accordance with the following requirements: 1. The hood exhaust fan(s) shall con tinue to operate after the extinguishing system has been activated unless fan shutdown is required by a listed component of the ventilation system or by the design of the extinguishing system. 2. The hood exhaust fan shall not be required to start automati cally upon activation of the extinguishing system if the exhaust fan and all cooking equipment served by the fan have previously been shut down. 3. The cooking appliances shall be interlocked with the exhaust hood system to prevent appliance operation when the exhaust hood system is not operating. [CONT.]: 506.5.6 Exhaust fan operation. The operation of the exhaust fan shall be in accordance with the following requirements: 1. The hood exhaust fan(s) shall con tinue to operate after the extinguishing system has been activated unless fan shutdown is required by a listed component of the ventilation system or by the design of the extinguishing system. 2. The hood exhaust fan shall not be required to start automati cally upon activation of the extinguishing system if the exhaust fan and all cooking equipment served by the fan have previously been shut down. 3. The cooking appliances shall be interlocked with the exhaust hood system to prevent appliance operation when the exhaust hood system is not operating. [CONT.]: 506.5.6 Exhaust fan operation. The operation of the exhaust fan shall be in accordance with the following requirements: 1. The hood exhaust fan(s) shall con tinue to operate after the extinguishing system has been activated unless fan shutdown is required by a listed component of the ventilation system or by the design of the extinguishing system. 2. The hood exhaust fan shall not be required to start automati cally upon activation of the extinguishing system if the exhaust fan and all cooking equipment served by the fan have previously been shut down. 3. The cooking appliances shall be interlocked with the exhaust hood system to prevent appliance operation when the exhaust hood system is not operating. [CONT.]: 506.5.6 Exhaust fan operation. The operation of the exhaust fan shall be in accordance with the following requirements: 1. The hood exhaust fan(s) shall con tinue to operate after the extinguishing system has been activated unless fan shutdown is required by a listed component of the ventilation system or by the design of the extinguishing system. 2. The hood exhaust fan shall not be required to start automati cally upon activation of the extinguishing system if the exhaust fan and all cooking equipment served by the fan have previously been shut down. 3. The cooking appliances shall be interlocked with the exhaust hood system to prevent appliance operation when the exhaust hood system is not operating.",
    "metadata": {
      "section_full": "506.5.6",
      "parent_major": "506",
      "parent_minor": "506.5",
      "source": "029.txt"
    }
  },
  {
    "id": "506.6",
    "text": "CONTEXT: 506 > 506.6 | CONTENT: 506.6 506.6 Exterior duct installations. The installation of exterior ducts shall comply with the following requirements: 1. The exterior portion of the ductwork shall be vertical wherever possible and shall be installe d and supported on the exterior of a building. 2. Bolts, screws, rivets, and other mechanical fasteners shall not penetrate duct walls. 3. Clearance of any ducts shall comply with Section 506.3.6. 4. All ducts shall be protected on the exterior by paint or other suitable weather - protective coating. 5. Ducts constructed of stainless steel shall not be required to have additional paint or weather - protective coatings. 6. Ductwork subject to corrosion shall have minimal contact with the building surface. 7. No portion of an exterior metal duct shall be nearer than 24 inches ( [CONT.]: 506.6 Exterior duct installations. The installation of exterior ducts shall comply with the following requirements: 1. The exterior portion of the ductwork shall be vertical wherever possible and shall be installe d and supported on the exterior of a building. 2. Bolts, screws, rivets, and other mechanical fasteners shall not penetrate duct walls. 3. Clearance of any ducts shall comply with Section 506.3.6. 4. All ducts shall be protected on the exterior by paint or other suitable weather - protective coating. 5. Ducts constructed of stainless steel shall not be required to have additional paint or weather - protective coatings. 6. Ductwork subject to corrosion shall have minimal contact with the building surface. 7. No portion of an exterior metal duct shall be nearer than 24 inches ( [CONT.]: 506.6 Exterior duct installations. The installation of exterior ducts shall comply with the following requirements: 1. The exterior portion of the ductwork shall be vertical wherever possible and shall be installe d and supported on the exterior of a building. 2. Bolts, screws, rivets, and other mechanical fasteners shall not penetrate duct walls. 3. Clearance of any ducts shall comply with Section 506.3.6. 4. All ducts shall be protected on the exterior by paint or other suitable weather - protective coating. 5. Ducts constructed of stainless steel shall not be required to have additional paint or weather - protective coatings. 6. Ductwork subject to corrosion shall have minimal contact with the building surface. 7. No portion of an exterior metal duct shall be nearer than 24 inches ( [CONT.]: 506.6 Exterior duct installations. The installation of exterior ducts shall comply with the following requirements: 1. The exterior portion of the ductwork shall be vertical wherever possible and shall be installe d and supported on the exterior of a building. 2. Bolts, screws, rivets, and other mechanical fasteners shall not penetrate duct walls. 3. Clearance of any ducts shall comply with Section 506.3.6. 4. All ducts shall be protected on the exterior by paint or other suitable weather - protective coating. 5. Ducts constructed of stainless steel shall not be required to have additional paint or weather - protective coatings. 6. Ductwork subject to corrosion shall have minimal contact with the building surface. 7. No portion of an exterior metal duct shall be nearer than 24 inches ( [CONT.]: 506.6 Exterior duct installations. The installation of exterior ducts shall comply with the following requirements: 1. The exterior portion of the ductwork shall be vertical wherever possible and shall be installe d and supported on the exterior of a building. 2. Bolts, screws, rivets, and other mechanical fasteners shall not penetrate duct walls. 3. Clearance of any ducts shall comply with Section 506.3.6. 4. All ducts shall be protected on the exterior by paint or other suitable weather - protective coating. 5. Ducts constructed of stainless steel shall not be required to have additional paint or weather - protective coatings. 6. Ductwork subject to corrosion shall have minimal contact with the building surface. 7. No portion of an exterior metal duct shall be nearer than 24 inches ( [CONT.]: 506.6 Exterior duct installations. The installation of exterior ducts shall comply with the following requirements: 1. The exterior portion of the ductwork shall be vertical wherever possible and shall be installe d and supported on the exterior of a building. 2. Bolts, screws, rivets, and other mechanical fasteners shall not penetrate duct walls. 3. Clearance of any ducts shall comply with Section 506.3.6. 4. All ducts shall be protected on the exterior by paint or other suitable weather - protective coating. 5. Ducts constructed of stainless steel shall not be required to have additional paint or weather - protective coatings. 6. Ductwork subject to corrosion shall have minimal contact with the building surface. 7. No portion of an exterior metal duct shall be nearer than 24 inches ( [CONT.]: 506.6 Exterior duct installations. The installation of exterior ducts shall comply with the following requirements: 1. The exterior portion of the ductwork shall be vertical wherever possible and shall be installe d and supported on the exterior of a building. 2. Bolts, screws, rivets, and other mechanical fasteners shall not penetrate duct walls. 3. Clearance of any ducts shall comply with Section 506.3.6. 4. All ducts shall be protected on the exterior by paint or other suitable weather - protective coating. 5. Ducts constructed of stainless steel shall not be required to have additional paint or weather - protective coatings. 6. Ductwork subject to corrosion shall have minimal contact with the building surface. 7. No portion of an exterior metal duct shall be nearer than 24 inches ( [CONT.]: 506.6 Exterior duct installations. The installation of exterior ducts shall comply with the following requirements: 1. The exterior portion of the ductwork shall be vertical wherever possible and shall be installe d and supported on the exterior of a building. 2. Bolts, screws, rivets, and other mechanical fasteners shall not penetrate duct walls. 3. Clearance of any ducts shall comply with Section 506.3.6. 4. All ducts shall be protected on the exterior by paint or other suitable weather - protective coating. 5. Ducts constructed of stainless steel shall not be required to have additional paint or weather - protective coatings. 6. Ductwork subject to corrosion shall have minimal contact with the building surface. 7. No portion of an exterior metal duct shall be nearer than 24 inches ( [CONT.]: 506.6 Exterior duct installations. The installation of exterior ducts shall comply with the following requirements: 1. The exterior portion of the ductwork shall be vertical wherever possible and shall be installe d and supported on the exterior of a building. 2. Bolts, screws, rivets, and other mechanical fasteners shall not penetrate duct walls. 3. Clearance of any ducts shall comply with Section 506.3.6. 4. All ducts shall be protected on the exterior by paint or other suitable weather - protective coating. 5. Ducts constructed of stainless steel shall not be required to have additional paint or weather - protective coatings. 6. Ductwork subject to corrosion shall have minimal contact with the building surface. 7. No portion of an exterior metal duct shall be nearer than 24 inches (",
    "metadata": {
      "section_full": "506.6",
      "parent_major": "506",
      "parent_minor": "506.6",
      "source": "029.txt"
    }
  },
  {
    "id": "506.7",
    "text": "CONTEXT: 506 > 506.7 | CONTENT: 506.7 506.7 Identification of ducts. All duct systems serving Type I and Type II exhaust equipment shall b e permanently labeled: \u201cCAUTION: KITCHEN EXHAUST SYSTEM.\u201d At the base of each duct and at its termination point, a clearly identifiable permanent sign shall be installed identifying the facility from which the duct originates. SECTION MC 507 COMMERCIAL KIT CHEN HOODS [CONT.]: 506.7 Identification of ducts. All duct systems serving Type I and Type II exhaust equipment shall b e permanently labeled: \u201cCAUTION: KITCHEN EXHAUST SYSTEM.\u201d At the base of each duct and at its termination point, a clearly identifiable permanent sign shall be installed identifying the facility from which the duct originates. SECTION MC 507 COMMERCIAL KIT CHEN HOODS [CONT.]: 506.7 Identification of ducts. All duct systems serving Type I and Type II exhaust equipment shall b e permanently labeled: \u201cCAUTION: KITCHEN EXHAUST SYSTEM.\u201d At the base of each duct and at its termination point, a clearly identifiable permanent sign shall be installed identifying the facility from which the duct originates. SECTION MC 507 COMMERCIAL KIT CHEN HOODS [CONT.]: 506.7 Identification of ducts. All duct systems serving Type I and Type II exhaust equipment shall b e permanently labeled: \u201cCAUTION: KITCHEN EXHAUST SYSTEM.\u201d At the base of each duct and at its termination point, a clearly identifiable permanent sign shall be installed identifying the facility from which the duct originates. SECTION MC 507 COMMERCIAL KIT CHEN HOODS [CONT.]: 506.7 Identification of ducts. All duct systems serving Type I and Type II exhaust equipment shall b e permanently labeled: \u201cCAUTION: KITCHEN EXHAUST SYSTEM.\u201d At the base of each duct and at its termination point, a clearly identifiable permanent sign shall be installed identifying the facility from which the duct originates. SECTION MC 507 COMMERCIAL KIT CHEN HOODS [CONT.]: 506.7 Identification of ducts. All duct systems serving Type I and Type II exhaust equipment shall b e permanently labeled: \u201cCAUTION: KITCHEN EXHAUST SYSTEM.\u201d At the base of each duct and at its termination point, a clearly identifiable permanent sign shall be installed identifying the facility from which the duct originates. SECTION MC 507 COMMERCIAL KIT CHEN HOODS [CONT.]: 506.7 Identification of ducts. All duct systems serving Type I and Type II exhaust equipment shall b e permanently labeled: \u201cCAUTION: KITCHEN EXHAUST SYSTEM.\u201d At the base of each duct and at its termination point, a clearly identifiable permanent sign shall be installed identifying the facility from which the duct originates. SECTION MC 507 COMMERCIAL KIT CHEN HOODS [CONT.]: 506.7 Identification of ducts. All duct systems serving Type I and Type II exhaust equipment shall b e permanently labeled: \u201cCAUTION: KITCHEN EXHAUST SYSTEM.\u201d At the base of each duct and at its termination point, a clearly identifiable permanent sign shall be installed identifying the facility from which the duct originates. SECTION MC 507 COMMERCIAL KIT CHEN HOODS [CONT.]: 506.7 Identification of ducts. All duct systems serving Type I and Type II exhaust equipment shall b e permanently labeled: \u201cCAUTION: KITCHEN EXHAUST SYSTEM.\u201d At the base of each duct and at its termination point, a clearly identifiable permanent sign shall be installed identifying the facility from which the duct originates. SECTION MC 507 COMMERCIAL KIT CHEN HOODS",
    "metadata": {
      "section_full": "506.7",
      "parent_major": "506",
      "parent_minor": "506.7",
      "source": "029.txt"
    }
  },
  {
    "id": "507.1",
    "text": "CONTEXT: 507 > 507.1 | CONTENT: 507.1 507.1 General. Commercial kitchen exhaust hoods shall comply with the requirements of this section. Hoods shall be Type I or II and shall be designed to capture and confine cooking vapors and residues. A Type I or Type II hood shall be installed at or above all commercial cooking appliances in accordance with Section 507.2 and 507.3. Where any cooking appliance under a single hood requires a Type I hood, a Type I hood shall be installed. Where a Type II hood is required, a Type I or Type II hood shall be installed. Where a Type I hood is installed, the installation of the entire system, including the hood, ducts, exhaust equipment and makeup air system shall comply with the requirements of Sections 506, 507, 508 and 509. Where total kitch en hood exhaust airflow rate is greater than 5,000 cfm or as required EXHAUST SYSTEMS [CONT.]: 507.1 General. Commercial kitchen exhaust hoods shall comply with the requirements of this section. Hoods shall be Type I or II and shall be designed to capture and confine cooking vapors and residues. A Type I or Type II hood shall be installed at or above all commercial cooking appliances in accordance with Section 507.2 and 507.3. Where any cooking appliance under a single hood requires a Type I hood, a Type I hood shall be installed. Where a Type II hood is required, a Type I or Type II hood shall be installed. Where a Type I hood is installed, the installation of the entire system, including the hood, ducts, exhaust equipment and makeup air system shall comply with the requirements of Sections 506, 507, 508 and 509. Where total kitch en hood exhaust airflow rate is greater than 5,000 cfm or as required EXHAUST SYSTEMS by the New York City Energy Conservation Code , each hood shall be a factory - built commercial exhaust hood listed by a nationally recognized testing laboratory in compliance with UL 710. Exceptions: 1. Factory - built commercial exhaust hoods that are listed and labeled in accordance with UL 710, and installed in accordance with Section 304.1, shall not be required to comply with Sections 507.1.5, 507.2.3, 507.2.5, 507.2.8, 507.3.1, 507.3.3, [CONT.]: 507.1 General. Commercial kitchen exhaust hoods shall comply with the requirements of this section. Hoods shall be Type I or II and shall be designed to capture and confine cooking vapors and residues. A Type I or Type II hood shall be installed at or above all commercial cooking appliances in accordance with Section 507.2 and 507.3. Where any cooking appliance under a single hood requires a Type I hood, a Type I hood shall be installed. Where a Type II hood is required, a Type I or Type II hood shall be installed. Where a Type I hood is installed, the installation of the entire system, including the hood, ducts, exhaust equipment and makeup air system shall comply with the requirements of Sections 506, 507, 508 and 509. Where total kitch en hood exhaust airflow rate is greater than 5,000 cfm or as required EXHAUST SYSTEMS by the New York City Energy Conservation Code , each hood shall be a factory - built commercial exhaust hood listed by a nationally recognized testing laboratory in compliance with UL 710. Exceptions: 1. Factory - built commercial exhaust hoods that are listed and labeled in accordance with UL 710, and installed in accordance with Section 304.1, shall not be required to comply with Sections 507.1.5, 507.2.3, 507.2.5, 507.2.8, 507.3.1, 507.3.3, [CONT.]: 507.1 General. Commercial kitchen exhaust hoods shall comply with the requirements of this section. Hoods shall be Type I or II and shall be designed to capture and confine cooking vapors and residues. A Type I or Type II hood shall be installed at or above all commercial cooking appliances in accordance with Section 507.2 and 507.3. Where any cooking appliance under a single hood requires a Type I hood, a Type I hood shall be installed. Where a Type II hood is required, a Type I or Type II hood shall be installed. Where a Type I hood is installed, the installation of the entire system, including the hood, ducts, exhaust equipment and makeup air system shall comply with the requirements of Sections 506, 507, 508 and 509. Where total kitch en hood exhaust airflow rate is greater than 5,000 cfm or as required EXHAUST SYSTEMS by the New York City Energy Conservation Code , each hood shall be a factory - built commercial exhaust hood listed by a nationally recognized testing laboratory in compliance with UL 710. Exceptions: 1. Factory - built commercial exhaust hoods that are listed and labeled in accordance with UL 710, and installed in accordance with Section 304.1, shall not be required to comply with Sections 507.1.5, 507.2.3, 507.2.5, 507.2.8, 507.3.1, 507.3.3, [CONT.]: 507.1 General. Commercial kitchen exhaust hoods shall comply with the requirements of this section. Hoods shall be Type I or II and shall be designed to capture and confine cooking vapors and residues. A Type I or Type II hood shall be installed at or above all commercial cooking appliances in accordance with Section 507.2 and 507.3. Where any cooking appliance under a single hood requires a Type I hood, a Type I hood shall be installed. Where a Type II hood is required, a Type I or Type II hood shall be installed. Where a Type I hood is installed, the installation of the entire system, including the hood, ducts, exhaust equipment and makeup air system shall comply with the requirements of Sections 506, 507, 508 and 509. Where total kitch en hood exhaust airflow rate is greater than 5,000 cfm or as required EXHAUST SYSTEMS by the New York City Energy Conservation Code , each hood shall be a factory - built commercial exhaust hood listed by a nationally recognized testing laboratory in compliance with UL 710. Exceptions: 1. Factory - built commercial exhaust hoods that are listed and labeled in accordance with UL 710, and installed in accordance with Section 304.1, shall not be required to comply with Sections 507.1.5, 507.2.3, 507.2.5, 507.2.8, 507.3.1, 507.3.3, [CONT.]: 507.1 General. Commercial kitchen exhaust hoods shall comply with the requirements of this section. Hoods shall be Type I or II and shall be designed to capture and confine cooking vapors and residues. A Type I or Type II hood shall be installed at or above all commercial cooking appliances in accordance with Section 507.2 and 507.3. Where any cooking appliance under a single hood requires a Type I hood, a Type I hood shall be installed. Where a Type II hood is required, a Type I or Type II hood shall be installed. Where a Type I hood is installed, the installation of the entire system, including the hood, ducts, exhaust equipment and makeup air system shall comply with the requirements of Sections 506, 507, 508 and 509. Where total kitch en hood exhaust airflow rate is greater than 5,000 cfm or as required EXHAUST SYSTEMS by the New York City Energy Conservation Code , each hood shall be a factory - built commercial exhaust hood listed by a nationally recognized testing laboratory in compliance with UL 710. Exceptions: 1. Factory - built commercial exhaust hoods that are listed and labeled in accordance with UL 710, and installed in accordance with Section 304.1, shall not be required to comply with Sections 507.1.5, 507.2.3, 507.2.5, 507.2.8, 507.3.1, 507.3.3, [CONT.]: 507.1 General. Commercial kitchen exhaust hoods shall comply with the requirements of this section. Hoods shall be Type I or II and shall be designed to capture and confine cooking vapors and residues. A Type I or Type II hood shall be installed at or above all commercial cooking appliances in accordance with Section 507.2 and 507.3. Where any cooking appliance under a single hood requires a Type I hood, a Type I hood shall be installed. Where a Type II hood is required, a Type I or Type II hood shall be installed. Where a Type I hood is installed, the installation of the entire system, including the hood, ducts, exhaust equipment and makeup air system shall comply with the requirements of Sections 506, 507, 508 and 509. Where total kitch en hood exhaust airflow rate is greater than 5,000 cfm or as required EXHAUST SYSTEMS by the New York City Energy Conservation Code , each hood shall be a factory - built commercial exhaust hood listed by a nationally recognized testing laboratory in compliance with UL 710. Exceptions: 1. Factory - built commercial exhaust hoods that are listed and labeled in accordance with UL 710, and installed in accordance with Section 304.1, shall not be required to comply with Sections 507.1.5, 507.2.3, 507.2.5, 507.2.8, 507.3.1, 507.3.3, [CONT.]: 507.1 General. Commercial kitchen exhaust hoods shall comply with the requirements of this section. Hoods shall be Type I or II and shall be designed to capture and confine cooking vapors and residues. A Type I or Type II hood shall be installed at or above all commercial cooking appliances in accordance with Section 507.2 and 507.3. Where any cooking appliance under a single hood requires a Type I hood, a Type I hood shall be installed. Where a Type II hood is required, a Type I or Type II hood shall be installed. Where a Type I hood is installed, the installation of the entire system, including the hood, ducts, exhaust equipment and makeup air system shall comply with the requirements of Sections 506, 507, 508 and 509. Where total kitch en hood exhaust airflow rate is greater than 5,000 cfm or as required EXHAUST SYSTEMS by the New York City Energy Conservation Code , each hood shall be a factory - built commercial exhaust hood listed by a nationally recognized testing laboratory in compliance with UL 710. Exceptions: 1. Factory - built commercial exhaust hoods that are listed and labeled in accordance with UL 710, and installed in accordance with Section 304.1, shall not be required to comply with Sections 507.1.5, 507.2.3, 507.2.5, 507.2.8, 507.3.1, 507.3.3, [CONT.]: 507.1 General. Commercial kitchen exhaust hoods shall comply with the requirements of this section. Hoods shall be Type I or II and shall be designed to capture and confine cooking vapors and residues. A Type I or Type II hood shall be installed at or above all commercial cooking appliances in accordance with Section 507.2 and 507.3. Where any cooking appliance under a single hood requires a Type I hood, a Type I hood shall be installed. Where a Type II hood is required, a Type I or Type II hood shall be installed. Where a Type I hood is installed, the installation of the entire system, including the hood, ducts, exhaust equipment and makeup air system shall comply with the requirements of Sections 506, 507, 508 and 509. Where total kitch en hood exhaust airflow rate is greater than 5,000 cfm or as required EXHAUST SYSTEMS by the New York City Energy Conservation Code , each hood shall be a factory - built commercial exhaust hood listed by a nationally recognized testing laboratory in compliance with UL 710. Exceptions: 1. Factory - built commercial exhaust hoods that are listed and labeled in accordance with UL 710, and installed in accordance with Section 304.1, shall not be required to comply with Sections 507.1.5, 507.2.3, 507.2.5, 507.2.8, 507.3.1, 507.3.3, [CONT.]: 507.1 211 \u2014 13 Standard for Chimneys, Fireplaces, Vents and Solid Fuel - burning Appliances ............ 802.1, Table 803.10.6, ................................................................................................ ........................................ 806.1, 811.1, 901.2 262 \u2014 15 Standard Method of Test for Flame Travel and Smoke of Wires and Cables for Use in Air - handling Spaces ................................................................................................................... [CONT.]: 507.1 211 \u2014 13 Standard for Chimneys, Fireplaces, Vents and Solid Fuel - burning Appliances ............ 802.1, Table 803.10.6, ................................................................................................ ........................................ 806.1, 811.1, 901.2 262 \u2014 15 Standard Method of Test for Flame Travel and Smoke of Wires and Cables for Use in Air - handling Spaces ................................................................................................................... [CONT.]: 507.1 211 \u2014 13 Standard for Chimneys, Fireplaces, Vents and Solid Fuel - burning Appliances ............ 802.1, Table 803.10.6, ................................................................................................ ........................................ 806.1, 811.1, 901.2 262 \u2014 15 Standard Method of Test for Flame Travel and Smoke of Wires and Cables for Use in Air - handling Spaces ................................................................................................................... [CONT.]: 507.1 211 \u2014 13 Standard for Chimneys, Fireplaces, Vents and Solid Fuel - burning Appliances ............ 802.1, Table 803.10.6, ................................................................................................ ........................................ 806.1, 811.1, 901.2 262 \u2014 15 Standard Method of Test for Flame Travel and Smoke of Wires and Cables for Use in Air - handling Spaces ................................................................................................................... [CONT.]: 507.1 710B \u2014 2011 Recirculating Systems ................................ ................................ ................................ .......... 507.1, 507.1.2, 507.2 723 \u2014 2008 Standard for Test for Surface Burning Characteristics of Building Materials ..................... 202 ( FLAME SPREAD INDEX ), 510.9, 602.2, 602.2.1, 602.2.1.6, 602.2.1.6.1, ................................ ................................ ................. 602.2.1.6.2, 602.2.1.6.3, 602.2.1.7, 604.3, 1204.1 726 \u2014 95 Oil - fired Boiler Assemblies \u2014 with revisions through April 2011 ................................ ... 916.1, 1004.1,",
    "metadata": {
      "section_full": "507.1",
      "parent_major": "507",
      "parent_minor": "507.1",
      "source": "029.txt"
    }
  },
  {
    "id": "507.1.1",
    "text": "CONTEXT: 507 > 507.1 | CONTENT: 507.1.1 507.1.1 Operation. Commercial kitchen exhaust hood systems shall operate while cooking equipment is in operation. The hood exhaust rate shall comply with the listing of the hood or shall comply with Section 507.5. The exhaust fan serving a Type I hood shall have automatic controls that will activate the fan when any appliance that requires such Type I Hood is turned on, or a means of interlock shall be provided that will prevent operation of such appliances when the exhaust fan is not turned on. Where one or more temperature or radiant energy sensors are used to activate a Type I hood exhaust fan, the fan sh all activate not more than 15 minutes after the first appliance served by that hood has been turned on. A method of interlock between an exhaust hood system and appliances equipped with standing pilot burners shall not cause the pilot burners to be extingu ished. A method of interlock between an exhaust hood system and cooking appliances shall not involve or depend upon any component of a fire - extinguishing system. Hood exhaust volumes may be reduced during part - load cooking conditions only for listed hoods that are provided with variable speed or multispeed controls from or as approved by the hood manufacturer. Such controls shall automatically operate the exhaust system to maintain capture and removal of cooking effluents as required by this section. Reduce d volumes shall maintain capture and removal of effluents from the idle cooking appliances that are operating in a standby mode. Minimum duct velocities shall be maintained during part load operation. The replacement air system shall be operated in coordin ation with the variable flow operation of the exhausts. [CONT.]: 507.1.1 Operation. Commercial kitchen exhaust hood systems shall operate while cooking equipment is in operation. The hood exhaust rate shall comply with the listing of the hood or shall comply with Section 507.5. The exhaust fan serving a Type I hood shall have automatic controls that will activate the fan when any appliance that requires such Type I Hood is turned on, or a means of interlock shall be provided that will prevent operation of such appliances when the exhaust fan is not turned on. Where one or more temperature or radiant energy sensors are used to activate a Type I hood exhaust fan, the fan sh all activate not more than 15 minutes after the first appliance served by that hood has been turned on. A method of interlock between an exhaust hood system and appliances equipped with standing pilot burners shall not cause the pilot burners to be extingu ished. A method of interlock between an exhaust hood system and cooking appliances shall not involve or depend upon any component of a fire - extinguishing system. Hood exhaust volumes may be reduced during part - load cooking conditions only for listed hoods that are provided with variable speed or multispeed controls from or as approved by the hood manufacturer. Such controls shall automatically operate the exhaust system to maintain capture and removal of cooking effluents as required by this section. Reduce d volumes shall maintain capture and removal of effluents from the idle cooking appliances that are operating in a standby mode. Minimum duct velocities shall be maintained during part load operation. The replacement air system shall be operated in coordin ation with the variable flow operation of the exhausts. [CONT.]: 507.1.1 Operation. Commercial kitchen exhaust hood systems shall operate while cooking equipment is in operation. The hood exhaust rate shall comply with the listing of the hood or shall comply with Section 507.5. The exhaust fan serving a Type I hood shall have automatic controls that will activate the fan when any appliance that requires such Type I Hood is turned on, or a means of interlock shall be provided that will prevent operation of such appliances when the exhaust fan is not turned on. Where one or more temperature or radiant energy sensors are used to activate a Type I hood exhaust fan, the fan sh all activate not more than 15 minutes after the first appliance served by that hood has been turned on. A method of interlock between an exhaust hood system and appliances equipped with standing pilot burners shall not cause the pilot burners to be extingu ished. A method of interlock between an exhaust hood system and cooking appliances shall not involve or depend upon any component of a fire - extinguishing system. Hood exhaust volumes may be reduced during part - load cooking conditions only for listed hoods that are provided with variable speed or multispeed controls from or as approved by the hood manufacturer. Such controls shall automatically operate the exhaust system to maintain capture and removal of cooking effluents as required by this section. Reduce d volumes shall maintain capture and removal of effluents from the idle cooking appliances that are operating in a standby mode. Minimum duct velocities shall be maintained during part load operation. The replacement air system shall be operated in coordin ation with the variable flow operation of the exhausts. [CONT.]: 507.1.1 Operation. Commercial kitchen exhaust hood systems shall operate while cooking equipment is in operation. The hood exhaust rate shall comply with the listing of the hood or shall comply with Section 507.5. The exhaust fan serving a Type I hood shall have automatic controls that will activate the fan when any appliance that requires such Type I Hood is turned on, or a means of interlock shall be provided that will prevent operation of such appliances when the exhaust fan is not turned on. Where one or more temperature or radiant energy sensors are used to activate a Type I hood exhaust fan, the fan sh all activate not more than 15 minutes after the first appliance served by that hood has been turned on. A method of interlock between an exhaust hood system and appliances equipped with standing pilot burners shall not cause the pilot burners to be extingu ished. A method of interlock between an exhaust hood system and cooking appliances shall not involve or depend upon any component of a fire - extinguishing system. Hood exhaust volumes may be reduced during part - load cooking conditions only for listed hoods that are provided with variable speed or multispeed controls from or as approved by the hood manufacturer. Such controls shall automatically operate the exhaust system to maintain capture and removal of cooking effluents as required by this section. Reduce d volumes shall maintain capture and removal of effluents from the idle cooking appliances that are operating in a standby mode. Minimum duct velocities shall be maintained during part load operation. The replacement air system shall be operated in coordin ation with the variable flow operation of the exhausts. [CONT.]: 507.1.1 Operation. Commercial kitchen exhaust hood systems shall operate while cooking equipment is in operation. The hood exhaust rate shall comply with the listing of the hood or shall comply with Section 507.5. The exhaust fan serving a Type I hood shall have automatic controls that will activate the fan when any appliance that requires such Type I Hood is turned on, or a means of interlock shall be provided that will prevent operation of such appliances when the exhaust fan is not turned on. Where one or more temperature or radiant energy sensors are used to activate a Type I hood exhaust fan, the fan sh all activate not more than 15 minutes after the first appliance served by that hood has been turned on. A method of interlock between an exhaust hood system and appliances equipped with standing pilot burners shall not cause the pilot burners to be extingu ished. A method of interlock between an exhaust hood system and cooking appliances shall not involve or depend upon any component of a fire - extinguishing system. Hood exhaust volumes may be reduced during part - load cooking conditions only for listed hoods that are provided with variable speed or multispeed controls from or as approved by the hood manufacturer. Such controls shall automatically operate the exhaust system to maintain capture and removal of cooking effluents as required by this section. Reduce d volumes shall maintain capture and removal of effluents from the idle cooking appliances that are operating in a standby mode. Minimum duct velocities shall be maintained during part load operation. The replacement air system shall be operated in coordin ation with the variable flow operation of the exhausts. [CONT.]: 507.1.1 Operation. Commercial kitchen exhaust hood systems shall operate while cooking equipment is in operation. The hood exhaust rate shall comply with the listing of the hood or shall comply with Section 507.5. The exhaust fan serving a Type I hood shall have automatic controls that will activate the fan when any appliance that requires such Type I Hood is turned on, or a means of interlock shall be provided that will prevent operation of such appliances when the exhaust fan is not turned on. Where one or more temperature or radiant energy sensors are used to activate a Type I hood exhaust fan, the fan sh all activate not more than 15 minutes after the first appliance served by that hood has been turned on. A method of interlock between an exhaust hood system and appliances equipped with standing pilot burners shall not cause the pilot burners to be extingu ished. A method of interlock between an exhaust hood system and cooking appliances shall not involve or depend upon any component of a fire - extinguishing system. Hood exhaust volumes may be reduced during part - load cooking conditions only for listed hoods that are provided with variable speed or multispeed controls from or as approved by the hood manufacturer. Such controls shall automatically operate the exhaust system to maintain capture and removal of cooking effluents as required by this section. Reduce d volumes shall maintain capture and removal of effluents from the idle cooking appliances that are operating in a standby mode. Minimum duct velocities shall be maintained during part load operation. The replacement air system shall be operated in coordin ation with the variable flow operation of the exhausts. [CONT.]: 507.1.1 Operation. Commercial kitchen exhaust hood systems shall operate while cooking equipment is in operation. The hood exhaust rate shall comply with the listing of the hood or shall comply with Section 507.5. The exhaust fan serving a Type I hood shall have automatic controls that will activate the fan when any appliance that requires such Type I Hood is turned on, or a means of interlock shall be provided that will prevent operation of such appliances when the exhaust fan is not turned on. Where one or more temperature or radiant energy sensors are used to activate a Type I hood exhaust fan, the fan sh all activate not more than 15 minutes after the first appliance served by that hood has been turned on. A method of interlock between an exhaust hood system and appliances equipped with standing pilot burners shall not cause the pilot burners to be extingu ished. A method of interlock between an exhaust hood system and cooking appliances shall not involve or depend upon any component of a fire - extinguishing system. Hood exhaust volumes may be reduced during part - load cooking conditions only for listed hoods that are provided with variable speed or multispeed controls from or as approved by the hood manufacturer. Such controls shall automatically operate the exhaust system to maintain capture and removal of cooking effluents as required by this section. Reduce d volumes shall maintain capture and removal of effluents from the idle cooking appliances that are operating in a standby mode. Minimum duct velocities shall be maintained during part load operation. The replacement air system shall be operated in coordin ation with the variable flow operation of the exhausts. [CONT.]: 507.1.1 Operation. Commercial kitchen exhaust hood systems shall operate while cooking equipment is in operation. The hood exhaust rate shall comply with the listing of the hood or shall comply with Section 507.5. The exhaust fan serving a Type I hood shall have automatic controls that will activate the fan when any appliance that requires such Type I Hood is turned on, or a means of interlock shall be provided that will prevent operation of such appliances when the exhaust fan is not turned on. Where one or more temperature or radiant energy sensors are used to activate a Type I hood exhaust fan, the fan sh all activate not more than 15 minutes after the first appliance served by that hood has been turned on. A method of interlock between an exhaust hood system and appliances equipped with standing pilot burners shall not cause the pilot burners to be extingu ished. A method of interlock between an exhaust hood system and cooking appliances shall not involve or depend upon any component of a fire - extinguishing system. Hood exhaust volumes may be reduced during part - load cooking conditions only for listed hoods that are provided with variable speed or multispeed controls from or as approved by the hood manufacturer. Such controls shall automatically operate the exhaust system to maintain capture and removal of cooking effluents as required by this section. Reduce d volumes shall maintain capture and removal of effluents from the idle cooking appliances that are operating in a standby mode. Minimum duct velocities shall be maintained during part load operation. The replacement air system shall be operated in coordin ation with the variable flow operation of the exhausts. [CONT.]: 507.1.1 Operation. Commercial kitchen exhaust hood systems shall operate while cooking equipment is in operation. The hood exhaust rate shall comply with the listing of the hood or shall comply with Section 507.5. The exhaust fan serving a Type I hood shall have automatic controls that will activate the fan when any appliance that requires such Type I Hood is turned on, or a means of interlock shall be provided that will prevent operation of such appliances when the exhaust fan is not turned on. Where one or more temperature or radiant energy sensors are used to activate a Type I hood exhaust fan, the fan sh all activate not more than 15 minutes after the first appliance served by that hood has been turned on. A method of interlock between an exhaust hood system and appliances equipped with standing pilot burners shall not cause the pilot burners to be extingu ished. A method of interlock between an exhaust hood system and cooking appliances shall not involve or depend upon any component of a fire - extinguishing system. Hood exhaust volumes may be reduced during part - load cooking conditions only for listed hoods that are provided with variable speed or multispeed controls from or as approved by the hood manufacturer. Such controls shall automatically operate the exhaust system to maintain capture and removal of cooking effluents as required by this section. Reduce d volumes shall maintain capture and removal of effluents from the idle cooking appliances that are operating in a standby mode. Minimum duct velocities shall be maintained during part load operation. The replacement air system shall be operated in coordin ation with the variable flow operation of the exhausts. [CONT.]: 507.1.1 Operation. Commercial kitchen exhaust hood systems shall operate while cooking equipment is in operation. The hood exhaust rate shall comply with the listing of the hood or shall comply with Section 507.5. The exhaust fan serving a Type I hood shall have automatic controls that will activate the fan when any appliance that requires such Type I Hood is turned on, or a means of interlock shall be provided that will prevent operation of such appliances when the exhaust fan is not turned on. Where one or more temperature or radiant energy sensors are used to activate a Type I hood exhaust fan, the fan sh all activate not more than 15 minutes after the first appliance served by that hood has been turned on. A method of interlock between an exhaust hood system and appliances equipped with standing pilot burners shall not cause the pilot burners to be extingu ished. A method of interlock between an exhaust hood system and cooking appliances shall not involve or depend upon any component of a fire - extinguishing system. Hood exhaust volumes may be reduced during part - load cooking conditions only for listed hoods that are provided with variable speed or multispeed controls from or as approved by the hood manufacturer. Such controls shall automatically operate the exhaust system to maintain capture and removal of cooking effluents as required by this section. Reduce d volumes shall maintain capture and removal of effluents from the idle cooking appliances that are operating in a standby mode. Minimum duct velocities shall be maintained during part load operation. The replacement air system shall be operated in coordin ation with the variable flow operation of the exhausts.",
    "metadata": {
      "section_full": "507.1.1",
      "parent_major": "507",
      "parent_minor": "507.1",
      "source": "029.txt"
    }
  },
  {
    "id": "507.1.1.1",
    "text": "CONTEXT: 507 > 507.1 | CONTENT: 507.1.1.1 507.1.1.1 Multiple hoods utilizing a single exhaust system. Where heat or radiant energy sensors are utilized in hood systems consisting of multiple hoods served by a single exhaust system, such senso rs shall be provided in each hood. Sensors shall be capable of being accessed from the hood outlet or from a cleanout location. [CONT.]: 507.1.1.1 Multiple hoods utilizing a single exhaust system. Where heat or radiant energy sensors are utilized in hood systems consisting of multiple hoods served by a single exhaust system, such senso rs shall be provided in each hood. Sensors shall be capable of being accessed from the hood outlet or from a cleanout location. [CONT.]: 507.1.1.1 Multiple hoods utilizing a single exhaust system. Where heat or radiant energy sensors are utilized in hood systems consisting of multiple hoods served by a single exhaust system, such senso rs shall be provided in each hood. Sensors shall be capable of being accessed from the hood outlet or from a cleanout location. [CONT.]: 507.1.1.1 Multiple hoods utilizing a single exhaust system. Where heat or radiant energy sensors are utilized in hood systems consisting of multiple hoods served by a single exhaust system, such senso rs shall be provided in each hood. Sensors shall be capable of being accessed from the hood outlet or from a cleanout location. [CONT.]: 507.1.1.1 Multiple hoods utilizing a single exhaust system. Where heat or radiant energy sensors are utilized in hood systems consisting of multiple hoods served by a single exhaust system, such senso rs shall be provided in each hood. Sensors shall be capable of being accessed from the hood outlet or from a cleanout location. [CONT.]: 507.1.1.1 Multiple hoods utilizing a single exhaust system. Where heat or radiant energy sensors are utilized in hood systems consisting of multiple hoods served by a single exhaust system, such senso rs shall be provided in each hood. Sensors shall be capable of being accessed from the hood outlet or from a cleanout location. [CONT.]: 507.1.1.1 Multiple hoods utilizing a single exhaust system. Where heat or radiant energy sensors are utilized in hood systems consisting of multiple hoods served by a single exhaust system, such senso rs shall be provided in each hood. Sensors shall be capable of being accessed from the hood outlet or from a cleanout location. [CONT.]: 507.1.1.1 Multiple hoods utilizing a single exhaust system. Where heat or radiant energy sensors are utilized in hood systems consisting of multiple hoods served by a single exhaust system, such senso rs shall be provided in each hood. Sensors shall be capable of being accessed from the hood outlet or from a cleanout location. [CONT.]: 507.1.1.1 Multiple hoods utilizing a single exhaust system. Where heat or radiant energy sensors are utilized in hood systems consisting of multiple hoods served by a single exhaust system, such senso rs shall be provided in each hood. Sensors shall be capable of being accessed from the hood outlet or from a cleanout location. [CONT.]: 507.1.1.1 Multiple hoods utilizing a single exhaust system. Where heat or radiant energy sensors are utilized in hood systems consisting of multiple hoods served by a single exhaust system, such senso rs shall be provided in each hood. Sensors shall be capable of being accessed from the hood outlet or from a cleanout location.",
    "metadata": {
      "section_full": "507.1.1.1",
      "parent_major": "507",
      "parent_minor": "507.1",
      "source": "029.txt"
    }
  },
  {
    "id": "507.1.2",
    "text": "CONTEXT: 507 > 507.1 | CONTENT: 507.1.2 507.1.2 Domestic cooking appliances used for commercial purposes. Domestic cooking appliances utilized for commercial purposes a nd all domestic cooking appliances installed in cafeterias and Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with Type I, Type II, or UL 710B hoods as required for the type of appliances and processes in accordance with Sections 507.2 and 5 07.3. Refer to Section 505.4 for qualifying non - commercial uses. [CONT.]: 507.1.2 Domestic cooking appliances used for commercial purposes. Domestic cooking appliances utilized for commercial purposes a nd all domestic cooking appliances installed in cafeterias and Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with Type I, Type II, or UL 710B hoods as required for the type of appliances and processes in accordance with Sections 507.2 and 5 07.3. Refer to Section 505.4 for qualifying non - commercial uses. [CONT.]: 507.1.2 Domestic cooking appliances used for commercial purposes. Domestic cooking appliances utilized for commercial purposes a nd all domestic cooking appliances installed in cafeterias and Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with Type I, Type II, or UL 710B hoods as required for the type of appliances and processes in accordance with Sections 507.2 and 5 07.3. Refer to Section 505.4 for qualifying non - commercial uses. [CONT.]: 507.1.2 Domestic cooking appliances used for commercial purposes. Domestic cooking appliances utilized for commercial purposes a nd all domestic cooking appliances installed in cafeterias and Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with Type I, Type II, or UL 710B hoods as required for the type of appliances and processes in accordance with Sections 507.2 and 5 07.3. Refer to Section 505.4 for qualifying non - commercial uses. [CONT.]: 507.1.2 Domestic cooking appliances used for commercial purposes. Domestic cooking appliances utilized for commercial purposes a nd all domestic cooking appliances installed in cafeterias and Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with Type I, Type II, or UL 710B hoods as required for the type of appliances and processes in accordance with Sections 507.2 and 5 07.3. Refer to Section 505.4 for qualifying non - commercial uses. [CONT.]: 507.1.2 Domestic cooking appliances used for commercial purposes. Domestic cooking appliances utilized for commercial purposes a nd all domestic cooking appliances installed in cafeterias and Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with Type I, Type II, or UL 710B hoods as required for the type of appliances and processes in accordance with Sections 507.2 and 5 07.3. Refer to Section 505.4 for qualifying non - commercial uses. [CONT.]: 507.1.2 Domestic cooking appliances used for commercial purposes. Domestic cooking appliances utilized for commercial purposes a nd all domestic cooking appliances installed in cafeterias and Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with Type I, Type II, or UL 710B hoods as required for the type of appliances and processes in accordance with Sections 507.2 and 5 07.3. Refer to Section 505.4 for qualifying non - commercial uses. [CONT.]: 507.1.2 Domestic cooking appliances used for commercial purposes. Domestic cooking appliances utilized for commercial purposes a nd all domestic cooking appliances installed in cafeterias and Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with Type I, Type II, or UL 710B hoods as required for the type of appliances and processes in accordance with Sections 507.2 and 5 07.3. Refer to Section 505.4 for qualifying non - commercial uses. [CONT.]: 507.1.2 Domestic cooking appliances used for commercial purposes. Domestic cooking appliances utilized for commercial purposes a nd all domestic cooking appliances installed in cafeterias and Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with Type I, Type II, or UL 710B hoods as required for the type of appliances and processes in accordance with Sections 507.2 and 5 07.3. Refer to Section 505.4 for qualifying non - commercial uses. [CONT.]: 507.1.2 Domestic cooking appliances used for commercial purposes. Domestic cooking appliances utilized for commercial purposes a nd all domestic cooking appliances installed in cafeterias and Group A - 1, A - 2, A - 4, A - 5, and M occupancies shall be provided with Type I, Type II, or UL 710B hoods as required for the type of appliances and processes in accordance with Sections 507.2 and 5 07.3. Refer to Section 505.4 for qualifying non - commercial uses.",
    "metadata": {
      "section_full": "507.1.2",
      "parent_major": "507",
      "parent_minor": "507.1",
      "source": "029.txt"
    }
  },
  {
    "id": "507.1.3",
    "text": "CONTEXT: 507 > 507.1 | CONTENT: 507.1.3 507.1.3 Fuel - burning appliances. Where vented fuel - burning appliances are located in the same room or space as the hood, provisions shall be made to prevent the hood system from interfering w ith normal operation of the appliance vents. [CONT.]: 507.1.3 Fuel - burning appliances. Where vented fuel - burning appliances are located in the same room or space as the hood, provisions shall be made to prevent the hood system from interfering w ith normal operation of the appliance vents. [CONT.]: 507.1.3 Fuel - burning appliances. Where vented fuel - burning appliances are located in the same room or space as the hood, provisions shall be made to prevent the hood system from interfering w ith normal operation of the appliance vents. [CONT.]: 507.1.3 Fuel - burning appliances. Where vented fuel - burning appliances are located in the same room or space as the hood, provisions shall be made to prevent the hood system from interfering w ith normal operation of the appliance vents. [CONT.]: 507.1.3 Fuel - burning appliances. Where vented fuel - burning appliances are located in the same room or space as the hood, provisions shall be made to prevent the hood system from interfering w ith normal operation of the appliance vents. [CONT.]: 507.1.3 Fuel - burning appliances. Where vented fuel - burning appliances are located in the same room or space as the hood, provisions shall be made to prevent the hood system from interfering w ith normal operation of the appliance vents. [CONT.]: 507.1.3 Fuel - burning appliances. Where vented fuel - burning appliances are located in the same room or space as the hood, provisions shall be made to prevent the hood system from interfering w ith normal operation of the appliance vents. [CONT.]: 507.1.3 Fuel - burning appliances. Where vented fuel - burning appliances are located in the same room or space as the hood, provisions shall be made to prevent the hood system from interfering w ith normal operation of the appliance vents. [CONT.]: 507.1.3 Fuel - burning appliances. Where vented fuel - burning appliances are located in the same room or space as the hood, provisions shall be made to prevent the hood system from interfering w ith normal operation of the appliance vents. [CONT.]: 507.1.3 Fuel - burning appliances. Where vented fuel - burning appliances are located in the same room or space as the hood, provisions shall be made to prevent the hood system from interfering w ith normal operation of the appliance vents.",
    "metadata": {
      "section_full": "507.1.3",
      "parent_major": "507",
      "parent_minor": "507.1",
      "source": "029.txt"
    }
  },
  {
    "id": "507.1.4",
    "text": "CONTEXT: 507 > 507.1 | CONTENT: 507.1.4 507.1.4 Cleaning. A hood shall be designed to facilitate thorough cleaning of the entire hood. [CONT.]: 507.1.4 Cleaning. A hood shall be designed to facilitate thorough cleaning of the entire hood. [CONT.]: 507.1.4 Cleaning. A hood shall be designed to facilitate thorough cleaning of the entire hood. [CONT.]: 507.1.4 Cleaning. A hood shall be designed to facilitate thorough cleaning of the entire hood. [CONT.]: 507.1.4 Cleaning. A hood shall be designed to facilitate thorough cleaning of the entire hood. [CONT.]: 507.1.4 Cleaning. A hood shall be designed to facilitate thorough cleaning of the entire hood. [CONT.]: 507.1.4 Cleaning. A hood shall be designed to facilitate thorough cleaning of the entire hood. [CONT.]: 507.1.4 Cleaning. A hood shall be designed to facilitate thorough cleaning of the entire hood. [CONT.]: 507.1.4 Cleaning. A hood shall be designed to facilitate thorough cleaning of the entire hood. [CONT.]: 507.1.4 Cleaning. A hood shall be designed to facilitate thorough cleaning of the entire hood.",
    "metadata": {
      "section_full": "507.1.4",
      "parent_major": "507",
      "parent_minor": "507.1",
      "source": "029.txt"
    }
  },
  {
    "id": "507.1.5",
    "text": "CONTEXT: 507 > 507.1 | CONTENT: 507.1.5 507.1.5 Exhaust outlets. Exhaust outlets located within the hood shall be located to optimize the capture of particu late matter. Each outlet shall serve not more than a 12 - foot (3657.6 mm) section of hood. [CONT.]: 507.1.5 Exhaust outlets. Exhaust outlets located within the hood shall be located to optimize the capture of particu late matter. Each outlet shall serve not more than a 12 - foot (3657.6 mm) section of hood. [CONT.]: 507.1.5 Exhaust outlets. Exhaust outlets located within the hood shall be located to optimize the capture of particu late matter. Each outlet shall serve not more than a 12 - foot (3657.6 mm) section of hood. [CONT.]: 507.1.5 Exhaust outlets. Exhaust outlets located within the hood shall be located to optimize the capture of particu late matter. Each outlet shall serve not more than a 12 - foot (3657.6 mm) section of hood. [CONT.]: 507.1.5 Exhaust outlets. Exhaust outlets located within the hood shall be located to optimize the capture of particu late matter. Each outlet shall serve not more than a 12 - foot (3657.6 mm) section of hood. [CONT.]: 507.1.5 Exhaust outlets. Exhaust outlets located within the hood shall be located to optimize the capture of particu late matter. Each outlet shall serve not more than a 12 - foot (3657.6 mm) section of hood. [CONT.]: 507.1.5 Exhaust outlets. Exhaust outlets located within the hood shall be located to optimize the capture of particu late matter. Each outlet shall serve not more than a 12 - foot (3657.6 mm) section of hood. [CONT.]: 507.1.5 Exhaust outlets. Exhaust outlets located within the hood shall be located to optimize the capture of particu late matter. Each outlet shall serve not more than a 12 - foot (3657.6 mm) section of hood. [CONT.]: 507.1.5 Exhaust outlets. Exhaust outlets located within the hood shall be located to optimize the capture of particu late matter. Each outlet shall serve not more than a 12 - foot (3657.6 mm) section of hood. [CONT.]: 507.1.5 Exhaust outlets. Exhaust outlets located within the hood shall be located to optimize the capture of particu late matter. Each outlet shall serve not more than a 12 - foot (3657.6 mm) section of hood.",
    "metadata": {
      "section_full": "507.1.5",
      "parent_major": "507",
      "parent_minor": "507.1",
      "source": "029.txt"
    }
  },
  {
    "id": "507.2",
    "text": "CONTEXT: 507 > 507.2 | CONTENT: 507.2 507.2 Type I hoods. Type I hoods shall be installed where cooking appliances produce grease or smoke as a result of the cooking process. Type I hoods shall be install ed over medium - duty, heavy - duty and extra - heavy - duty cooking appliances. Exception: A Type I hood shall not be required for an electric cooking appliance where an approved testing agency provides documentation that the appliance effluent contains 5 mg/m 3 o r less of grease when tested at an exhaust flow rate of 500 cfm (0.236 m 3 /s) in accordance with UL 710B. and have a grease removal and fire suppression system. 3. Where cooking appliances are equipped with integral down - draft exhaust systems and such appliances and exhaust systems are listed and labeled for the application in accordance with NFPA 96, a hood shall not be required at or above them. [CONT.]: 507.2 Type I hoods. Type I hoods shall be installed where cooking appliances produce grease or smoke as a result of the cooking process. Type I hoods shall be install ed over medium - duty, heavy - duty and extra - heavy - duty cooking appliances. Exception: A Type I hood shall not be required for an electric cooking appliance where an approved testing agency provides documentation that the appliance effluent contains 5 mg/m 3 o r less of grease when tested at an exhaust flow rate of 500 cfm (0.236 m 3 /s) in accordance with UL 710B. and have a grease removal and fire suppression system. 3. Where cooking appliances are equipped with integral down - draft exhaust systems and such appliances and exhaust systems are listed and labeled for the application in accordance with NFPA 96, a hood shall not be required at or above them. [CONT.]: 507.2 Type I hoods. Type I hoods shall be installed where cooking appliances produce grease or smoke as a result of the cooking process. Type I hoods shall be install ed over medium - duty, heavy - duty and extra - heavy - duty cooking appliances. Exception: A Type I hood shall not be required for an electric cooking appliance where an approved testing agency provides documentation that the appliance effluent contains 5 mg/m 3 o r less of grease when tested at an exhaust flow rate of 500 cfm (0.236 m 3 /s) in accordance with UL 710B. EXHAUST SYSTEMS [CONT.]: 507.2 Type I hoods. Type I hoods shall be installed where cooking appliances produce grease or smoke as a result of the cooking process. Type I hoods shall be install ed over medium - duty, heavy - duty and extra - heavy - duty cooking appliances. Exception: A Type I hood shall not be required for an electric cooking appliance where an approved testing agency provides documentation that the appliance effluent contains 5 mg/m 3 o r less of grease when tested at an exhaust flow rate of 500 cfm (0.236 m 3 /s) in accordance with UL 710B. EXHAUST SYSTEMS [CONT.]: 507.2 Type I hoods. Type I hoods shall be installed where cooking appliances produce grease or smoke as a result of the cooking process. Type I hoods shall be install ed over medium - duty, heavy - duty and extra - heavy - duty cooking appliances. Exception: A Type I hood shall not be required for an electric cooking appliance where an approved testing agency provides documentation that the appliance effluent contains 5 mg/m 3 o r less of grease when tested at an exhaust flow rate of 500 cfm (0.236 m 3 /s) in accordance with UL 710B. EXHAUST SYSTEMS [CONT.]: 507.2 Type I hoods. Type I hoods shall be installed where cooking appliances produce grease or smoke as a result of the cooking process. Type I hoods shall be install ed over medium - duty, heavy - duty and extra - heavy - duty cooking appliances. Exception: A Type I hood shall not be required for an electric cooking appliance where an approved testing agency provides documentation that the appliance effluent contains 5 mg/m 3 o r less of grease when tested at an exhaust flow rate of 500 cfm (0.236 m 3 /s) in accordance with UL 710B. EXHAUST SYSTEMS [CONT.]: 507.2 Type I hoods. Type I hoods shall be installed where cooking appliances produce grease or smoke as a result of the cooking process. Type I hoods shall be install ed over medium - duty, heavy - duty and extra - heavy - duty cooking appliances. Exception: A Type I hood shall not be required for an electric cooking appliance where an approved testing agency provides documentation that the appliance effluent contains 5 mg/m 3 o r less of grease when tested at an exhaust flow rate of 500 cfm (0.236 m 3 /s) in accordance with UL 710B. EXHAUST SYSTEMS [CONT.]: 507.2 Type I hoods. Type I hoods shall be installed where cooking appliances produce grease or smoke as a result of the cooking process. Type I hoods shall be install ed over medium - duty, heavy - duty and extra - heavy - duty cooking appliances. Exception: A Type I hood shall not be required for an electric cooking appliance where an approved testing agency provides documentation that the appliance effluent contains 5 mg/m 3 o r less of grease when tested at an exhaust flow rate of 500 cfm (0.236 m 3 /s) in accordance with UL 710B. EXHAUST SYSTEMS [CONT.]: 507.2 Type I hoods. Type I hoods shall be installed where cooking appliances produce grease or smoke as a result of the cooking process. Type I hoods shall be install ed over medium - duty, heavy - duty and extra - heavy - duty cooking appliances. Exception: A Type I hood shall not be required for an electric cooking appliance where an approved testing agency provides documentation that the appliance effluent contains 5 mg/m 3 o r less of grease when tested at an exhaust flow rate of 500 cfm (0.236 m 3 /s) in accordance with UL 710B. EXHAUST SYSTEMS [CONT.]: 507.2 Type I hoods. Type I hoods shall be installed where cooking appliances produce grease or smoke as a result of the cooking process. Type I hoods shall be install ed over medium - duty, heavy - duty and extra - heavy - duty cooking appliances. Exception: A Type I hood shall not be required for an electric cooking appliance where an approved testing agency provides documentation that the appliance effluent contains 5 mg/m 3 o r less of grease when tested at an exhaust flow rate of 500 cfm (0.236 m 3 /s) in accordance with UL 710B. EXHAUST SYSTEMS",
    "metadata": {
      "section_full": "507.2",
      "parent_major": "507",
      "parent_minor": "507.2",
      "source": "029.txt"
    }
  },
  {
    "id": "507.2.1",
    "text": "CONTEXT: 507 > 507.2 | CONTENT: 507.2.1 507.2.1 Type I exhaust flow rate label. Type I hoods shall bear a label indicating the minimum exhaust flow rate in cfm per linear foot (L/s per linear meter) of hood that provides for capture and containment of the exhaust effluent for the cooking appliances served by the hood, based on the cooking appliance duty classifications defined in this code. [CONT.]: 507.2.1 Type I exhaust flow rate label. Type I hoods shall bear a label indicating the minimum exhaust flow rate in cfm per linear foot (L/s per linear meter) of hood that provides for capture and containment of the exhaust effluent for the cooking appliances served by the hood, based on the cooking appliance duty classifications defined in this code. [CONT.]: 507.2.1 Type I exhaust flow rate label. Type I hoods shall bear a label indicating the minimum exhaust flow rate in cfm per linear foot (L/s per linear meter) of hood that provides for capture and containment of the exhaust effluent for the cooking appliances served by the hood, based on the cooking appliance duty classifications defined in this code. [CONT.]: 507.2.1 Type I exhaust flow rate label. Type I hoods shall bear a label indicating the minimum exhaust flow rate in cfm per linear foot (L/s per linear meter) of hood that provides for capture and containment of the exhaust effluent for the cooking appliances served by the hood, based on the cooking appliance duty classifications defined in this code. [CONT.]: 507.2.1 Type I exhaust flow rate label. Type I hoods shall bear a label indicating the minimum exhaust flow rate in cfm per linear foot (L/s per linear meter) of hood that provides for capture and containment of the exhaust effluent for the cooking appliances served by the hood, based on the cooking appliance duty classifications defined in this code. [CONT.]: 507.2.1 Type I exhaust flow rate label. Type I hoods shall bear a label indicating the minimum exhaust flow rate in cfm per linear foot (L/s per linear meter) of hood that provides for capture and containment of the exhaust effluent for the cooking appliances served by the hood, based on the cooking appliance duty classifications defined in this code. [CONT.]: 507.2.1 Type I exhaust flow rate label. Type I hoods shall bear a label indicating the minimum exhaust flow rate in cfm per linear foot (L/s per linear meter) of hood that provides for capture and containment of the exhaust effluent for the cooking appliances served by the hood, based on the cooking appliance duty classifications defined in this code. [CONT.]: 507.2.1 Type I exhaust flow rate label. Type I hoods shall bear a label indicating the minimum exhaust flow rate in cfm per linear foot (L/s per linear meter) of hood that provides for capture and containment of the exhaust effluent for the cooking appliances served by the hood, based on the cooking appliance duty classifications defined in this code.",
    "metadata": {
      "section_full": "507.2.1",
      "parent_major": "507",
      "parent_minor": "507.2",
      "source": "029.txt"
    }
  },
  {
    "id": "507.2.2",
    "text": "CONTEXT: 507 > 507.2 | CONTENT: 507.2.2 507.2.2 Type I extra - heavy - duty. Type I hoods for use over extra - heavy - duty cooking appliances shall not cover heavy - , medium - or light - duty appliances. Such hoods shall discharge to an exhaust system that is independent of other exhaust systems. [CONT.]: 507.2.2 Type I extra - heavy - duty. Type I hoods for use over extra - heavy - duty cooking appliances shall not cover heavy - , medium - or light - duty appliances. Such hoods shall discharge to an exhaust system that is independent of other exhaust systems. [CONT.]: 507.2.2 Type I extra - heavy - duty. Type I hoods for use over extra - heavy - duty cooking appliances shall not cover heavy - , medium - or light - duty appliances. Such hoods shall discharge to an exhaust system that is independent of other exhaust systems. [CONT.]: 507.2.2 Type I extra - heavy - duty. Type I hoods for use over extra - heavy - duty cooking appliances shall not cover heavy - , medium - or light - duty appliances. Such hoods shall discharge to an exhaust system that is independent of other exhaust systems. [CONT.]: 507.2.2 Type I extra - heavy - duty. Type I hoods for use over extra - heavy - duty cooking appliances shall not cover heavy - , medium - or light - duty appliances. Such hoods shall discharge to an exhaust system that is independent of other exhaust systems. [CONT.]: 507.2.2 Type I extra - heavy - duty. Type I hoods for use over extra - heavy - duty cooking appliances shall not cover heavy - , medium - or light - duty appliances. Such hoods shall discharge to an exhaust system that is independent of other exhaust systems. [CONT.]: 507.2.2 Type I extra - heavy - duty. Type I hoods for use over extra - heavy - duty cooking appliances shall not cover heavy - , medium - or light - duty appliances. Such hoods shall discharge to an exhaust system that is independent of other exhaust systems. [CONT.]: 507.2.2 Type I extra - heavy - duty. Type I hoods for use over extra - heavy - duty cooking appliances shall not cover heavy - , medium - or light - duty appliances. Such hoods shall discharge to an exhaust system that is independent of other exhaust systems.",
    "metadata": {
      "section_full": "507.2.2",
      "parent_major": "507",
      "parent_minor": "507.2",
      "source": "029.txt"
    }
  },
  {
    "id": "507.2.3",
    "text": "CONTEXT: 507 > 507.2 | CONTENT: 507.2.3 507.2.3 Type I materials. Type I hoods shall be constructed of steel having a minimum thickness of 0.0466 inch ( 1. 181 mm ) ( No. 18 gage) or stainless steel not less than 0.0335 inch ( 0.8525 mm ) (No. 20 MSG) in thickness. [CONT.]: 507.2.3 Type I materials. Type I hoods shall be constructed of steel having a minimum thickness of 0.0466 inch ( 1. 181 mm ) ( No. 18 gage) or stainless steel not less than 0.0335 inch ( 0.8525 mm ) (No. 20 MSG) in thickness. [CONT.]: 507.2.3 Type I materials. Type I hoods shall be constructed of steel having a minimum thickness of 0.0466 inch ( 1. 181 mm ) ( No. 18 gage) or stainless steel not less than 0.0335 inch ( 0.8525 mm ) (No. 20 MSG) in thickness. [CONT.]: 507.2.3 Type I materials. Type I hoods shall be constructed of steel having a minimum thickness of 0.0466 inch ( 1. 181 mm ) ( No. 18 gage) or stainless steel not less than 0.0335 inch ( 0.8525 mm ) (No. 20 MSG) in thickness. [CONT.]: 507.2.3 Type I materials. Type I hoods shall be constructed of steel having a minimum thickness of 0.0466 inch ( 1. 181 mm ) ( No. 18 gage) or stainless steel not less than 0.0335 inch ( 0.8525 mm ) (No. 20 MSG) in thickness. [CONT.]: 507.2.3 Type I materials. Type I hoods shall be constructed of steel having a minimum thickness of 0.0466 inch ( 1. 181 mm ) ( No. 18 gage) or stainless steel not less than 0.0335 inch ( 0.8525 mm ) (No. 20 MSG) in thickness. [CONT.]: 507.2.3 Type I materials. Type I hoods shall be constructed of steel having a minimum thickness of 0.0466 inch ( 1. 181 mm ) ( No. 18 gage) or stainless steel not less than 0.0335 inch ( 0.8525 mm ) (No. 20 MSG) in thickness. [CONT.]: 507.2.3 Type I materials. Type I hoods shall be constructed of steel having a minimum thickness of 0.0466 inch ( 1. 181 mm ) ( No. 18 gage) or stainless steel not less than 0.0335 inch ( 0.8525 mm ) (No. 20 MSG) in thickness.",
    "metadata": {
      "section_full": "507.2.3",
      "parent_major": "507",
      "parent_minor": "507.2",
      "source": "029.txt"
    }
  },
  {
    "id": "507.2.4",
    "text": "CONTEXT: 507 > 507.2 | CONTENT: 507.2.4 507.2.4 Type I supports. Type I hoods shall be secured in place by noncombustible supports. Type I hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.2.4 Type I supports. Type I hoods shall be secured in place by noncombustible supports. Type I hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.2.4 Type I supports. Type I hoods shall be secured in place by noncombustible supports. Type I hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.2.4 Type I supports. Type I hoods shall be secured in place by noncombustible supports. Type I hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.2.4 Type I supports. Type I hoods shall be secured in place by noncombustible supports. Type I hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.2.4 Type I supports. Type I hoods shall be secured in place by noncombustible supports. Type I hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.2.4 Type I supports. Type I hoods shall be secured in place by noncombustible supports. Type I hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.2.4 Type I supports. Type I hoods shall be secured in place by noncombustible supports. Type I hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood.",
    "metadata": {
      "section_full": "507.2.4",
      "parent_major": "507",
      "parent_minor": "507.2",
      "source": "029.txt"
    }
  },
  {
    "id": "507.2.5",
    "text": "CONTEXT: 507 > 507.2 | CONTENT: 507.2.5 507.2.5 Type I hood joints, seams and penetrations. External h ood joints, seams and penetrations for Type I hoods shall be made with a continuous external liquid - tight weld or braze to the lowest outermost perimeter of the hood. Internal hood joints, seams, penetrations, filter support frames and other appendages att ached inside the hood shall not be required to be welded or brazed but shall be otherwise sealed to be grease tight. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. In ternal welding or brazing of seams, joints and penetrations of the hood shall not be prohibited provided that the joint is formed smooth or ground so as to not trap grease, and is readily cleanable. [CONT.]: 507.2.5 Type I hood joints, seams and penetrations. External h ood joints, seams and penetrations for Type I hoods shall be made with a continuous external liquid - tight weld or braze to the lowest outermost perimeter of the hood. Internal hood joints, seams, penetrations, filter support frames and other appendages att ached inside the hood shall not be required to be welded or brazed but shall be otherwise sealed to be grease tight. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. In ternal welding or brazing of seams, joints and penetrations of the hood shall not be prohibited provided that the joint is formed smooth or ground so as to not trap grease, and is readily cleanable. [CONT.]: 507.2.5 Type I hood joints, seams and penetrations. External h ood joints, seams and penetrations for Type I hoods shall be made with a continuous external liquid - tight weld or braze to the lowest outermost perimeter of the hood. Internal hood joints, seams, penetrations, filter support frames and other appendages att ached inside the hood shall not be required to be welded or brazed but shall be otherwise sealed to be grease tight. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. In ternal welding or brazing of seams, joints and penetrations of the hood shall not be prohibited provided that the joint is formed smooth or ground so as to not trap grease, and is readily cleanable. [CONT.]: 507.2.5 Type I hood joints, seams and penetrations. External h ood joints, seams and penetrations for Type I hoods shall be made with a continuous external liquid - tight weld or braze to the lowest outermost perimeter of the hood. Internal hood joints, seams, penetrations, filter support frames and other appendages att ached inside the hood shall not be required to be welded or brazed but shall be otherwise sealed to be grease tight. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. In ternal welding or brazing of seams, joints and penetrations of the hood shall not be prohibited provided that the joint is formed smooth or ground so as to not trap grease, and is readily cleanable. [CONT.]: 507.2.5 Type I hood joints, seams and penetrations. External h ood joints, seams and penetrations for Type I hoods shall be made with a continuous external liquid - tight weld or braze to the lowest outermost perimeter of the hood. Internal hood joints, seams, penetrations, filter support frames and other appendages att ached inside the hood shall not be required to be welded or brazed but shall be otherwise sealed to be grease tight. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. In ternal welding or brazing of seams, joints and penetrations of the hood shall not be prohibited provided that the joint is formed smooth or ground so as to not trap grease, and is readily cleanable. [CONT.]: 507.2.5 Type I hood joints, seams and penetrations. External h ood joints, seams and penetrations for Type I hoods shall be made with a continuous external liquid - tight weld or braze to the lowest outermost perimeter of the hood. Internal hood joints, seams, penetrations, filter support frames and other appendages att ached inside the hood shall not be required to be welded or brazed but shall be otherwise sealed to be grease tight. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. In ternal welding or brazing of seams, joints and penetrations of the hood shall not be prohibited provided that the joint is formed smooth or ground so as to not trap grease, and is readily cleanable. [CONT.]: 507.2.5 Type I hood joints, seams and penetrations. External h ood joints, seams and penetrations for Type I hoods shall be made with a continuous external liquid - tight weld or braze to the lowest outermost perimeter of the hood. Internal hood joints, seams, penetrations, filter support frames and other appendages att ached inside the hood shall not be required to be welded or brazed but shall be otherwise sealed to be grease tight. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. In ternal welding or brazing of seams, joints and penetrations of the hood shall not be prohibited provided that the joint is formed smooth or ground so as to not trap grease, and is readily cleanable. [CONT.]: 507.2.5 Type I hood joints, seams and penetrations. External h ood joints, seams and penetrations for Type I hoods shall be made with a continuous external liquid - tight weld or braze to the lowest outermost perimeter of the hood. Internal hood joints, seams, penetrations, filter support frames and other appendages att ached inside the hood shall not be required to be welded or brazed but shall be otherwise sealed to be grease tight. Exceptions: 1. Penetrations shall not be required to be welded or brazed where sealed by devices that are listed for the application. 2. In ternal welding or brazing of seams, joints and penetrations of the hood shall not be prohibited provided that the joint is formed smooth or ground so as to not trap grease, and is readily cleanable.",
    "metadata": {
      "section_full": "507.2.5",
      "parent_major": "507",
      "parent_minor": "507.2",
      "source": "029.txt"
    }
  },
  {
    "id": "507.2.6",
    "text": "CONTEXT: 507 > 507.2 | CONTENT: 507.2.6 507.2.6 Clearances for Type I hood. A Type I hood shall b e installed with a clearance to combustibles of not less than 18 inches (457.2 mm). Exception: Clearance shall not be required from gypsum wallboard or 1 / 2 - inch (12.7 mm) or thicker cementitious wallboard attached to noncombustible structures provided that a smooth, cleanable, nonabsorbent and noncombustible material is installed between the hood and the gypsum or cementitious wallboard over an area extending not less than 18 inches (457.2 mm) in all directions from the hood. [CONT.]: 507.2.6 Clearances for Type I hood. A Type I hood shall b e installed with a clearance to combustibles of not less than 18 inches (457.2 mm). Exception: Clearance shall not be required from gypsum wallboard or 1 / 2 - inch (12.7 mm) or thicker cementitious wallboard attached to noncombustible structures provided that a smooth, cleanable, nonabsorbent and noncombustible material is installed between the hood and the gypsum or cementitious wallboard over an area extending not less than 18 inches (457.2 mm) in all directions from the hood. [CONT.]: 507.2.6 Clearances for Type I hood. A Type I hood shall b e installed with a clearance to combustibles of not less than 18 inches (457.2 mm). Exception: Clearance shall not be required from gypsum wallboard or 1 / 2 - inch (12.7 mm) or thicker cementitious wallboard attached to noncombustible structures provided that a smooth, cleanable, nonabsorbent and noncombustible material is installed between the hood and the gypsum or cementitious wallboard over an area extending not less than 18 inches (457.2 mm) in all directions from the hood. [CONT.]: 507.2.6 Clearances for Type I hood. A Type I hood shall b e installed with a clearance to combustibles of not less than 18 inches (457.2 mm). Exception: Clearance shall not be required from gypsum wallboard or 1 / 2 - inch (12.7 mm) or thicker cementitious wallboard attached to noncombustible structures provided that a smooth, cleanable, nonabsorbent and noncombustible material is installed between the hood and the gypsum or cementitious wallboard over an area extending not less than 18 inches (457.2 mm) in all directions from the hood. [CONT.]: 507.2.6 Clearances for Type I hood. A Type I hood shall b e installed with a clearance to combustibles of not less than 18 inches (457.2 mm). Exception: Clearance shall not be required from gypsum wallboard or 1 / 2 - inch (12.7 mm) or thicker cementitious wallboard attached to noncombustible structures provided that a smooth, cleanable, nonabsorbent and noncombustible material is installed between the hood and the gypsum or cementitious wallboard over an area extending not less than 18 inches (457.2 mm) in all directions from the hood. [CONT.]: 507.2.6 Clearances for Type I hood. A Type I hood shall b e installed with a clearance to combustibles of not less than 18 inches (457.2 mm). Exception: Clearance shall not be required from gypsum wallboard or 1 / 2 - inch (12.7 mm) or thicker cementitious wallboard attached to noncombustible structures provided that a smooth, cleanable, nonabsorbent and noncombustible material is installed between the hood and the gypsum or cementitious wallboard over an area extending not less than 18 inches (457.2 mm) in all directions from the hood. [CONT.]: 507.2.6 Clearances for Type I hood. A Type I hood shall b e installed with a clearance to combustibles of not less than 18 inches (457.2 mm). Exception: Clearance shall not be required from gypsum wallboard or 1 / 2 - inch (12.7 mm) or thicker cementitious wallboard attached to noncombustible structures provided that a smooth, cleanable, nonabsorbent and noncombustible material is installed between the hood and the gypsum or cementitious wallboard over an area extending not less than 18 inches (457.2 mm) in all directions from the hood. [CONT.]: 507.2.6 Clearances for Type I hood. A Type I hood shall b e installed with a clearance to combustibles of not less than 18 inches (457.2 mm). Exception: Clearance shall not be required from gypsum wallboard or 1 / 2 - inch (12.7 mm) or thicker cementitious wallboard attached to noncombustible structures provided that a smooth, cleanable, nonabsorbent and noncombustible material is installed between the hood and the gypsum or cementitious wallboard over an area extending not less than 18 inches (457.2 mm) in all directions from the hood.",
    "metadata": {
      "section_full": "507.2.6",
      "parent_major": "507",
      "parent_minor": "507.2",
      "source": "029.txt"
    }
  },
  {
    "id": "507.2.7",
    "text": "CONTEXT: 507 > 507.2 | CONTENT: 507.2.7 507.2.7 Type I hoods penetratin g a ceiling. Type I hoods or portions thereof penetrating a ceiling, wall or furred space shall comply with Section 506.3.11. Field - applied grease duct enclosure systems, as addressed in Section 506.3.11.2, shall not be utilized to satisfy the requirements of this section. [CONT.]: 507.2.7 Type I hoods penetratin g a ceiling. Type I hoods or portions thereof penetrating a ceiling, wall or furred space shall comply with Section 506.3.11. Field - applied grease duct enclosure systems, as addressed in Section 506.3.11.2, shall not be utilized to satisfy the requirements of this section. [CONT.]: 507.2.7 Type I hoods penetratin g a ceiling. Type I hoods or portions thereof penetrating a ceiling, wall or furred space shall comply with Section 506.3.11. Field - applied grease duct enclosure systems, as addressed in Section 506.3.11.2, shall not be utilized to satisfy the requirements of this section. [CONT.]: 507.2.7 Type I hoods penetratin g a ceiling. Type I hoods or portions thereof penetrating a ceiling, wall or furred space shall comply with Section 506.3.11. Field - applied grease duct enclosure systems, as addressed in Section 506.3.11.2, shall not be utilized to satisfy the requirements of this section. [CONT.]: 507.2.7 Type I hoods penetratin g a ceiling. Type I hoods or portions thereof penetrating a ceiling, wall or furred space shall comply with Section 506.3.11. Field - applied grease duct enclosure systems, as addressed in Section 506.3.11.2, shall not be utilized to satisfy the requirements of this section. [CONT.]: 507.2.7 Type I hoods penetratin g a ceiling. Type I hoods or portions thereof penetrating a ceiling, wall or furred space shall comply with Section 506.3.11. Field - applied grease duct enclosure systems, as addressed in Section 506.3.11.2, shall not be utilized to satisfy the requirements of this section. [CONT.]: 507.2.7 Type I hoods penetratin g a ceiling. Type I hoods or portions thereof penetrating a ceiling, wall or furred space shall comply with Section 506.3.11. Field - applied grease duct enclosure systems, as addressed in Section 506.3.11.2, shall not be utilized to satisfy the requirements of this section. [CONT.]: 507.2.7 Type I hoods penetratin g a ceiling. Type I hoods or portions thereof penetrating a ceiling, wall or furred space shall comply with Section 506.3.11. Field - applied grease duct enclosure systems, as addressed in Section 506.3.11.2, shall not be utilized to satisfy the requirements of this section.",
    "metadata": {
      "section_full": "507.2.7",
      "parent_major": "507",
      "parent_minor": "507.2",
      "source": "029.txt"
    }
  },
  {
    "id": "507.2.8",
    "text": "CONTEXT: 507 > 507.2 | CONTENT: 507.2.8 507.2.8 Type I grease filters. Type I hoods shall be equipped with grease filters listed and labeled in accordance with UL 1046. Grease filters shall be provided with access for cleaning or replacement. The lowest edge of a grease filter located above the cooking surface shall be not less than the height specified in Table 507.2.8. TABLE 507.2.8 MINIMUM DISTANCE BETWEEN THE LOWEST EDGE OF A GREASE FILTER AND THE COOKING SURFACE OR THE HEATING SURFACE TYPE OF COOKING APPLIANCE HEIGHT ABOVE COOKING SURFACE (feet) Without exposed flame 0.5 Exposed flame and burners 2 Exposed charcoal and charbroil type 4 For SI: 1 foot = 304.8 mm. EXHAUST SYSTEMS [CONT.]: 507.2.8 Type I grease filters. Type I hoods shall be equipped with grease filters listed and labeled in accordance with UL 1046. Grease filters shall be provided with access for cleaning or replacement. The lowest edge of a grease filter located above the cooking surface shall be not less than the height specified in Table 507.2.8. TABLE 507.2.8 MINIMUM DISTANCE BETWEEN THE LOWEST EDGE OF A GREASE FILTER AND THE COOKING SURFACE OR THE HEATING SURFACE TYPE OF COOKING APPLIANCE HEIGHT ABOVE COOKING SURFACE (feet) Without exposed flame 0.5 Exposed flame and burners 2 Exposed charcoal and charbroil type 4 For SI: 1 foot = 304.8 mm. EXHAUST SYSTEMS [CONT.]: 507.2.8 Type I grease filters. Type I hoods shall be equipped with grease filters listed and labeled in accordance with UL 1046. Grease filters shall be provided with access for cleaning or replacement. The lowest edge of a grease filter located above the cooking surface shall be not less than the height specified in Table 507.2.8. TABLE 507.2.8 MINIMUM DISTANCE BETWEEN THE LOWEST EDGE OF A GREASE FILTER AND THE COOKING SURFACE OR THE HEATING SURFACE TYPE OF COOKING APPLIANCE HEIGHT ABOVE COOKING SURFACE (feet) Without exposed flame 0.5 Exposed flame and burners 2 Exposed charcoal and charbroil type 4 For SI: 1 foot = 304.8 mm. EXHAUST SYSTEMS [CONT.]: 507.2.8 Type I grease filters. Type I hoods shall be equipped with grease filters listed and labeled in accordance with UL 1046. Grease filters shall be provided with access for cleaning or replacement. The lowest edge of a grease filter located above the cooking surface shall be not less than the height specified in Table 507.2.8. TABLE 507.2.8 MINIMUM DISTANCE BETWEEN THE LOWEST EDGE OF A GREASE FILTER AND THE COOKING SURFACE OR THE HEATING SURFACE TYPE OF COOKING APPLIANCE HEIGHT ABOVE COOKING SURFACE (feet) Without exposed flame 0.5 Exposed flame and burners 2 Exposed charcoal and charbroil type 4 For SI: 1 foot = 304.8 mm. EXHAUST SYSTEMS [CONT.]: 507.2.8 Type I grease filters. Type I hoods shall be equipped with grease filters listed and labeled in accordance with UL 1046. Grease filters shall be provided with access for cleaning or replacement. The lowest edge of a grease filter located above the cooking surface shall be not less than the height specified in Table 507.2.8. TABLE 507.2.8 MINIMUM DISTANCE BETWEEN THE LOWEST EDGE OF A GREASE FILTER AND THE COOKING SURFACE OR THE HEATING SURFACE TYPE OF COOKING APPLIANCE HEIGHT ABOVE COOKING SURFACE (feet) Without exposed flame 0.5 Exposed flame and burners 2 Exposed charcoal and charbroil type 4 For SI: 1 foot = 304.8 mm. EXHAUST SYSTEMS [CONT.]: 507.2.8 Type I grease filters. Type I hoods shall be equipped with grease filters listed and labeled in accordance with UL 1046. Grease filters shall be provided with access for cleaning or replacement. The lowest edge of a grease filter located above the cooking surface shall be not less than the height specified in Table 507.2.8. TABLE 507.2.8 MINIMUM DISTANCE BETWEEN THE LOWEST EDGE OF A GREASE FILTER AND THE COOKING SURFACE OR THE HEATING SURFACE TYPE OF COOKING APPLIANCE HEIGHT ABOVE COOKING SURFACE (feet) Without exposed flame 0.5 Exposed flame and burners 2 Exposed charcoal and charbroil type 4 For SI: 1 foot = 304.8 mm. EXHAUST SYSTEMS [CONT.]: 507.2.8 Type I grease filters. Type I hoods shall be equipped with grease filters listed and labeled in accordance with UL 1046. Grease filters shall be provided with access for cleaning or replacement. The lowest edge of a grease filter located above the cooking surface shall be not less than the height specified in Table 507.2.8. TABLE 507.2.8 MINIMUM DISTANCE BETWEEN THE LOWEST EDGE OF A GREASE FILTER AND THE COOKING SURFACE OR THE HEATING SURFACE TYPE OF COOKING APPLIANCE HEIGHT ABOVE COOKING SURFACE (feet) Without exposed flame 0.5 Exposed flame and burners 2 Exposed charcoal and charbroil type 4 For SI: 1 foot = 304.8 mm. EXHAUST SYSTEMS [CONT.]: 507.2.8 Type I grease filters. Type I hoods shall be equipped with grease filters listed and labeled in accordance with UL 1046. Grease filters shall be provided with access for cleaning or replacement. The lowest edge of a grease filter located above the cooking surface shall be not less than the height specified in Table 507.2.8. TABLE 507.2.8 MINIMUM DISTANCE BETWEEN THE LOWEST EDGE OF A GREASE FILTER AND THE COOKING SURFACE OR THE HEATING SURFACE TYPE OF COOKING APPLIANCE HEIGHT ABOVE COOKING SURFACE (feet) Without exposed flame 0.5 Exposed flame and burners 2 Exposed charcoal and charbroil type 4 For SI: 1 foot = 304.8 mm. EXHAUST SYSTEMS [CONT.]: 507.2.8 1240 \u2014 2012 Electric Commercial Clothes \u2014 Drying Equipment \u2014 with revisions through October 2012 ........................",
    "metadata": {
      "section_full": "507.2.8",
      "parent_major": "507",
      "parent_minor": "507.2",
      "source": "029.txt"
    }
  },
  {
    "id": "507.2.8.1",
    "text": "CONTEXT: 507 > 507.2 | CONTENT: 507.2.8.1 507.2.8.1 Criteria. Filters shall be of such size, type and arrangement as will permit the required quantity of air to pass through such units at rates not exceeding those for which the filter or unit was designed or approved. Filter units shall be installed in frames or holders so as to be readily removable without the use of separate tools, un less designed and installed to be cleaned in place and the system is equipped for such cleaning in place. Where filters are designed and required to be cleaned, removable filter units shall be of a size that will allow them to be cleaned in a dishwashing m achine or pot sink. Filter units shall be arranged in place or provided with drip - intercepting devices to prevent grease or other condensate from dripping into food or on food preparation surfaces. [CONT.]: 507.2.8.1 Criteria. Filters shall be of such size, type and arrangement as will permit the required quantity of air to pass through such units at rates not exceeding those for which the filter or unit was designed or approved. Filter units shall be installed in frames or holders so as to be readily removable without the use of separate tools, un less designed and installed to be cleaned in place and the system is equipped for such cleaning in place. Where filters are designed and required to be cleaned, removable filter units shall be of a size that will allow them to be cleaned in a dishwashing m achine or pot sink. Filter units shall be arranged in place or provided with drip - intercepting devices to prevent grease or other condensate from dripping into food or on food preparation surfaces. [CONT.]: 507.2.8.1 Criteria. Filters shall be of such size, type and arrangement as will permit the required quantity of air to pass through such units at rates not exceeding those for which the filter or unit was designed or approved. Filter units shall be installed in frames or holders so as to be readily removable without the use of separate tools, un less designed and installed to be cleaned in place and the system is equipped for such cleaning in place. Where filters are designed and required to be cleaned, removable filter units shall be of a size that will allow them to be cleaned in a dishwashing m achine or pot sink. Filter units shall be arranged in place or provided with drip - intercepting devices to prevent grease or other condensate from dripping into food or on food preparation surfaces. [CONT.]: 507.2.8.1 Criteria. Filters shall be of such size, type and arrangement as will permit the required quantity of air to pass through such units at rates not exceeding those for which the filter or unit was designed or approved. Filter units shall be installed in frames or holders so as to be readily removable without the use of separate tools, un less designed and installed to be cleaned in place and the system is equipped for such cleaning in place. Where filters are designed and required to be cleaned, removable filter units shall be of a size that will allow them to be cleaned in a dishwashing m achine or pot sink. Filter units shall be arranged in place or provided with drip - intercepting devices to prevent grease or other condensate from dripping into food or on food preparation surfaces. [CONT.]: 507.2.8.1 Criteria. Filters shall be of such size, type and arrangement as will permit the required quantity of air to pass through such units at rates not exceeding those for which the filter or unit was designed or approved. Filter units shall be installed in frames or holders so as to be readily removable without the use of separate tools, un less designed and installed to be cleaned in place and the system is equipped for such cleaning in place. Where filters are designed and required to be cleaned, removable filter units shall be of a size that will allow them to be cleaned in a dishwashing m achine or pot sink. Filter units shall be arranged in place or provided with drip - intercepting devices to prevent grease or other condensate from dripping into food or on food preparation surfaces. [CONT.]: 507.2.8.1 Criteria. Filters shall be of such size, type and arrangement as will permit the required quantity of air to pass through such units at rates not exceeding those for which the filter or unit was designed or approved. Filter units shall be installed in frames or holders so as to be readily removable without the use of separate tools, un less designed and installed to be cleaned in place and the system is equipped for such cleaning in place. Where filters are designed and required to be cleaned, removable filter units shall be of a size that will allow them to be cleaned in a dishwashing m achine or pot sink. Filter units shall be arranged in place or provided with drip - intercepting devices to prevent grease or other condensate from dripping into food or on food preparation surfaces. [CONT.]: 507.2.8.1 Criteria. Filters shall be of such size, type and arrangement as will permit the required quantity of air to pass through such units at rates not exceeding those for which the filter or unit was designed or approved. Filter units shall be installed in frames or holders so as to be readily removable without the use of separate tools, un less designed and installed to be cleaned in place and the system is equipped for such cleaning in place. Where filters are designed and required to be cleaned, removable filter units shall be of a size that will allow them to be cleaned in a dishwashing m achine or pot sink. Filter units shall be arranged in place or provided with drip - intercepting devices to prevent grease or other condensate from dripping into food or on food preparation surfaces. [CONT.]: 507.2.8.1 Criteria. Filters shall be of such size, type and arrangement as will permit the required quantity of air to pass through such units at rates not exceeding those for which the filter or unit was designed or approved. Filter units shall be installed in frames or holders so as to be readily removable without the use of separate tools, un less designed and installed to be cleaned in place and the system is equipped for such cleaning in place. Where filters are designed and required to be cleaned, removable filter units shall be of a size that will allow them to be cleaned in a dishwashing m achine or pot sink. Filter units shall be arranged in place or provided with drip - intercepting devices to prevent grease or other condensate from dripping into food or on food preparation surfaces.",
    "metadata": {
      "section_full": "507.2.8.1",
      "parent_major": "507",
      "parent_minor": "507.2",
      "source": "029.txt"
    }
  },
  {
    "id": "507.2.8.2",
    "text": "CONTEXT: 507 > 507.2 | CONTENT: 507.2.8.2 507.2.8.2 Mounting position of grease filters. Filters sha ll be installed at an angle of not less than 45 degrees (0.79 rad) from the horizontal and shall be equipped with a drip tray beneath the lower edge of the filters. [CONT.]: 507.2.8.2 Mounting position of grease filters. Filters sha ll be installed at an angle of not less than 45 degrees (0.79 rad) from the horizontal and shall be equipped with a drip tray beneath the lower edge of the filters. [CONT.]: 507.2.8.2 Mounting position of grease filters. Filters sha ll be installed at an angle of not less than 45 degrees (0.79 rad) from the horizontal and shall be equipped with a drip tray beneath the lower edge of the filters. [CONT.]: 507.2.8.2 Mounting position of grease filters. Filters sha ll be installed at an angle of not less than 45 degrees (0.79 rad) from the horizontal and shall be equipped with a drip tray beneath the lower edge of the filters. [CONT.]: 507.2.8.2 Mounting position of grease filters. Filters sha ll be installed at an angle of not less than 45 degrees (0.79 rad) from the horizontal and shall be equipped with a drip tray beneath the lower edge of the filters. [CONT.]: 507.2.8.2 Mounting position of grease filters. Filters sha ll be installed at an angle of not less than 45 degrees (0.79 rad) from the horizontal and shall be equipped with a drip tray beneath the lower edge of the filters. [CONT.]: 507.2.8.2 Mounting position of grease filters. Filters sha ll be installed at an angle of not less than 45 degrees (0.79 rad) from the horizontal and shall be equipped with a drip tray beneath the lower edge of the filters. [CONT.]: 507.2.8.2 Mounting position of grease filters. Filters sha ll be installed at an angle of not less than 45 degrees (0.79 rad) from the horizontal and shall be equipped with a drip tray beneath the lower edge of the filters.",
    "metadata": {
      "section_full": "507.2.8.2",
      "parent_major": "507",
      "parent_minor": "507.2",
      "source": "029.txt"
    }
  },
  {
    "id": "507.2.9",
    "text": "CONTEXT: 507 > 507.2 | CONTENT: 507.2.9 507.2.9 Grease gutters for Type I hood. Grease gutters shall drain to an approved collectio n receptacle that is fabricated, designed and installed to allow access for cleaning. [CONT.]: 507.2.9 Grease gutters for Type I hood. Grease gutters shall drain to an approved collectio n receptacle that is fabricated, designed and installed to allow access for cleaning. [CONT.]: 507.2.9 Grease gutters for Type I hood. Grease gutters shall drain to an approved collectio n receptacle that is fabricated, designed and installed to allow access for cleaning. [CONT.]: 507.2.9 Grease gutters for Type I hood. Grease gutters shall drain to an approved collectio n receptacle that is fabricated, designed and installed to allow access for cleaning. [CONT.]: 507.2.9 Grease gutters for Type I hood. Grease gutters shall drain to an approved collectio n receptacle that is fabricated, designed and installed to allow access for cleaning. [CONT.]: 507.2.9 Grease gutters for Type I hood. Grease gutters shall drain to an approved collectio n receptacle that is fabricated, designed and installed to allow access for cleaning. [CONT.]: 507.2.9 Grease gutters for Type I hood. Grease gutters shall drain to an approved collectio n receptacle that is fabricated, designed and installed to allow access for cleaning. [CONT.]: 507.2.9 Grease gutters for Type I hood. Grease gutters shall drain to an approved collectio n receptacle that is fabricated, designed and installed to allow access for cleaning.",
    "metadata": {
      "section_full": "507.2.9",
      "parent_major": "507",
      "parent_minor": "507.2",
      "source": "029.txt"
    }
  },
  {
    "id": "507.3",
    "text": "CONTEXT: 507 > 507.3 | CONTENT: 507.3 507.3 Type II hoods. Type II hoods shall be installed above dishwashers and appliances that produce heat or moisture and do not produce grease or smoke as a result of the cooking process, except where the heat and moisture loads from such appliances are incorporated into the HVAC system design or into the design of a separate removal system. Type II hoods shall be installed above all appliances that produce products of com bustion and do not produce grease or smoke as a result of the cooking process. Spaces containing cooking appliances that do not require Type II hoods shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00033 m 3 /s). For the purpose of de termining the floor area required to be exhausted, each individual appliance that is not required to be installed under a Type II hood shall be considered as occupying not less than 100 square feet (9.3 m 2 ). Such additional square footage shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00356 m 3 /(s \u00d7 m 2 )). [CONT.]: 507.3 Type II hoods. Type II hoods shall be installed above dishwashers and appliances that produce heat or moisture and do not produce grease or smoke as a result of the cooking process, except where the heat and moisture loads from such appliances are incorporated into the HVAC system design or into the design of a separate removal system. Type II hoods shall be installed above all appliances that produce products of com bustion and do not produce grease or smoke as a result of the cooking process. Spaces containing cooking appliances that do not require Type II hoods shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00033 m 3 /s). For the purpose of de termining the floor area required to be exhausted, each individual appliance that is not required to be installed under a Type II hood shall be considered as occupying not less than 100 square feet (9.3 m 2 ). Such additional square footage shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00356 m 3 /(s \u00d7 m 2 )). [CONT.]: 507.3 Type II hoods. Type II hoods shall be installed above dishwashers and appliances that produce heat or moisture and do not produce grease or smoke as a result of the cooking process, except where the heat and moisture loads from such appliances are incorporated into the HVAC system design or into the design of a separate removal system. Type II hoods shall be installed above all appliances that produce products of com bustion and do not produce grease or smoke as a result of the cooking process. Spaces containing cooking appliances that do not require Type II hoods shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00033 m 3 /s). For the purpose of de termining the floor area required to be exhausted, each individual appliance that is not required to be installed under a Type II hood shall be considered as occupying not less than 100 square feet (9.3 m 2 ). Such additional square footage shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00356 m 3 /(s \u00d7 m 2 )). [CONT.]: 507.3 Type II hoods. Type II hoods shall be installed above dishwashers and appliances that produce heat or moisture and do not produce grease or smoke as a result of the cooking process, except where the heat and moisture loads from such appliances are incorporated into the HVAC system design or into the design of a separate removal system. Type II hoods shall be installed above all appliances that produce products of com bustion and do not produce grease or smoke as a result of the cooking process. Spaces containing cooking appliances that do not require Type II hoods shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00033 m 3 /s). For the purpose of de termining the floor area required to be exhausted, each individual appliance that is not required to be installed under a Type II hood shall be considered as occupying not less than 100 square feet (9.3 m 2 ). Such additional square footage shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00356 m 3 /(s \u00d7 m 2 )). [CONT.]: 507.3 Type II hoods. Type II hoods shall be installed above dishwashers and appliances that produce heat or moisture and do not produce grease or smoke as a result of the cooking process, except where the heat and moisture loads from such appliances are incorporated into the HVAC system design or into the design of a separate removal system. Type II hoods shall be installed above all appliances that produce products of com bustion and do not produce grease or smoke as a result of the cooking process. Spaces containing cooking appliances that do not require Type II hoods shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00033 m 3 /s). For the purpose of de termining the floor area required to be exhausted, each individual appliance that is not required to be installed under a Type II hood shall be considered as occupying not less than 100 square feet (9.3 m 2 ). Such additional square footage shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00356 m 3 /(s \u00d7 m 2 )). [CONT.]: 507.3 Type II hoods. Type II hoods shall be installed above dishwashers and appliances that produce heat or moisture and do not produce grease or smoke as a result of the cooking process, except where the heat and moisture loads from such appliances are incorporated into the HVAC system design or into the design of a separate removal system. Type II hoods shall be installed above all appliances that produce products of com bustion and do not produce grease or smoke as a result of the cooking process. Spaces containing cooking appliances that do not require Type II hoods shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00033 m 3 /s). For the purpose of de termining the floor area required to be exhausted, each individual appliance that is not required to be installed under a Type II hood shall be considered as occupying not less than 100 square feet (9.3 m 2 ). Such additional square footage shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00356 m 3 /(s \u00d7 m 2 )). [CONT.]: 507.3 Type II hoods. Type II hoods shall be installed above dishwashers and appliances that produce heat or moisture and do not produce grease or smoke as a result of the cooking process, except where the heat and moisture loads from such appliances are incorporated into the HVAC system design or into the design of a separate removal system. Type II hoods shall be installed above all appliances that produce products of com bustion and do not produce grease or smoke as a result of the cooking process. Spaces containing cooking appliances that do not require Type II hoods shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00033 m 3 /s). For the purpose of de termining the floor area required to be exhausted, each individual appliance that is not required to be installed under a Type II hood shall be considered as occupying not less than 100 square feet (9.3 m 2 ). Such additional square footage shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00356 m 3 /(s \u00d7 m 2 )). [CONT.]: 507.3 Type II hoods. Type II hoods shall be installed above dishwashers and appliances that produce heat or moisture and do not produce grease or smoke as a result of the cooking process, except where the heat and moisture loads from such appliances are incorporated into the HVAC system design or into the design of a separate removal system. Type II hoods shall be installed above all appliances that produce products of com bustion and do not produce grease or smoke as a result of the cooking process. Spaces containing cooking appliances that do not require Type II hoods shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00033 m 3 /s). For the purpose of de termining the floor area required to be exhausted, each individual appliance that is not required to be installed under a Type II hood shall be considered as occupying not less than 100 square feet (9.3 m 2 ). Such additional square footage shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00356 m 3 /(s \u00d7 m 2 )).",
    "metadata": {
      "section_full": "507.3",
      "parent_major": "507",
      "parent_minor": "507.3",
      "source": "029.txt"
    }
  },
  {
    "id": "507.3.1",
    "text": "CONTEXT: 507 > 507.3 | CONTENT: 507.3.1 507.3.1 Type II hood materials. Type II hoods shall be constructed of steel having a minimum thickness of 0.0296 inch (0.7534 mm) (No. 22 gage) or stainless steel not less than 0.02 20 inch (0.5550 mm) (No. 24 gage) in thickness, copper sheets weighing not less than 24 ounces per square foot (7.3 kg/m 2 ) or of other approved material and gage. [CONT.]: 507.3.1 Type II hood materials. Type II hoods shall be constructed of steel having a minimum thickness of 0.0296 inch (0.7534 mm) (No. 22 gage) or stainless steel not less than 0.02 20 inch (0.5550 mm) (No. 24 gage) in thickness, copper sheets weighing not less than 24 ounces per square foot (7.3 kg/m 2 ) or of other approved material and gage. [CONT.]: 507.3.1 Type II hood materials. Type II hoods shall be constructed of steel having a minimum thickness of 0.0296 inch (0.7534 mm) (No. 22 gage) or stainless steel not less than 0.02 20 inch (0.5550 mm) (No. 24 gage) in thickness, copper sheets weighing not less than 24 ounces per square foot (7.3 kg/m 2 ) or of other approved material and gage. [CONT.]: 507.3.1 Type II hood materials. Type II hoods shall be constructed of steel having a minimum thickness of 0.0296 inch (0.7534 mm) (No. 22 gage) or stainless steel not less than 0.02 20 inch (0.5550 mm) (No. 24 gage) in thickness, copper sheets weighing not less than 24 ounces per square foot (7.3 kg/m 2 ) or of other approved material and gage. [CONT.]: 507.3.1 Type II hood materials. Type II hoods shall be constructed of steel having a minimum thickness of 0.0296 inch (0.7534 mm) (No. 22 gage) or stainless steel not less than 0.02 20 inch (0.5550 mm) (No. 24 gage) in thickness, copper sheets weighing not less than 24 ounces per square foot (7.3 kg/m 2 ) or of other approved material and gage. [CONT.]: 507.3.1 Type II hood materials. Type II hoods shall be constructed of steel having a minimum thickness of 0.0296 inch (0.7534 mm) (No. 22 gage) or stainless steel not less than 0.02 20 inch (0.5550 mm) (No. 24 gage) in thickness, copper sheets weighing not less than 24 ounces per square foot (7.3 kg/m 2 ) or of other approved material and gage. [CONT.]: 507.3.1 Type II hood materials. Type II hoods shall be constructed of steel having a minimum thickness of 0.0296 inch (0.7534 mm) (No. 22 gage) or stainless steel not less than 0.02 20 inch (0.5550 mm) (No. 24 gage) in thickness, copper sheets weighing not less than 24 ounces per square foot (7.3 kg/m 2 ) or of other approved material and gage. [CONT.]: 507.3.1 Type II hood materials. Type II hoods shall be constructed of steel having a minimum thickness of 0.0296 inch (0.7534 mm) (No. 22 gage) or stainless steel not less than 0.02 20 inch (0.5550 mm) (No. 24 gage) in thickness, copper sheets weighing not less than 24 ounces per square foot (7.3 kg/m 2 ) or of other approved material and gage.",
    "metadata": {
      "section_full": "507.3.1",
      "parent_major": "507",
      "parent_minor": "507.3",
      "source": "029.txt"
    }
  },
  {
    "id": "507.3.2",
    "text": "CONTEXT: 507 > 507.3 | CONTENT: 507.3.2 507.3.2 Type II supports. Type II hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.3.2 Type II supports. Type II hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.3.2 Type II supports. Type II hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.3.2 Type II supports. Type II hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.3.2 Type II supports. Type II hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.3.2 Type II supports. Type II hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.3.2 Type II supports. Type II hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood. [CONT.]: 507.3.2 Type II supports. Type II hood supports shall be adequate for the applied load of the hood, the unsupported ductwork, the effluent loading and the possible weight of personnel working in or on the hood.",
    "metadata": {
      "section_full": "507.3.2",
      "parent_major": "507",
      "parent_minor": "507.3",
      "source": "029.txt"
    }
  },
  {
    "id": "507.3.3",
    "text": "CONTEXT: 507 > 507.3 | CONTENT: 507.3.3 507.3.3 Type II hood joints, seams and penetrations. Joints, seams and penetrations for Type II hoods shall be constructed as set forth in Chapter 6, shall be sealed on the interior of the hood and shall provide a smooth surface that is readily cleanable and water tight. [CONT.]: 507.3.3 Type II hood joints, seams and penetrations. Joints, seams and penetrations for Type II hoods shall be constructed as set forth in Chapter 6, shall be sealed on the interior of the hood and shall provide a smooth surface that is readily cleanable and water tight. [CONT.]: 507.3.3 Type II hood joints, seams and penetrations. Joints, seams and penetrations for Type II hoods shall be constructed as set forth in Chapter 6, shall be sealed on the interior of the hood and shall provide a smooth surface that is readily cleanable and water tight. [CONT.]: 507.3.3 Type II hood joints, seams and penetrations. Joints, seams and penetrations for Type II hoods shall be constructed as set forth in Chapter 6, shall be sealed on the interior of the hood and shall provide a smooth surface that is readily cleanable and water tight. [CONT.]: 507.3.3 Type II hood joints, seams and penetrations. Joints, seams and penetrations for Type II hoods shall be constructed as set forth in Chapter 6, shall be sealed on the interior of the hood and shall provide a smooth surface that is readily cleanable and water tight. [CONT.]: 507.3.3 Type II hood joints, seams and penetrations. Joints, seams and penetrations for Type II hoods shall be constructed as set forth in Chapter 6, shall be sealed on the interior of the hood and shall provide a smooth surface that is readily cleanable and water tight. [CONT.]: 507.3.3 Type II hood joints, seams and penetrations. Joints, seams and penetrations for Type II hoods shall be constructed as set forth in Chapter 6, shall be sealed on the interior of the hood and shall provide a smooth surface that is readily cleanable and water tight. [CONT.]: 507.3.3 Type II hood joints, seams and penetrations. Joints, seams and penetrations for Type II hoods shall be constructed as set forth in Chapter 6, shall be sealed on the interior of the hood and shall provide a smooth surface that is readily cleanable and water tight.",
    "metadata": {
      "section_full": "507.3.3",
      "parent_major": "507",
      "parent_minor": "507.3",
      "source": "029.txt"
    }
  },
  {
    "id": "507.4",
    "text": "CONTEXT: 507 > 507.4 | CONTENT: 507.4 507.4 Hood size and location. Hoods shall comply with the overhang, setback and height requirements in accordance with Sec tions 507.4.1 and 507.4.2, based on the type of hood. [CONT.]: 507.4 Hood size and location. Hoods shall comply with the overhang, setback and height requirements in accordance with Sec tions 507.4.1 and 507.4.2, based on the type of hood. [CONT.]: 507.4 Hood size and location. Hoods shall comply with the overhang, setback and height requirements in accordance with Sec tions 507.4.1 and 507.4.2, based on the type of hood. [CONT.]: 507.4 Hood size and location. Hoods shall comply with the overhang, setback and height requirements in accordance with Sec tions 507.4.1 and 507.4.2, based on the type of hood. [CONT.]: 507.4 Hood size and location. Hoods shall comply with the overhang, setback and height requirements in accordance with Sec tions 507.4.1 and 507.4.2, based on the type of hood. [CONT.]: 507.4 Hood size and location. Hoods shall comply with the overhang, setback and height requirements in accordance with Sec tions 507.4.1 and 507.4.2, based on the type of hood. [CONT.]: 507.4 Hood size and location. Hoods shall comply with the overhang, setback and height requirements in accordance with Sec tions 507.4.1 and 507.4.2, based on the type of hood. [CONT.]: 507.4 Hood size and location. Hoods shall comply with the overhang, setback and height requirements in accordance with Sec tions 507.4.1 and 507.4.2, based on the type of hood.",
    "metadata": {
      "section_full": "507.4",
      "parent_major": "507",
      "parent_minor": "507.4",
      "source": "029.txt"
    }
  },
  {
    "id": "507.4.1",
    "text": "CONTEXT: 507 > 507.4 | CONTENT: 507.4.1 507.4.1 Canopy size and location. The inside lower edge of canopy - type Type I and II commercial hoods shall overhang or extend a horizontal distance of not less than 6 inches (152.4 mm) beyond the edge of the top horizontal surface of the appliance on all open sides. The vertical distance between the front lower lip of the hood and such surface shall not exceed 4 feet (1219.2 mm). Exception: The hood shall be permitted to be flush with the outer edge of the cooking surface where the hood is closed to the appliance side by a noncombustible wall or panel. [CONT.]: 507.4.1 Canopy size and location. The inside lower edge of canopy - type Type I and II commercial hoods shall overhang or extend a horizontal distance of not less than 6 inches (152.4 mm) beyond the edge of the top horizontal surface of the appliance on all open sides. The vertical distance between the front lower lip of the hood and such surface shall not exceed 4 feet (1219.2 mm). Exception: The hood shall be permitted to be flush with the outer edge of the cooking surface where the hood is closed to the appliance side by a noncombustible wall or panel. [CONT.]: 507.4.1 Canopy size and location. The inside lower edge of canopy - type Type I and II commercial hoods shall overhang or extend a horizontal distance of not less than 6 inches (152.4 mm) beyond the edge of the top horizontal surface of the appliance on all open sides. The vertical distance between the front lower lip of the hood and such surface shall not exceed 4 feet (1219.2 mm). Exception: The hood shall be permitted to be flush with the outer edge of the cooking surface where the hood is closed to the appliance side by a noncombustible wall or panel. [CONT.]: 507.4.1 Canopy size and location. The inside lower edge of canopy - type Type I and II commercial hoods shall overhang or extend a horizontal distance of not less than 6 inches (152.4 mm) beyond the edge of the top horizontal surface of the appliance on all open sides. The vertical distance between the front lower lip of the hood and such surface shall not exceed 4 feet (1219.2 mm). Exception: The hood shall be permitted to be flush with the outer edge of the cooking surface where the hood is closed to the appliance side by a noncombustible wall or panel. [CONT.]: 507.4.1 Canopy size and location. The inside lower edge of canopy - type Type I and II commercial hoods shall overhang or extend a horizontal distance of not less than 6 inches (152.4 mm) beyond the edge of the top horizontal surface of the appliance on all open sides. The vertical distance between the front lower lip of the hood and such surface shall not exceed 4 feet (1219.2 mm). Exception: The hood shall be permitted to be flush with the outer edge of the cooking surface where the hood is closed to the appliance side by a noncombustible wall or panel. [CONT.]: 507.4.1 Canopy size and location. The inside lower edge of canopy - type Type I and II commercial hoods shall overhang or extend a horizontal distance of not less than 6 inches (152.4 mm) beyond the edge of the top horizontal surface of the appliance on all open sides. The vertical distance between the front lower lip of the hood and such surface shall not exceed 4 feet (1219.2 mm). Exception: The hood shall be permitted to be flush with the outer edge of the cooking surface where the hood is closed to the appliance side by a noncombustible wall or panel. [CONT.]: 507.4.1 Canopy size and location. The inside lower edge of canopy - type Type I and II commercial hoods shall overhang or extend a horizontal distance of not less than 6 inches (152.4 mm) beyond the edge of the top horizontal surface of the appliance on all open sides. The vertical distance between the front lower lip of the hood and such surface shall not exceed 4 feet (1219.2 mm). Exception: The hood shall be permitted to be flush with the outer edge of the cooking surface where the hood is closed to the appliance side by a noncombustible wall or panel. [CONT.]: 507.4.1 Canopy size and location. The inside lower edge of canopy - type Type I and II commercial hoods shall overhang or extend a horizontal distance of not less than 6 inches (152.4 mm) beyond the edge of the top horizontal surface of the appliance on all open sides. The vertical distance between the front lower lip of the hood and such surface shall not exceed 4 feet (1219.2 mm). Exception: The hood shall be permitted to be flush with the outer edge of the cooking surface where the hood is closed to the appliance side by a noncombustible wall or panel.",
    "metadata": {
      "section_full": "507.4.1",
      "parent_major": "507",
      "parent_minor": "507.4",
      "source": "029.txt"
    }
  },
  {
    "id": "507.4.2",
    "text": "CONTEXT: 507 > 507.4 | CONTENT: 507.4.2 507.4.2 Noncanopy size and location. Noncanopy - type hoods shall be located not greater than 3 feet (914.4 mm) above the cooking surface. The edge of the h ood shall be set back not greater than 1 foot (304.8 mm) from the edge of the cooking surface. [CONT.]: 507.4.2 Noncanopy size and location. Noncanopy - type hoods shall be located not greater than 3 feet (914.4 mm) above the cooking surface. The edge of the h ood shall be set back not greater than 1 foot (304.8 mm) from the edge of the cooking surface. [CONT.]: 507.4.2 Noncanopy size and location. Noncanopy - type hoods shall be located not greater than 3 feet (914.4 mm) above the cooking surface. The edge of the h ood shall be set back not greater than 1 foot (304.8 mm) from the edge of the cooking surface. [CONT.]: 507.4.2 Noncanopy size and location. Noncanopy - type hoods shall be located not greater than 3 feet (914.4 mm) above the cooking surface. The edge of the h ood shall be set back not greater than 1 foot (304.8 mm) from the edge of the cooking surface. [CONT.]: 507.4.2 Noncanopy size and location. Noncanopy - type hoods shall be located not greater than 3 feet (914.4 mm) above the cooking surface. The edge of the h ood shall be set back not greater than 1 foot (304.8 mm) from the edge of the cooking surface. [CONT.]: 507.4.2 Noncanopy size and location. Noncanopy - type hoods shall be located not greater than 3 feet (914.4 mm) above the cooking surface. The edge of the h ood shall be set back not greater than 1 foot (304.8 mm) from the edge of the cooking surface. [CONT.]: 507.4.2 Noncanopy size and location. Noncanopy - type hoods shall be located not greater than 3 feet (914.4 mm) above the cooking surface. The edge of the h ood shall be set back not greater than 1 foot (304.8 mm) from the edge of the cooking surface. [CONT.]: 507.4.2 Noncanopy size and location. Noncanopy - type hoods shall be located not greater than 3 feet (914.4 mm) above the cooking surface. The edge of the h ood shall be set back not greater than 1 foot (304.8 mm) from the edge of the cooking surface.",
    "metadata": {
      "section_full": "507.4.2",
      "parent_major": "507",
      "parent_minor": "507.4",
      "source": "029.txt"
    }
  },
  {
    "id": "507.5",
    "text": "CONTEXT: 507 > 507.5 | CONTENT: 507.5 507.5 Capacity of hoods. Commercial food service hoods shall exhaust a minimum net quantity of air determined in accordance with this section and Sections 507.5. 1 through 507.5.5. The net quantity of exhaust air shall be calculated by subtracting any airflow supplied directly to a hood cavity from the total exhaust flow rate of a hood. Where any combination of heavy - duty, medium - duty and light - duty cooking applian ces are utilized under a single hood, the exhaust rate required by this section for the heaviest duty appliance covered by the hood shall be used for the entire hood. [CONT.]: 507.5 Capacity of hoods. Commercial food service hoods shall exhaust a minimum net quantity of air determined in accordance with this section and Sections 507.5. 1 through 507.5.5. The net quantity of exhaust air shall be calculated by subtracting any airflow supplied directly to a hood cavity from the total exhaust flow rate of a hood. Where any combination of heavy - duty, medium - duty and light - duty cooking applian ces are utilized under a single hood, the exhaust rate required by this section for the heaviest duty appliance covered by the hood shall be used for the entire hood. [CONT.]: 507.5 Capacity of hoods. Commercial food service hoods shall exhaust a minimum net quantity of air determined in accordance with this section and Sections 507.5. 1 through 507.5.5. The net quantity of exhaust air shall be calculated by subtracting any airflow supplied directly to a hood cavity from the total exhaust flow rate of a hood. Where any combination of heavy - duty, medium - duty and light - duty cooking applian ces are utilized under a single hood, the exhaust rate required by this section for the heaviest duty appliance covered by the hood shall be used for the entire hood. [CONT.]: 507.5 Capacity of hoods. Commercial food service hoods shall exhaust a minimum net quantity of air determined in accordance with this section and Sections 507.5. 1 through 507.5.5. The net quantity of exhaust air shall be calculated by subtracting any airflow supplied directly to a hood cavity from the total exhaust flow rate of a hood. Where any combination of heavy - duty, medium - duty and light - duty cooking applian ces are utilized under a single hood, the exhaust rate required by this section for the heaviest duty appliance covered by the hood shall be used for the entire hood. [CONT.]: 507.5 Capacity of hoods. Commercial food service hoods shall exhaust a minimum net quantity of air determined in accordance with this section and Sections 507.5. 1 through 507.5.5. The net quantity of exhaust air shall be calculated by subtracting any airflow supplied directly to a hood cavity from the total exhaust flow rate of a hood. Where any combination of heavy - duty, medium - duty and light - duty cooking applian ces are utilized under a single hood, the exhaust rate required by this section for the heaviest duty appliance covered by the hood shall be used for the entire hood. [CONT.]: 507.5 Capacity of hoods. Commercial food service hoods shall exhaust a minimum net quantity of air determined in accordance with this section and Sections 507.5. 1 through 507.5.5. The net quantity of exhaust air shall be calculated by subtracting any airflow supplied directly to a hood cavity from the total exhaust flow rate of a hood. Where any combination of heavy - duty, medium - duty and light - duty cooking applian ces are utilized under a single hood, the exhaust rate required by this section for the heaviest duty appliance covered by the hood shall be used for the entire hood. [CONT.]: 507.5 Capacity of hoods. Commercial food service hoods shall exhaust a minimum net quantity of air determined in accordance with this section and Sections 507.5. 1 through 507.5.5. The net quantity of exhaust air shall be calculated by subtracting any airflow supplied directly to a hood cavity from the total exhaust flow rate of a hood. Where any combination of heavy - duty, medium - duty and light - duty cooking applian ces are utilized under a single hood, the exhaust rate required by this section for the heaviest duty appliance covered by the hood shall be used for the entire hood. [CONT.]: 507.5 Capacity of hoods. Commercial food service hoods shall exhaust a minimum net quantity of air determined in accordance with this section and Sections 507.5. 1 through 507.5.5. The net quantity of exhaust air shall be calculated by subtracting any airflow supplied directly to a hood cavity from the total exhaust flow rate of a hood. Where any combination of heavy - duty, medium - duty and light - duty cooking applian ces are utilized under a single hood, the exhaust rate required by this section for the heaviest duty appliance covered by the hood shall be used for the entire hood.",
    "metadata": {
      "section_full": "507.5",
      "parent_major": "507",
      "parent_minor": "507.5",
      "source": "029.txt"
    }
  },
  {
    "id": "507.5.1",
    "text": "CONTEXT: 507 > 507.5 | CONTENT: 507.5.1 507.5.1 Extra - heavy - duty cooking appliances. The minimum net airflow for hoods, as determ ined by Section 507.1, used for extra - heavy - duty cooking appliances shall be determined as follows: EXHAUST SYSTEMS Gas cabinets for the storage of compressed medical gases where the amounts being s tored require a permit in accordance with the New York City Fire Code shall be connected to an exhaust system. The average velocity of ventilation at the face of access ports or windows shall be not less than 200 feet per minute (1.02 m/s) with a minimum v elocity of 150 feet per minute (0.76 m/s) at any point at the access port or window. [CONT.]: 507.5.1 Extra - heavy - duty cooking appliances. The minimum net airflow for hoods, as determ ined by Section 507.1, used for extra - heavy - duty cooking appliances shall be determined as follows: EXHAUST SYSTEMS Type of Hood CFM per linear foot of hood Backshelf/pass - over Not allowed Double island canopy (per side) 550 Eyebrow Not allowed Single island canopy 700 Wall - mounted canopy 550 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.1 Extra - heavy - duty cooking appliances. The minimum net airflow for hoods, as determ ined by Section 507.1, used for extra - heavy - duty cooking appliances shall be determined as follows: EXHAUST SYSTEMS Type of Hood CFM per linear foot of hood Backshelf/pass - over Not allowed Double island canopy (per side) 550 Eyebrow Not allowed Single island canopy 700 Wall - mounted canopy 550 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.1 Extra - heavy - duty cooking appliances. The minimum net airflow for hoods, as determ ined by Section 507.1, used for extra - heavy - duty cooking appliances shall be determined as follows: EXHAUST SYSTEMS Type of Hood CFM per linear foot of hood Backshelf/pass - over Not allowed Double island canopy (per side) 550 Eyebrow Not allowed Single island canopy 700 Wall - mounted canopy 550 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.1 Extra - heavy - duty cooking appliances. The minimum net airflow for hoods, as determ ined by Section 507.1, used for extra - heavy - duty cooking appliances shall be determined as follows: EXHAUST SYSTEMS Type of Hood CFM per linear foot of hood Backshelf/pass - over Not allowed Double island canopy (per side) 550 Eyebrow Not allowed Single island canopy 700 Wall - mounted canopy 550 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.1 Extra - heavy - duty cooking appliances. The minimum net airflow for hoods, as determ ined by Section 507.1, used for extra - heavy - duty cooking appliances shall be determined as follows: EXHAUST SYSTEMS Type of Hood CFM per linear foot of hood Backshelf/pass - over Not allowed Double island canopy (per side) 550 Eyebrow Not allowed Single island canopy 700 Wall - mounted canopy 550 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.1 Extra - heavy - duty cooking appliances. The minimum net airflow for hoods, as determ ined by Section 507.1, used for extra - heavy - duty cooking appliances shall be determined as follows: EXHAUST SYSTEMS Type of Hood CFM per linear foot of hood Backshelf/pass - over Not allowed Double island canopy (per side) 550 Eyebrow Not allowed Single island canopy 700 Wall - mounted canopy 550 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.1 Extra - heavy - duty cooking appliances. The minimum net airflow for hoods, as determ ined by Section 507.1, used for extra - heavy - duty cooking appliances shall be determined as follows: EXHAUST SYSTEMS Type of Hood CFM per linear foot of hood Backshelf/pass - over Not allowed Double island canopy (per side) 550 Eyebrow Not allowed Single island canopy 700 Wall - mounted canopy 550 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter.",
    "metadata": {
      "section_full": "507.5.1",
      "parent_major": "507",
      "parent_minor": "507.5",
      "source": "029.txt"
    }
  },
  {
    "id": "507.5.2",
    "text": "CONTEXT: 507 > 507.5 | CONTENT: 507.5.2 507.5.2 Heavy - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for heavy - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshelf/pass - over 400 Double island canopy (per side) 400 Eyebrow Not allowed Single island canopy 600 Wall - mounted canopy 400 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.2 Heavy - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for heavy - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshelf/pass - over 400 Double island canopy (per side) 400 Eyebrow Not allowed Single island canopy 600 Wall - mounted canopy 400 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.2 Heavy - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for heavy - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshelf/pass - over 400 Double island canopy (per side) 400 Eyebrow Not allowed Single island canopy 600 Wall - mounted canopy 400 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.2 Heavy - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for heavy - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshelf/pass - over 400 Double island canopy (per side) 400 Eyebrow Not allowed Single island canopy 600 Wall - mounted canopy 400 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.2 Heavy - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for heavy - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshelf/pass - over 400 Double island canopy (per side) 400 Eyebrow Not allowed Single island canopy 600 Wall - mounted canopy 400 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.2 Heavy - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for heavy - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshelf/pass - over 400 Double island canopy (per side) 400 Eyebrow Not allowed Single island canopy 600 Wall - mounted canopy 400 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.2 Heavy - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for heavy - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshelf/pass - over 400 Double island canopy (per side) 400 Eyebrow Not allowed Single island canopy 600 Wall - mounted canopy 400 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.2 Heavy - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for heavy - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshelf/pass - over 400 Double island canopy (per side) 400 Eyebrow Not allowed Single island canopy 600 Wall - mounted canopy 400 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.2 Heavy - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for heavy - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshelf/pass - over 400 Double island canopy (per side) 400 Eyebrow Not allowed Single island canopy 600 Wall - mounted canopy 400 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter.",
    "metadata": {
      "section_full": "507.5.2",
      "parent_major": "507",
      "parent_minor": "507.5",
      "source": "029.txt"
    }
  },
  {
    "id": "507.5.3",
    "text": "CONTEXT: 507 > 507.5 | CONTENT: 507.5.3 507.5.3 Medium - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for medium - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshe lf/pass - over 300 Double island canopy (per side) 300 Eyebrow 250 Single island canopy 500 Wall - mounted canopy 300 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.3 Medium - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for medium - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshe lf/pass - over 300 Double island canopy (per side) 300 Eyebrow 250 Single island canopy 500 Wall - mounted canopy 300 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.3 Medium - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for medium - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshe lf/pass - over 300 Double island canopy (per side) 300 Eyebrow 250 Single island canopy 500 Wall - mounted canopy 300 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.3 Medium - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for medium - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshe lf/pass - over 300 Double island canopy (per side) 300 Eyebrow 250 Single island canopy 500 Wall - mounted canopy 300 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.3 Medium - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for medium - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshe lf/pass - over 300 Double island canopy (per side) 300 Eyebrow 250 Single island canopy 500 Wall - mounted canopy 300 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.3 Medium - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for medium - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshe lf/pass - over 300 Double island canopy (per side) 300 Eyebrow 250 Single island canopy 500 Wall - mounted canopy 300 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.3 Medium - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for medium - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshe lf/pass - over 300 Double island canopy (per side) 300 Eyebrow 250 Single island canopy 500 Wall - mounted canopy 300 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.3 Medium - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for medium - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshe lf/pass - over 300 Double island canopy (per side) 300 Eyebrow 250 Single island canopy 500 Wall - mounted canopy 300 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.3 Medium - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for medium - duty cooking appliances shall be determined as follows: Type of Hood CFM per linear foot of hood Backshe lf/pass - over 300 Double island canopy (per side) 300 Eyebrow 250 Single island canopy 500 Wall - mounted canopy 300 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter.",
    "metadata": {
      "section_full": "507.5.3",
      "parent_major": "507",
      "parent_minor": "507.5",
      "source": "029.txt"
    }
  },
  {
    "id": "507.5.4",
    "text": "CONTEXT: 507 > 507.5 | CONTENT: 507.5.4 507.5.4 Light - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for light - duty cooking appliances and food service preparation shall be determined as follows: Type of Hood CFM per linear foot of hoodlf/pass - over Not allowed Double island canopy (per side) 550 Eyebrow Not allowed Single island canopy 700 Wall - mounted canopy 550 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.4 Light - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for light - duty cooking appliances and food service preparation shall be determined as follows: Type of Hood CFM per linear foot of hoodlf/pass - over Not allowed Double island canopy (per side) 550 Eyebrow Not allowed Single island canopy 700 Wall - mounted canopy 550 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.4 Light - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for light - duty cooking appliances and food service preparation shall be determined as follows: Type of Hood CFM per linear foot of hood EXHAUST SYSTEMS Backshelf/pass - over 250 Double island canopy (per side) 250 Eyebrow 250 Single island canopy 400 Wall - mounted canopy 200 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.4 Light - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for light - duty cooking appliances and food service preparation shall be determined as follows: Type of Hood CFM per linear foot of hood EXHAUST SYSTEMS Backshelf/pass - over 250 Double island canopy (per side) 250 Eyebrow 250 Single island canopy 400 Wall - mounted canopy 200 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.4 Light - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for light - duty cooking appliances and food service preparation shall be determined as follows: Type of Hood CFM per linear foot of hood EXHAUST SYSTEMS Backshelf/pass - over 250 Double island canopy (per side) 250 Eyebrow 250 Single island canopy 400 Wall - mounted canopy 200 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.4 Light - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for light - duty cooking appliances and food service preparation shall be determined as follows: Type of Hood CFM per linear foot of hood EXHAUST SYSTEMS Backshelf/pass - over 250 Double island canopy (per side) 250 Eyebrow 250 Single island canopy 400 Wall - mounted canopy 200 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.4 Light - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for light - duty cooking appliances and food service preparation shall be determined as follows: Type of Hood CFM per linear foot of hood EXHAUST SYSTEMS Backshelf/pass - over 250 Double island canopy (per side) 250 Eyebrow 250 Single island canopy 400 Wall - mounted canopy 200 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.4 Light - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for light - duty cooking appliances and food service preparation shall be determined as follows: Type of Hood CFM per linear foot of hood EXHAUST SYSTEMS Backshelf/pass - over 250 Double island canopy (per side) 250 Eyebrow 250 Single island canopy 400 Wall - mounted canopy 200 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter. [CONT.]: 507.5.4 Light - duty cooking appliances. The minimum net airflow for hoods, as determined by Section 507.1, used for light - duty cooking appliances and food service preparation shall be determined as follows: Type of Hood CFM per linear foot of hood EXHAUST SYSTEMS Backshelf/pass - over 250 Double island canopy (per side) 250 Eyebrow 250 Single island canopy 400 Wall - mounted canopy 200 For SI: 1 cfm per linear foot = 1.55 L/s per linear meter.",
    "metadata": {
      "section_full": "507.5.4",
      "parent_major": "507",
      "parent_minor": "507.5",
      "source": "029.txt"
    }
  },
  {
    "id": "507.5.5",
    "text": "CONTEXT: 507 > 507.5 | CONTENT: 507.5.5 507.5.5 Dishwashing appliances. The minimum net airflow for Type II hoods used for dishwashing appliances shall be 100 cfm per linea r foot (155 L/s per linear meter) of hood length. Exception: Dishwashing appliances and equipment installed in accordance with Section 507.3 . [CONT.]: 507.5.5 Dishwashing appliances. The minimum net airflow for Type II hoods used for dishwashing appliances shall be 100 cfm per linea r foot (155 L/s per linear meter) of hood length. Exception: Dishwashing appliances and equipment installed in accordance with Section 507.3 . [CONT.]: 507.5.5 Dishwashing appliances. The minimum net airflow for Type II hoods used for dishwashing appliances shall be 100 cfm per linea r foot (155 L/s per linear meter) of hood length. Exception: Dishwashing appliances and equipment installed in accordance with Section 507.3 . [CONT.]: 507.5.5 Dishwashing appliances. The minimum net airflow for Type II hoods used for dishwashing appliances shall be 100 cfm per linea r foot (155 L/s per linear meter) of hood length. Exception: Dishwashing appliances and equipment installed in accordance with Section 507.3 . [CONT.]: 507.5.5 Dishwashing appliances. The minimum net airflow for Type II hoods used for dishwashing appliances shall be 100 cfm per linea r foot (155 L/s per linear meter) of hood length. Exception: Dishwashing appliances and equipment installed in accordance with Section 507.3 . [CONT.]: 507.5.5 Dishwashing appliances. The minimum net airflow for Type II hoods used for dishwashing appliances shall be 100 cfm per linea r foot (155 L/s per linear meter) of hood length. Exception: Dishwashing appliances and equipment installed in accordance with Section 507.3 . [CONT.]: 507.5.5 Dishwashing appliances. The minimum net airflow for Type II hoods used for dishwashing appliances shall be 100 cfm per linea r foot (155 L/s per linear meter) of hood length. Exception: Dishwashing appliances and equipment installed in accordance with Section 507.3 .",
    "metadata": {
      "section_full": "507.5.5",
      "parent_major": "507",
      "parent_minor": "507.5",
      "source": "029.txt"
    }
  },
  {
    "id": "507.6",
    "text": "CONTEXT: 507 > 507.6 | CONTENT: 507.6 507.6 Performance test. A performance test shall be conducted upon completion and witnessed by a representative of the Fire Department before final approval of the installation of a ventilation system serving commercial cooking appliances. The test shall verify the rate of exhaust airflow required by Section 507.5, makeup airflow required by Section 508 and proper ope ration as specified in this chapter. The permit holder shall furnish the necessary test equipment and devices required to perform the tests. SECTION MC 508 COMMERCIAL KITCHEN MAKEUP AIR [CONT.]: 507.6 Performance test. A performance test shall be conducted upon completion and witnessed by a representative of the Fire Department before final approval of the installation of a ventilation system serving commercial cooking appliances. The test shall verify the rate of exhaust airflow required by Section 507.5, makeup airflow required by Section 508 and proper ope ration as specified in this chapter. The permit holder shall furnish the necessary test equipment and devices required to perform the tests. SECTION MC 508 COMMERCIAL KITCHEN MAKEUP AIR [CONT.]: 507.6 Performance test. A performance test shall be conducted upon completion and witnessed by a representative of the Fire Department before final approval of the installation of a ventilation system serving commercial cooking appliances. The test shall verify the rate of exhaust airflow required by Section 507.5, makeup airflow required by Section 508 and proper ope ration as specified in this chapter. The permit holder shall furnish the necessary test equipment and devices required to perform the tests. SECTION MC 508 COMMERCIAL KITCHEN MAKEUP AIR [CONT.]: 507.6 Performance test. A performance test shall be conducted upon completion and witnessed by a representative of the Fire Department before final approval of the installation of a ventilation system serving commercial cooking appliances. The test shall verify the rate of exhaust airflow required by Section 507.5, makeup airflow required by Section 508 and proper ope ration as specified in this chapter. The permit holder shall furnish the necessary test equipment and devices required to perform the tests. SECTION MC 508 COMMERCIAL KITCHEN MAKEUP AIR [CONT.]: 507.6 Performance test. A performance test shall be conducted upon completion and witnessed by a representative of the Fire Department before final approval of the installation of a ventilation system serving commercial cooking appliances. The test shall verify the rate of exhaust airflow required by Section 507.5, makeup airflow required by Section 508 and proper ope ration as specified in this chapter. The permit holder shall furnish the necessary test equipment and devices required to perform the tests. SECTION MC 508 COMMERCIAL KITCHEN MAKEUP AIR [CONT.]: 507.6 Performance test. A performance test shall be conducted upon completion and witnessed by a representative of the Fire Department before final approval of the installation of a ventilation system serving commercial cooking appliances. The test shall verify the rate of exhaust airflow required by Section 507.5, makeup airflow required by Section 508 and proper ope ration as specified in this chapter. The permit holder shall furnish the necessary test equipment and devices required to perform the tests. SECTION MC 508 COMMERCIAL KITCHEN MAKEUP AIR [CONT.]: 507.6 Performance test. A performance test shall be conducted upon completion and witnessed by a representative of the Fire Department before final approval of the installation of a ventilation system serving commercial cooking appliances. The test shall verify the rate of exhaust airflow required by Section 507.5, makeup airflow required by Section 508 and proper ope ration as specified in this chapter. The permit holder shall furnish the necessary test equipment and devices required to perform the tests. SECTION MC 508 COMMERCIAL KITCHEN MAKEUP AIR",
    "metadata": {
      "section_full": "507.6",
      "parent_major": "507",
      "parent_minor": "507.6",
      "source": "029.txt"
    }
  },
  {
    "id": "508.1",
    "text": "CONTEXT: 508 > 508.1 | CONTENT: 508.1 508.1 Makeup air. Makeup air shall be supplied during the operation of commercial kitchen exhaust systems that are provided for commercial cooking appliances. The amount of makeup air supplied to the building from all sources shall be approximately equal to the amount of ex haust air for all exhaust systems for the building. The makeup air shall not reduce the effectiveness of the exhaust system. Makeup air shall be provided by gravity or mechanical means or both. Mechanical makeup air systems shall be automatically controlle d to start and operate simultaneously with the exhaust system. Makeup air intake opening locations shall comply with Section 401.4. Makeup air shall be provided in accordance with the New York City Energy Conservation Code. [CONT.]: 508.1 Makeup air. Makeup air shall be supplied during the operation of commercial kitchen exhaust systems that are provided for commercial cooking appliances. The amount of makeup air supplied to the building from all sources shall be approximately equal to the amount of ex haust air for all exhaust systems for the building. The makeup air shall not reduce the effectiveness of the exhaust system. Makeup air shall be provided by gravity or mechanical means or both. Mechanical makeup air systems shall be automatically controlle d to start and operate simultaneously with the exhaust system. Makeup air intake opening locations shall comply with Section 401.4. Makeup air shall be provided in accordance with the New York City Energy Conservation Code. [CONT.]: 508.1 Makeup air. Makeup air shall be supplied during the operation of commercial kitchen exhaust systems that are provided for commercial cooking appliances. The amount of makeup air supplied to the building from all sources shall be approximately equal to the amount of ex haust air for all exhaust systems for the building. The makeup air shall not reduce the effectiveness of the exhaust system. Makeup air shall be provided by gravity or mechanical means or both. Mechanical makeup air systems shall be automatically controlle d to start and operate simultaneously with the exhaust system. Makeup air intake opening locations shall comply with Section 401.4. Makeup air shall be provided in accordance with the New York City Energy Conservation Code. [CONT.]: 508.1 Makeup air. Makeup air shall be supplied during the operation of commercial kitchen exhaust systems that are provided for commercial cooking appliances. The amount of makeup air supplied to the building from all sources shall be approximately equal to the amount of ex haust air for all exhaust systems for the building. The makeup air shall not reduce the effectiveness of the exhaust system. Makeup air shall be provided by gravity or mechanical means or both. Mechanical makeup air systems shall be automatically controlle d to start and operate simultaneously with the exhaust system. Makeup air intake opening locations shall comply with Section 401.4. Makeup air shall be provided in accordance with the New York City Energy Conservation Code. [CONT.]: 508.1 Makeup air. Makeup air shall be supplied during the operation of commercial kitchen exhaust systems that are provided for commercial cooking appliances. The amount of makeup air supplied to the building from all sources shall be approximately equal to the amount of ex haust air for all exhaust systems for the building. The makeup air shall not reduce the effectiveness of the exhaust system. Makeup air shall be provided by gravity or mechanical means or both. Mechanical makeup air systems shall be automatically controlle d to start and operate simultaneously with the exhaust system. Makeup air intake opening locations shall comply with Section 401.4. Makeup air shall be provided in accordance with the New York City Energy Conservation Code. [CONT.]: 508.1 Makeup air. Makeup air shall be supplied during the operation of commercial kitchen exhaust systems that are provided for commercial cooking appliances. The amount of makeup air supplied to the building from all sources shall be approximately equal to the amount of ex haust air for all exhaust systems for the building. The makeup air shall not reduce the effectiveness of the exhaust system. Makeup air shall be provided by gravity or mechanical means or both. Mechanical makeup air systems shall be automatically controlle d to start and operate simultaneously with the exhaust system. Makeup air intake opening locations shall comply with Section 401.4. Makeup air shall be provided in accordance with the New York City Energy Conservation Code. [CONT.]: 508.1 Makeup air. Makeup air shall be supplied during the operation of commercial kitchen exhaust systems that are provided for commercial cooking appliances. The amount of makeup air supplied to the building from all sources shall be approximately equal to the amount of ex haust air for all exhaust systems for the building. The makeup air shall not reduce the effectiveness of the exhaust system. Makeup air shall be provided by gravity or mechanical means or both. Mechanical makeup air systems shall be automatically controlle d to start and operate simultaneously with the exhaust system. Makeup air intake opening locations shall comply with Section 401.4. Makeup air shall be provided in accordance with the New York City Energy Conservation Code.",
    "metadata": {
      "section_full": "508.1",
      "parent_major": "508",
      "parent_minor": "508.1",
      "source": "029.txt"
    }
  },
  {
    "id": "508.1.1",
    "text": "CONTEXT: 508 > 508.1 | CONTENT: 508.1.1 508.1.1 Makeup air temperature. The temperature differential between makeup air delivered to the space and the air in the conditioned space shall not exceed 10\u00baF (6\u00baC) except where the makeup air contributes to satisfying the heating or cooling loads of the space and such temperature dif ferential does not exceed 25\u00b0F ( - 38.9\u00b0C). The makeup air delivered to a compensating hood with front facing or side facing discharges shall be considered as being delivered to the space for the purposes of this section. [CONT.]: 508.1.1 Makeup air temperature. The temperature differential between makeup air delivered to the space and the air in the conditioned space shall not exceed 10\u00baF (6\u00baC) except where the makeup air contributes to satisfying the heating or cooling loads of the space and such temperature dif ferential does not exceed 25\u00b0F ( - 38.9\u00b0C). The makeup air delivered to a compensating hood with front facing or side facing discharges shall be considered as being delivered to the space for the purposes of this section. [CONT.]: 508.1.1 Makeup air temperature. The temperature differential between makeup air delivered to the space and the air in the conditioned space shall not exceed 10\u00baF (6\u00baC) except where the makeup air contributes to satisfying the heating or cooling loads of the space and such temperature dif ferential does not exceed 25\u00b0F ( - 38.9\u00b0C). The makeup air delivered to a compensating hood with front facing or side facing discharges shall be considered as being delivered to the space for the purposes of this section. [CONT.]: 508.1.1 Makeup air temperature. The temperature differential between makeup air delivered to the space and the air in the conditioned space shall not exceed 10\u00baF (6\u00baC) except where the makeup air contributes to satisfying the heating or cooling loads of the space and such temperature dif ferential does not exceed 25\u00b0F ( - 38.9\u00b0C). The makeup air delivered to a compensating hood with front facing or side facing discharges shall be considered as being delivered to the space for the purposes of this section. [CONT.]: 508.1.1 Makeup air temperature. The temperature differential between makeup air delivered to the space and the air in the conditioned space shall not exceed 10\u00baF (6\u00baC) except where the makeup air contributes to satisfying the heating or cooling loads of the space and such temperature dif ferential does not exceed 25\u00b0F ( - 38.9\u00b0C). The makeup air delivered to a compensating hood with front facing or side facing discharges shall be considered as being delivered to the space for the purposes of this section. [CONT.]: 508.1.1 Makeup air temperature. The temperature differential between makeup air delivered to the space and the air in the conditioned space shall not exceed 10\u00baF (6\u00baC) except where the makeup air contributes to satisfying the heating or cooling loads of the space and such temperature dif ferential does not exceed 25\u00b0F ( - 38.9\u00b0C). The makeup air delivered to a compensating hood with front facing or side facing discharges shall be considered as being delivered to the space for the purposes of this section. [CONT.]: 508.1.1 Makeup air temperature. The temperature differential between makeup air delivered to the space and the air in the conditioned space shall not exceed 10\u00baF (6\u00baC) except where the makeup air contributes to satisfying the heating or cooling loads of the space and such temperature dif ferential does not exceed 25\u00b0F ( - 38.9\u00b0C). The makeup air delivered to a compensating hood with front facing or side facing discharges shall be considered as being delivered to the space for the purposes of this section.",
    "metadata": {
      "section_full": "508.1.1",
      "parent_major": "508",
      "parent_minor": "508.1",
      "source": "029.txt"
    }
  },
  {
    "id": "508.1.2",
    "text": "CONTEXT: 508 > 508.1 | CONTENT: 508.1.2 508.1.2 Air balance. Design plans fo r a commercial kitchen ventilation system shall include a schedule or diagram indicating the design air balance of the kitchen and all communicating spaces clearly indicating makeup, transfer, exhaust and infiltration air flow rates. Negative pressurizatio n caused by the kitchen exhaust system shall not cause improper operation of systems in communicating spaces or cause door opening forces in the building to exceed the limits set forth in Chapter 10 of the New York City Building Code. [CONT.]: 508.1.2 Air balance. Design plans fo r a commercial kitchen ventilation system shall include a schedule or diagram indicating the design air balance of the kitchen and all communicating spaces clearly indicating makeup, transfer, exhaust and infiltration air flow rates. Negative pressurizatio n caused by the kitchen exhaust system shall not cause improper operation of systems in communicating spaces or cause door opening forces in the building to exceed the limits set forth in Chapter 10 of the New York City Building Code. [CONT.]: 508.1.2 Air balance. Design plans fo r a commercial kitchen ventilation system shall include a schedule or diagram indicating the design air balance of the kitchen and all communicating spaces clearly indicating makeup, transfer, exhaust and infiltration air flow rates. Negative pressurizatio n caused by the kitchen exhaust system shall not cause improper operation of systems in communicating spaces or cause door opening forces in the building to exceed the limits set forth in Chapter 10 of the New York City Building Code. [CONT.]: 508.1.2 Air balance. Design plans fo r a commercial kitchen ventilation system shall include a schedule or diagram indicating the design air balance of the kitchen and all communicating spaces clearly indicating makeup, transfer, exhaust and infiltration air flow rates. Negative pressurizatio n caused by the kitchen exhaust system shall not cause improper operation of systems in communicating spaces or cause door opening forces in the building to exceed the limits set forth in Chapter 10 of the New York City Building Code. [CONT.]: 508.1.2 Air balance. Design plans fo r a commercial kitchen ventilation system shall include a schedule or diagram indicating the design air balance of the kitchen and all communicating spaces clearly indicating makeup, transfer, exhaust and infiltration air flow rates. Negative pressurizatio n caused by the kitchen exhaust system shall not cause improper operation of systems in communicating spaces or cause door opening forces in the building to exceed the limits set forth in Chapter 10 of the New York City Building Code. [CONT.]: 508.1.2 Air balance. Design plans fo r a commercial kitchen ventilation system shall include a schedule or diagram indicating the design air balance of the kitchen and all communicating spaces clearly indicating makeup, transfer, exhaust and infiltration air flow rates. Negative pressurizatio n caused by the kitchen exhaust system shall not cause improper operation of systems in communicating spaces or cause door opening forces in the building to exceed the limits set forth in Chapter 10 of the New York City Building Code. [CONT.]: 508.1.2 Air balance. Design plans fo r a commercial kitchen ventilation system shall include a schedule or diagram indicating the design air balance of the kitchen and all communicating spaces clearly indicating makeup, transfer, exhaust and infiltration air flow rates. Negative pressurizatio n caused by the kitchen exhaust system shall not cause improper operation of systems in communicating spaces or cause door opening forces in the building to exceed the limits set forth in Chapter 10 of the New York City Building Code.",
    "metadata": {
      "section_full": "508.1.2",
      "parent_major": "508",
      "parent_minor": "508.1",
      "source": "029.txt"
    }
  },
  {
    "id": "508.2",
    "text": "CONTEXT: 508 > 508.2 | CONTENT: 508.2 508.2 Compensating ho ods. Manufacturers of compensating hoods shall provide a label indicating minimum exhaust flow and/or maximum makeup airflow that provides capture and containment of the exhaust effluent. Exception: Compensating hoods with makeup air supplied only from the front face discharge and side face discharge openings shall not be required to be labeled with the maximum makeup airflow. SECTION MC 509 FIRE SUPPRESSION SYSTEMS [CONT.]: 508.2 Compensating ho ods. Manufacturers of compensating hoods shall provide a label indicating minimum exhaust flow and/or maximum makeup airflow that provides capture and containment of the exhaust effluent. Exception: Compensating hoods with makeup air supplied only from the front face discharge and side face discharge openings shall not be required to be labeled with the maximum makeup airflow. SECTION MC 509 FIRE SUPPRESSION SYSTEMS [CONT.]: 508.2 Compensating ho ods. Manufacturers of compensating hoods shall provide a label indicating minimum exhaust flow and/or maximum makeup airflow that provides capture and containment of the exhaust effluent. Exception: Compensating hoods with makeup air supplied only from the front face discharge and side face discharge openings shall not be required to be labeled with the maximum makeup airflow. SECTION MC 509 FIRE SUPPRESSION SYSTEMS [CONT.]: 508.2 Compensating ho ods. Manufacturers of compensating hoods shall provide a label indicating minimum exhaust flow and/or maximum makeup airflow that provides capture and containment of the exhaust effluent. Exception: Compensating hoods with makeup air supplied only from the front face discharge and side face discharge openings shall not be required to be labeled with the maximum makeup airflow. SECTION MC 509 FIRE SUPPRESSION SYSTEMS [CONT.]: 508.2 Compensating ho ods. Manufacturers of compensating hoods shall provide a label indicating minimum exhaust flow and/or maximum makeup airflow that provides capture and containment of the exhaust effluent. Exception: Compensating hoods with makeup air supplied only from the front face discharge and side face discharge openings shall not be required to be labeled with the maximum makeup airflow. SECTION MC 509 FIRE SUPPRESSION SYSTEMS [CONT.]: 508.2 Compensating ho ods. Manufacturers of compensating hoods shall provide a label indicating minimum exhaust flow and/or maximum makeup airflow that provides capture and containment of the exhaust effluent. Exception: Compensating hoods with makeup air supplied only from the front face discharge and side face discharge openings shall not be required to be labeled with the maximum makeup airflow. SECTION MC 509 FIRE SUPPRESSION SYSTEMS [CONT.]: 508.2 Compensating ho ods. Manufacturers of compensating hoods shall provide a label indicating minimum exhaust flow and/or maximum makeup airflow that provides capture and containment of the exhaust effluent. Exception: Compensating hoods with makeup air supplied only from the front face discharge and side face discharge openings shall not be required to be labeled with the maximum makeup airflow. SECTION MC 509 FIRE SUPPRESSION SYSTEMS",
    "metadata": {
      "section_full": "508.2",
      "parent_major": "508",
      "parent_minor": "508.2",
      "source": "029.txt"
    }
  },
  {
    "id": "509.1",
    "text": "CONTEXT: 509 > 509.1 | CONTENT: 509.1 509.1 Where required. Commercial cooking appliances required by Section [CONT.]: 509.1 Where required. Commercial cooking appliances required by Section [CONT.]: 509.1 Where required. Commercial cooking appliances required by Section [CONT.]: 509.1 Where required. Commercial cooking appliances required by Section [CONT.]: 509.1 Where required. Commercial cooking appliances required by Section [CONT.]: 509.1 Where required. Commercial cooking appliances required by Section [CONT.]: 509.1 Where required. Commercial cooking appliances required by Section",
    "metadata": {
      "section_full": "509.1",
      "parent_major": "509",
      "parent_minor": "509.1",
      "source": "029.txt"
    }
  },
  {
    "id": "510.1",
    "text": "CONTEXT: 510 > 510.1 | CONTENT: 510.1 510.1 General. This section shall govern the design and co nstruction of duct systems for hazardous exhaust and shall determine where such systems are required. Hazardous exhaust systems are systems designed to capture and control hazardous emissions generated from product handling or processes, and convey those e missions to the outdoors. Hazardous emissions include flammable vapors, gases, fumes, mists or dusts, and volatile or airborne materials posing a health hazard, such as toxic or corrosive materials. For the purposes of this section, the health - hazard ratin g of materials shall be as specified in NFPA 704. For the purposes of the provisions of Section 510, a laboratory shall be defined as a building or portion thereof wherein chemicals or gases are used or synthesized on a nonproduction basis for testing, res earch, experimental, instructional or educational purposes . [CONT.]: 510.1 General. This section shall govern the design and co nstruction of duct systems for hazardous exhaust and shall determine where such systems are required. Hazardous exhaust systems are systems designed to capture and control hazardous emissions generated from product handling or processes, and convey those e missions to the outdoors. Hazardous emissions include flammable vapors, gases, fumes, mists or dusts, and volatile or airborne materials posing a health hazard, such as toxic or corrosive materials. For the purposes of this section, the health - hazard ratin g of materials shall be as specified in NFPA 704. For the purposes of the provisions of Section 510, a laboratory shall be defined as a building or portion thereof wherein chemicals or gases are used or synthesized on a nonproduction basis for testing, res earch, experimental, instructional or educational purposes . [CONT.]: 510.1 General. This section shall govern the design and co nstruction of duct systems for hazardous exhaust and shall determine where such systems are required. Hazardous exhaust systems are systems designed to capture and control hazardous emissions generated from product handling or processes, and convey those e missions to the outdoors. Hazardous emissions include flammable vapors, gases, fumes, mists or dusts, and volatile or airborne materials posing a health hazard, such as toxic or corrosive materials. For the purposes of this section, the health - hazard ratin g of materials shall be as specified in NFPA 704. For the purposes of the provisions of Section 510, a laboratory shall be defined as a building or portion thereof wherein chemicals or gases are used or synthesized on a nonproduction basis for testing, res earch, experimental, instructional or educational purposes . [CONT.]: 510.1 General. This section shall govern the design and co nstruction of duct systems for hazardous exhaust and shall determine where such systems are required. Hazardous exhaust systems are systems designed to capture and control hazardous emissions generated from product handling or processes, and convey those e missions to the outdoors. Hazardous emissions include flammable vapors, gases, fumes, mists or dusts, and volatile or airborne materials posing a health hazard, such as toxic or corrosive materials. For the purposes of this section, the health - hazard ratin g of materials shall be as specified in NFPA 704. For the purposes of the provisions of Section 510, a laboratory shall be defined as a building or portion thereof wherein chemicals or gases are used or synthesized on a nonproduction basis for testing, res earch, experimental, instructional or educational purposes . [CONT.]: 510.1 General. This section shall govern the design and co nstruction of duct systems for hazardous exhaust and shall determine where such systems are required. Hazardous exhaust systems are systems designed to capture and control hazardous emissions generated from product handling or processes, and convey those e missions to the outdoors. Hazardous emissions include flammable vapors, gases, fumes, mists or dusts, and volatile or airborne materials posing a health hazard, such as toxic or corrosive materials. For the purposes of this section, the health - hazard ratin g of materials shall be as specified in NFPA 704. For the purposes of the provisions of Section 510, a laboratory shall be defined as a building or portion thereof wherein chemicals or gases are used or synthesized on a nonproduction basis for testing, res earch, experimental, instructional or educational purposes . [CONT.]: 510.1 General. This section shall govern the design and co nstruction of duct systems for hazardous exhaust and shall determine where such systems are required. Hazardous exhaust systems are systems designed to capture and control hazardous emissions generated from product handling or processes, and convey those e missions to the outdoors. Hazardous emissions include flammable vapors, gases, fumes, mists or dusts, and volatile or airborne materials posing a health hazard, such as toxic or corrosive materials. For the purposes of this section, the health - hazard ratin g of materials shall be as specified in NFPA 704. For the purposes of the provisions of Section 510, a laboratory shall be defined as a building or portion thereof wherein chemicals or gases are used or synthesized on a nonproduction basis for testing, res earch, experimental, instructional or educational purposes . [CONT.]: 510.1 General. This section shall govern the design and co nstruction of duct systems for hazardous exhaust and shall determine where such systems are required. Hazardous exhaust systems are systems designed to capture and control hazardous emissions generated from product handling or processes, and convey those e missions to the outdoors. Hazardous emissions include flammable vapors, gases, fumes, mists or dusts, and volatile or airborne materials posing a health hazard, such as toxic or corrosive materials. For the purposes of this section, the health - hazard ratin g of materials shall be as specified in NFPA 704. For the purposes of the provisions of Section 510, a laboratory shall be defined as a building or portion thereof wherein chemicals or gases are used or synthesized on a nonproduction basis for testing, res earch, experimental, instructional or educational purposes .",
    "metadata": {
      "section_full": "510.1",
      "parent_major": "510",
      "parent_minor": "510.1",
      "source": "029.txt"
    }
  },
  {
    "id": "510.2",
    "text": "CONTEXT: 510 > 510.2 | CONTENT: 510.2 510.2 Where required. A hazardous exhaust system shall be required wherever operations involving the handling or processing of hazardous materials, in the absence of such exhaust systems and under normal operating conditions, have the potential to create one of the following conditions: 1. A flammable vapor, gas, fume, mist or dust is present in concentrations exceeding 25 percent of the lower flammability limit of the substance for the expected ro om temperature. 2. A vapor, gas, fume, mist or dust with a health - hazard rating of 4 is present in any concentration. 3. A vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2 or 3 is present in concentrations exceeding 1 percent of the media n lethal concentration of the substance for acute inhalation toxicity. Exception: Laboratories, as defined in Section 510.1, except where the concentrations listed in Item 1 are exceeded, or a vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2, 3 or 4 is present in concentrations exceeding 1 percent of the median lethal concentration of the substance for acute inhalation toxicity. [CONT.]: 510.2 Where required. A hazardous exhaust system shall be required wherever operations involving the handling or processing of hazardous materials, in the absence of such exhaust systems and under normal operating conditions, have the potential to create one of the following conditions: 1. A flammable vapor, gas, fume, mist or dust is present in concentrations exceeding 25 percent of the lower flammability limit of the substance for the expected ro om temperature. 2. A vapor, gas, fume, mist or dust with a health - hazard rating of 4 is present in any concentration. 3. A vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2 or 3 is present in concentrations exceeding 1 percent of the media n lethal concentration of the substance for acute inhalation toxicity. Exception: Laboratories, as defined in Section 510.1, except where the concentrations listed in Item 1 are exceeded, or a vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2, 3 or 4 is present in concentrations exceeding 1 percent of the median lethal concentration of the substance for acute inhalation toxicity. [CONT.]: 510.2 Where required. A hazardous exhaust system shall be required wherever operations involving the handling or processing of hazardous materials, in the absence of such exhaust systems and under normal operating conditions, have the potential to create one of the following conditions: 1. A flammable vapor, gas, fume, mist or dust is present in concentrations exceeding 25 percent of the lower flammability limit of the substance for the expected ro om temperature. 2. A vapor, gas, fume, mist or dust with a health - hazard rating of 4 is present in any concentration. 3. A vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2 or 3 is present in concentrations exceeding 1 percent of the media n lethal concentration of the substance for acute inhalation toxicity. Exception: Laboratories, as defined in Section 510.1, except where the concentrations listed in Item 1 are exceeded, or a vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2, 3 or 4 is present in concentrations exceeding 1 percent of the median lethal concentration of the substance for acute inhalation toxicity. [CONT.]: 510.2 Where required. A hazardous exhaust system shall be required wherever operations involving the handling or processing of hazardous materials, in the absence of such exhaust systems and under normal operating conditions, have the potential to create one of the following conditions: 1. A flammable vapor, gas, fume, mist or dust is present in concentrations exceeding 25 percent of the lower flammability limit of the substance for the expected ro om temperature. 2. A vapor, gas, fume, mist or dust with a health - hazard rating of 4 is present in any concentration. 3. A vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2 or 3 is present in concentrations exceeding 1 percent of the media n lethal concentration of the substance for acute inhalation toxicity. Exception: Laboratories, as defined in Section 510.1, except where the concentrations listed in Item 1 are exceeded, or a vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2, 3 or 4 is present in concentrations exceeding 1 percent of the median lethal concentration of the substance for acute inhalation toxicity. [CONT.]: 510.2 Where required. A hazardous exhaust system shall be required wherever operations involving the handling or processing of hazardous materials, in the absence of such exhaust systems and under normal operating conditions, have the potential to create one of the following conditions: 1. A flammable vapor, gas, fume, mist or dust is present in concentrations exceeding 25 percent of the lower flammability limit of the substance for the expected ro om temperature. 2. A vapor, gas, fume, mist or dust with a health - hazard rating of 4 is present in any concentration. 3. A vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2 or 3 is present in concentrations exceeding 1 percent of the media n lethal concentration of the substance for acute inhalation toxicity. Exception: Laboratories, as defined in Section 510.1, except where the concentrations listed in Item 1 are exceeded, or a vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2, 3 or 4 is present in concentrations exceeding 1 percent of the median lethal concentration of the substance for acute inhalation toxicity. [CONT.]: 510.2 Where required. A hazardous exhaust system shall be required wherever operations involving the handling or processing of hazardous materials, in the absence of such exhaust systems and under normal operating conditions, have the potential to create one of the following conditions: 1. A flammable vapor, gas, fume, mist or dust is present in concentrations exceeding 25 percent of the lower flammability limit of the substance for the expected ro om temperature. 2. A vapor, gas, fume, mist or dust with a health - hazard rating of 4 is present in any concentration. 3. A vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2 or 3 is present in concentrations exceeding 1 percent of the media n lethal concentration of the substance for acute inhalation toxicity. Exception: Laboratories, as defined in Section 510.1, except where the concentrations listed in Item 1 are exceeded, or a vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2, 3 or 4 is present in concentrations exceeding 1 percent of the median lethal concentration of the substance for acute inhalation toxicity. [CONT.]: 510.2 Where required. A hazardous exhaust system shall be required wherever operations involving the handling or processing of hazardous materials, in the absence of such exhaust systems and under normal operating conditions, have the potential to create one of the following conditions: 1. A flammable vapor, gas, fume, mist or dust is present in concentrations exceeding 25 percent of the lower flammability limit of the substance for the expected ro om temperature. 2. A vapor, gas, fume, mist or dust with a health - hazard rating of 4 is present in any concentration. 3. A vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2 or 3 is present in concentrations exceeding 1 percent of the media n lethal concentration of the substance for acute inhalation toxicity. Exception: Laboratories, as defined in Section 510.1, except where the concentrations listed in Item 1 are exceeded, or a vapor, gas, fume, mist or dust with a health - hazard rating of 1, 2, 3 or 4 is present in concentrations exceeding 1 percent of the median lethal concentration of the substance for acute inhalation toxicity.",
    "metadata": {
      "section_full": "510.2",
      "parent_major": "510",
      "parent_minor": "510.2",
      "source": "029.txt"
    }
  },
  {
    "id": "510.2.1",
    "text": "CONTEXT: 510 > 510.2 | CONTENT: 510.2.1 510.2.1 Lumber yards and woodworking facilities. Equipment or machinery located inside buildings at lumber yards and woodworking facilities that generates or emits combustible dust shall be provided with an approved dust - collection and exhaust system installed in accordance with this section and the New York City Fire Code . Equipment and sys tems that are used to collect, process or convey combustible dusts shall be provided with an approved explosion - control system. [CONT.]: 510.2.1 Lumber yards and woodworking facilities. Equipment or machinery located inside buildings at lumber yards and woodworking facilities that generates or emits combustible dust shall be provided with an approved dust - collection and exhaust system installed in accordance with this section and the New York City Fire Code . Equipment and sys tems that are used to collect, process or convey combustible dusts shall be provided with an approved explosion - control system. [CONT.]: 510.2.1 Lumber yards and woodworking facilities. Equipment or machinery located inside buildings at lumber yards and woodworking facilities that generates or emits combustible dust shall be provided with an approved dust - collection and exhaust system installed in accordance with this section and the New York City Fire Code . Equipment and sys tems that are used to collect, process or convey combustible dusts shall be provided with an approved explosion - control system. [CONT.]: 510.2.1 Lumber yards and woodworking facilities. Equipment or machinery located inside buildings at lumber yards and woodworking facilities that generates or emits combustible dust shall be provided with an approved dust - collection and exhaust system installed in accordance with this section and the New York City Fire Code . Equipment and sys tems that are used to collect, process or convey combustible dusts shall be provided with an approved explosion - control system. [CONT.]: 510.2.1 Lumber yards and woodworking facilities. Equipment or machinery located inside buildings at lumber yards and woodworking facilities that generates or emits combustible dust shall be provided with an approved dust - collection and exhaust system installed in accordance with this section and the New York City Fire Code . Equipment and sys tems that are used to collect, process or convey combustible dusts shall be provided with an approved explosion - control system. [CONT.]: 510.2.1 Lumber yards and woodworking facilities. Equipment or machinery located inside buildings at lumber yards and woodworking facilities that generates or emits combustible dust shall be provided with an approved dust - collection and exhaust system installed in accordance with this section and the New York City Fire Code . Equipment and sys tems that are used to collect, process or convey combustible dusts shall be provided with an approved explosion - control system. [CONT.]: 510.2.1 Lumber yards and woodworking facilities. Equipment or machinery located inside buildings at lumber yards and woodworking facilities that generates or emits combustible dust shall be provided with an approved dust - collection and exhaust system installed in accordance with this section and the New York City Fire Code . Equipment and sys tems that are used to collect, process or convey combustible dusts shall be provided with an approved explosion - control system.",
    "metadata": {
      "section_full": "510.2.1",
      "parent_major": "510",
      "parent_minor": "510.2",
      "source": "029.txt"
    }
  },
  {
    "id": "510.2.2",
    "text": "CONTEXT: 510 > 510.2 | CONTENT: 510.2.2 510.2.2 Combustible fibers. Equipment or machinery within a building that generates or emits combustible fibers shall be provide d with an approved dust - collecting and exhaust system. Such systems shall comply with this code and the New York City Fire Code . [CONT.]: 510.2.2 Combustible fibers. Equipment or machinery within a building that generates or emits combustible fibers shall be provide d with an approved dust - collecting and exhaust system. Such systems shall comply with this code and the New York City Fire Code . [CONT.]: 510.2.2 Combustible fibers. Equipment or machinery within a building that generates or emits combustible fibers shall be provide d with an approved dust - collecting and exhaust system. Such systems shall comply with this code and the New York City Fire Code . [CONT.]: 510.2.2 Combustible fibers. Equipment or machinery within a building that generates or emits combustible fibers shall be provide d with an approved dust - collecting and exhaust system. Such systems shall comply with this code and the New York City Fire Code . [CONT.]: 510.2.2 Combustible fibers. Equipment or machinery within a building that generates or emits combustible fibers shall be provide d with an approved dust - collecting and exhaust system. Such systems shall comply with this code and the New York City Fire Code . [CONT.]: 510.2.2 Combustible fibers. Equipment or machinery within a building that generates or emits combustible fibers shall be provide d with an approved dust - collecting and exhaust system. Such systems shall comply with this code and the New York City Fire Code . [CONT.]: 510.2.2 Combustible fibers. Equipment or machinery within a building that generates or emits combustible fibers shall be provide d with an approved dust - collecting and exhaust system. Such systems shall comply with this code and the New York City Fire Code .",
    "metadata": {
      "section_full": "510.2.2",
      "parent_major": "510",
      "parent_minor": "510.2",
      "source": "029.txt"
    }
  },
  {
    "id": "510.3",
    "text": "CONTEXT: 510 > 510.3 | CONTENT: 510.3 510.3 Design and operation. The design and operation of the exhaust system shall be such that flammable contaminants are dilute d in noncontaminated air to maintain concentrations in the exhaust flow below 25 percent of the contaminant\u2019s lower flammability limit. [CONT.]: 510.3 Design and operation. The design and operation of the exhaust system shall be such that flammable contaminants are dilute d in noncontaminated air to maintain concentrations in the exhaust flow below 25 percent of the contaminant\u2019s lower flammability limit. [CONT.]: 510.3 Design and operation. The design and operation of the exhaust system shall be such that flammable contaminants are dilute d in noncontaminated air to maintain concentrations in the exhaust flow below 25 percent of the contaminant\u2019s lower flammability limit. [CONT.]: 510.3 Design and operation. The design and operation of the exhaust system shall be such that flammable contaminants are dilute d in noncontaminated air to maintain concentrations in the exhaust flow below 25 percent of the contaminant\u2019s lower flammability limit. [CONT.]: 510.3 Design and operation. The design and operation of the exhaust system shall be such that flammable contaminants are dilute d in noncontaminated air to maintain concentrations in the exhaust flow below 25 percent of the contaminant\u2019s lower flammability limit. [CONT.]: 510.3 Design and operation. The design and operation of the exhaust system shall be such that flammable contaminants are dilute d in noncontaminated air to maintain concentrations in the exhaust flow below 25 percent of the contaminant\u2019s lower flammability limit. [CONT.]: 510.3 Design and operation. The design and operation of the exhaust system shall be such that flammable contaminants are dilute d in noncontaminated air to maintain concentrations in the exhaust flow below 25 percent of the contaminant\u2019s lower flammability limit.",
    "metadata": {
      "section_full": "510.3",
      "parent_major": "510",
      "parent_minor": "510.3",
      "source": "029.txt"
    }
  },
  {
    "id": "510.4",
    "text": "CONTEXT: 510 > 510.4 | CONTENT: 510.4 510.4 Independent system. Hazardous exhaust systems shall be independent of other types of exhaust systems. [CONT.]: 510.4 Independent system. Hazardous exhaust systems shall be independent of other types of exhaust systems. [CONT.]: 510.4 Independent system. Hazardous exhaust systems shall be independent of other types of exhaust systems. [CONT.]: 510.4 Independent system. Hazardous exhaust systems shall be independent of other types of exhaust systems. [CONT.]: 510.4 Independent system. Hazardous exhaust systems shall be independent of other types of exhaust systems. [CONT.]: 510.4 Independent system. Hazardous exhaust systems shall be independent of other types of exhaust systems. [CONT.]: 510.4 Independent system. Hazardous exhaust systems shall be independent of other types of exhaust systems.",
    "metadata": {
      "section_full": "510.4",
      "parent_major": "510",
      "parent_minor": "510.4",
      "source": "029.txt"
    }
  },
  {
    "id": "510.5",
    "text": "CONTEXT: 510 > 510.5 | CONTENT: 510.5 510.5 Incomp atible materials and common shafts. Incompatible materials, as defined in the New York City Fire Code, shall not be exhausted through the same hazardous exhaust system. Hazardous exhaust systems shall not share common shafts with other duct systems, except where such systems are hazardous exhaust systems originating in the same fire area. Exception: The provisions of this section shall not apply to laboratory exhaust systems where all of the following conditions apply: 1. All of the hazardous exhaust ductwo rk and other laboratory exhaust within both the occupied space and the shafts are under negative pressure while in operation. 2. The hazardous exhaust ductwork manifolded together within the occupied space must originate within the same fire area. 3. Hazar dous exhaust ductwork originating in different fire areas and manifolded together in a common shaft shall use steel sub - ducts in accordance with Chapter 6. EXHAUST SYSTEMS 4. Each control branch has a flow regulating device. 5. Perchloric acid hoods and connected exhaust shall be prohibited from manifolding. 6. Radioisotope hoods are equipped with filtration, carbon beds, or both where required by the registered design professional. 7. Biological safety cabinets are filtered. 8. Each hazardous exhaust duct system s hall be served by redundant exhaust fans that comply with either of the following: 8.1. The fans shall operate simultaneously in parallel and each fan shall be individually capable of providing the required exhaust rate. 8.2. Each of the redundant fans is controlled so as to operate when the other fan has failed or is shut down for servicing. [CONT.]: 510.5 Incomp atible materials and common shafts. Incompatible materials, as defined in the New York City Fire Code, shall not be exhausted through the same hazardous exhaust system. Hazardous exhaust systems shall not share common shafts with other duct systems, except where such systems are hazardous exhaust systems originating in the same fire area. Exception: The provisions of this section shall not apply to laboratory exhaust systems where all of the following conditions apply: 1. All of the hazardous exhaust ductwo rk and other laboratory exhaust within both the occupied space and the shafts are under negative pressure while in operation. 2. The hazardous exhaust ductwork manifolded together within the occupied space must originate within the same fire area. 3. Hazar dous exhaust ductwork originating in different fire areas and manifolded together in a common shaft shall use steel sub - ducts in accordance with Chapter 6. EXHAUST SYSTEMS 4. Each control branch has a flow regulating device. 5. Perchloric acid hoods and connected exhaust shall be prohibited from manifolding. 6. Radioisotope hoods are equipped with filtration, carbon beds, or both where required by the registered design professional. 7. Biological safety cabinets are filtered. 8. Each hazardous exhaust duct system s hall be served by redundant exhaust fans that comply with either of the following: 8.1. The fans shall operate simultaneously in parallel and each fan shall be individually capable of providing the required exhaust rate. 8.2. Each of the redundant fans is controlled so as to operate when the other fan has failed or is shut down for servicing. [CONT.]: 510.5 Incomp atible materials and common shafts. Incompatible materials, as defined in the New York City Fire Code, shall not be exhausted through the same hazardous exhaust system. Hazardous exhaust systems shall not share common shafts with other duct systems, except where such systems are hazardous exhaust systems originating in the same fire area. Exception: The provisions of this section shall not apply to laboratory exhaust systems where all of the following conditions apply: 1. All of the hazardous exhaust ductwo rk and other laboratory exhaust within both the occupied space and the shafts are under negative pressure while in operation. 2. The hazardous exhaust ductwork manifolded together within the occupied space must originate within the same fire area. 3. Hazar dous exhaust ductwork originating in different fire areas and manifolded together in a common shaft shall use steel sub - ducts in accordance with Chapter 6. EXHAUST SYSTEMS 4. Each control branch has a flow regulating device. 5. Perchloric acid hoods and connected exhaust shall be prohibited from manifolding. 6. Radioisotope hoods are equipped with filtration, carbon beds, or both where required by the registered design professional. 7. Biological safety cabinets are filtered. 8. Each hazardous exhaust duct system s hall be served by redundant exhaust fans that comply with either of the following: 8.1. The fans shall operate simultaneously in parallel and each fan shall be individually capable of providing the required exhaust rate. 8.2. Each of the redundant fans is controlled so as to operate when the other fan has failed or is shut down for servicing. [CONT.]: 510.5 Incomp atible materials and common shafts. Incompatible materials, as defined in the New York City Fire Code, shall not be exhausted through the same hazardous exhaust system. Hazardous exhaust systems shall not share common shafts with other duct systems, except where such systems are hazardous exhaust systems originating in the same fire area. Exception: The provisions of this section shall not apply to laboratory exhaust systems where all of the following conditions apply: 1. All of the hazardous exhaust ductwo rk and other laboratory exhaust within both the occupied space and the shafts are under negative pressure while in operation. 2. The hazardous exhaust ductwork manifolded together within the occupied space must originate within the same fire area. 3. Hazar dous exhaust ductwork originating in different fire areas and manifolded together in a common shaft shall use steel sub - ducts in accordance with Chapter 6. EXHAUST SYSTEMS 4. Each control branch has a flow regulating device. 5. Perchloric acid hoods and connected exhaust shall be prohibited from manifolding. 6. Radioisotope hoods are equipped with filtration, carbon beds, or both where required by the registered design professional. 7. Biological safety cabinets are filtered. 8. Each hazardous exhaust duct system s hall be served by redundant exhaust fans that comply with either of the following: 8.1. The fans shall operate simultaneously in parallel and each fan shall be individually capable of providing the required exhaust rate. 8.2. Each of the redundant fans is controlled so as to operate when the other fan has failed or is shut down for servicing. [CONT.]: 510.5 Incomp atible materials and common shafts. Incompatible materials, as defined in the New York City Fire Code, shall not be exhausted through the same hazardous exhaust system. Hazardous exhaust systems shall not share common shafts with other duct systems, except where such systems are hazardous exhaust systems originating in the same fire area. Exception: The provisions of this section shall not apply to laboratory exhaust systems where all of the following conditions apply: 1. All of the hazardous exhaust ductwo rk and other laboratory exhaust within both the occupied space and the shafts are under negative pressure while in operation. 2. The hazardous exhaust ductwork manifolded together within the occupied space must originate within the same fire area. 3. Hazar dous exhaust ductwork originating in different fire areas and manifolded together in a common shaft shall use steel sub - ducts in accordance with Chapter 6. EXHAUST SYSTEMS 4. Each control branch has a flow regulating device. 5. Perchloric acid hoods and connected exhaust shall be prohibited from manifolding. 6. Radioisotope hoods are equipped with filtration, carbon beds, or both where required by the registered design professional. 7. Biological safety cabinets are filtered. 8. Each hazardous exhaust duct system s hall be served by redundant exhaust fans that comply with either of the following: 8.1. The fans shall operate simultaneously in parallel and each fan shall be individually capable of providing the required exhaust rate. 8.2. Each of the redundant fans is controlled so as to operate when the other fan has failed or is shut down for servicing. [CONT.]: 510.5 Incomp atible materials and common shafts. Incompatible materials, as defined in the New York City Fire Code, shall not be exhausted through the same hazardous exhaust system. Hazardous exhaust systems shall not share common shafts with other duct systems, except where such systems are hazardous exhaust systems originating in the same fire area. Exception: The provisions of this section shall not apply to laboratory exhaust systems where all of the following conditions apply: 1. All of the hazardous exhaust ductwo rk and other laboratory exhaust within both the occupied space and the shafts are under negative pressure while in operation. 2. The hazardous exhaust ductwork manifolded together within the occupied space must originate within the same fire area. 3. Hazar dous exhaust ductwork originating in different fire areas and manifolded together in a common shaft shall use steel sub - ducts in accordance with Chapter 6. EXHAUST SYSTEMS 4. Each control branch has a flow regulating device. 5. Perchloric acid hoods and connected exhaust shall be prohibited from manifolding. 6. Radioisotope hoods are equipped with filtration, carbon beds, or both where required by the registered design professional. 7. Biological safety cabinets are filtered. 8. Each hazardous exhaust duct system s hall be served by redundant exhaust fans that comply with either of the following: 8.1. The fans shall operate simultaneously in parallel and each fan shall be individually capable of providing the required exhaust rate. 8.2. Each of the redundant fans is controlled so as to operate when the other fan has failed or is shut down for servicing. [CONT.]: 510.5 Incomp atible materials and common shafts. Incompatible materials, as defined in the New York City Fire Code, shall not be exhausted through the same hazardous exhaust system. Hazardous exhaust systems shall not share common shafts with other duct systems, except where such systems are hazardous exhaust systems originating in the same fire area. Exception: The provisions of this section shall not apply to laboratory exhaust systems where all of the following conditions apply: 1. All of the hazardous exhaust ductwo rk and other laboratory exhaust within both the occupied space and the shafts are under negative pressure while in operation. 2. The hazardous exhaust ductwork manifolded together within the occupied space must originate within the same fire area. 3. Hazar dous exhaust ductwork originating in different fire areas and manifolded together in a common shaft shall use steel sub - ducts in accordance with Chapter 6. EXHAUST SYSTEMS 4. Each control branch has a flow regulating device. 5. Perchloric acid hoods and connected exhaust shall be prohibited from manifolding. 6. Radioisotope hoods are equipped with filtration, carbon beds, or both where required by the registered design professional. 7. Biological safety cabinets are filtered. 8. Each hazardous exhaust duct system s hall be served by redundant exhaust fans that comply with either of the following: 8.1. The fans shall operate simultaneously in parallel and each fan shall be individually capable of providing the required exhaust rate. 8.2. Each of the redundant fans is controlled so as to operate when the other fan has failed or is shut down for servicing.",
    "metadata": {
      "section_full": "510.5",
      "parent_major": "510",
      "parent_minor": "510.5",
      "source": "029.txt"
    }
  },
  {
    "id": "510.6",
    "text": "CONTEXT: 510 > 510.6 | CONTENT: 510.6 510.6 Design. Systems for removal of vapors, gases and smoke shall be designed by the constant velocity or equal friction methods. Systems conveying particulate matter shall be designed employing the constant velocity method. [CONT.]: 510.6 Design. Systems for removal of vapors, gases and smoke shall be designed by the constant velocity or equal friction methods. Systems conveying particulate matter shall be designed employing the constant velocity method. [CONT.]: 510.6 Design. Systems for removal of vapors, gases and smoke shall be designed by the constant velocity or equal friction methods. Systems conveying particulate matter shall be designed employing the constant velocity method. [CONT.]: 510.6 Design. Systems for removal of vapors, gases and smoke shall be designed by the constant velocity or equal friction methods. Systems conveying particulate matter shall be designed employing the constant velocity method. [CONT.]: 510.6 Design. Systems for removal of vapors, gases and smoke shall be designed by the constant velocity or equal friction methods. Systems conveying particulate matter shall be designed employing the constant velocity method. [CONT.]: 510.6 Design. Systems for removal of vapors, gases and smoke shall be designed by the constant velocity or equal friction methods. Systems conveying particulate matter shall be designed employing the constant velocity method. [CONT.]: 510.6 Design. Systems for removal of vapors, gases and smoke shall be designed by the constant velocity or equal friction methods. Systems conveying particulate matter shall be designed employing the constant velocity method.",
    "metadata": {
      "section_full": "510.6",
      "parent_major": "510",
      "parent_minor": "510.6",
      "source": "029.txt"
    }
  },
  {
    "id": "510.6.1",
    "text": "CONTEXT: 510 > 510.6 | CONTENT: 510.6.1 510.6.1 Balancing. Systems conveying explosive or radioactive materials shall be prebalanced by duct sizing. Other systems shall be balanced by duct sizing with balancing devices, such as dampers. Dampers provided to balance air flow shall be provided with securely fixed minimum - position blocking devices to prevent restricting flow below the required volume or velocity. [CONT.]: 510.6.1 Balancing. Systems conveying explosive or radioactive materials shall be prebalanced by duct sizing. Other systems shall be balanced by duct sizing with balancing devices, such as dampers. Dampers provided to balance air flow shall be provided with securely fixed minimum - position blocking devices to prevent restricting flow below the required volume or velocity. [CONT.]: 510.6.1 Balancing. Systems conveying explosive or radioactive materials shall be prebalanced by duct sizing. Other systems shall be balanced by duct sizing with balancing devices, such as dampers. Dampers provided to balance air flow shall be provided with securely fixed minimum - position blocking devices to prevent restricting flow below the required volume or velocity. [CONT.]: 510.6.1 Balancing. Systems conveying explosive or radioactive materials shall be prebalanced by duct sizing. Other systems shall be balanced by duct sizing with balancing devices, such as dampers. Dampers provided to balance air flow shall be provided with securely fixed minimum - position blocking devices to prevent restricting flow below the required volume or velocity. [CONT.]: 510.6.1 Balancing. Systems conveying explosive or radioactive materials shall be prebalanced by duct sizing. Other systems shall be balanced by duct sizing with balancing devices, such as dampers. Dampers provided to balance air flow shall be provided with securely fixed minimum - position blocking devices to prevent restricting flow below the required volume or velocity. [CONT.]: 510.6.1 Balancing. Systems conveying explosive or radioactive materials shall be prebalanced by duct sizing. Other systems shall be balanced by duct sizing with balancing devices, such as dampers. Dampers provided to balance air flow shall be provided with securely fixed minimum - position blocking devices to prevent restricting flow below the required volume or velocity. [CONT.]: 510.6.1 Balancing. Systems conveying explosive or radioactive materials shall be prebalanced by duct sizing. Other systems shall be balanced by duct sizing with balancing devices, such as dampers. Dampers provided to balance air flow shall be provided with securely fixed minimum - position blocking devices to prevent restricting flow below the required volume or velocity.",
    "metadata": {
      "section_full": "510.6.1",
      "parent_major": "510",
      "parent_minor": "510.6",
      "source": "029.txt"
    }
  },
  {
    "id": "510.6.2",
    "text": "CONTEXT: 510 > 510.6 | CONTENT: 510.6.2 510.6.2 Emission control. The design of the system shall be such that the emissi ons are confined to the area in which they are generated by air currents, hoods or enclosures and shall be exhausted by a duct system to a safe location or treated by removing contaminants. [CONT.]: 510.6.2 Emission control. The design of the system shall be such that the emissi ons are confined to the area in which they are generated by air currents, hoods or enclosures and shall be exhausted by a duct system to a safe location or treated by removing contaminants. [CONT.]: 510.6.2 Emission control. The design of the system shall be such that the emissi ons are confined to the area in which they are generated by air currents, hoods or enclosures and shall be exhausted by a duct system to a safe location or treated by removing contaminants. [CONT.]: 510.6.2 Emission control. The design of the system shall be such that the emissi ons are confined to the area in which they are generated by air currents, hoods or enclosures and shall be exhausted by a duct system to a safe location or treated by removing contaminants. [CONT.]: 510.6.2 Emission control. The design of the system shall be such that the emissi ons are confined to the area in which they are generated by air currents, hoods or enclosures and shall be exhausted by a duct system to a safe location or treated by removing contaminants. [CONT.]: 510.6.2 Emission control. The design of the system shall be such that the emissi ons are confined to the area in which they are generated by air currents, hoods or enclosures and shall be exhausted by a duct system to a safe location or treated by removing contaminants. [CONT.]: 510.6.2 Emission control. The design of the system shall be such that the emissi ons are confined to the area in which they are generated by air currents, hoods or enclosures and shall be exhausted by a duct system to a safe location or treated by removing contaminants.",
    "metadata": {
      "section_full": "510.6.2",
      "parent_major": "510",
      "parent_minor": "510.6",
      "source": "029.txt"
    }
  },
  {
    "id": "510.6.3",
    "text": "CONTEXT: 510 > 510.6 | CONTENT: 510.6.3 510.6.3 Hoods required. Hoods or enclosures shall be used where co ntaminants originate in a limited area of a space. The design of the hood or enclosure shall be such that air currents created by the exhaust systems will capture the contaminants and transport them directly to the exhaust duct. [CONT.]: 510.6.3 Hoods required. Hoods or enclosures shall be used where co ntaminants originate in a limited area of a space. The design of the hood or enclosure shall be such that air currents created by the exhaust systems will capture the contaminants and transport them directly to the exhaust duct. [CONT.]: 510.6.3 Hoods required. Hoods or enclosures shall be used where co ntaminants originate in a limited area of a space. The design of the hood or enclosure shall be such that air currents created by the exhaust systems will capture the contaminants and transport them directly to the exhaust duct. [CONT.]: 510.6.3 Hoods required. Hoods or enclosures shall be used where co ntaminants originate in a limited area of a space. The design of the hood or enclosure shall be such that air currents created by the exhaust systems will capture the contaminants and transport them directly to the exhaust duct. [CONT.]: 510.6.3 Hoods required. Hoods or enclosures shall be used where co ntaminants originate in a limited area of a space. The design of the hood or enclosure shall be such that air currents created by the exhaust systems will capture the contaminants and transport them directly to the exhaust duct. [CONT.]: 510.6.3 Hoods required. Hoods or enclosures shall be used where co ntaminants originate in a limited area of a space. The design of the hood or enclosure shall be such that air currents created by the exhaust systems will capture the contaminants and transport them directly to the exhaust duct. [CONT.]: 510.6.3 Hoods required. Hoods or enclosures shall be used where co ntaminants originate in a limited area of a space. The design of the hood or enclosure shall be such that air currents created by the exhaust systems will capture the contaminants and transport them directly to the exhaust duct.",
    "metadata": {
      "section_full": "510.6.3",
      "parent_major": "510",
      "parent_minor": "510.6",
      "source": "029.txt"
    }
  },
  {
    "id": "510.6.4",
    "text": "CONTEXT: 510 > 510.6 | CONTENT: 510.6.4 510.6.4 Contaminant capture and dilution. The velocity and circulation of air in work areas shall be such that contaminants are captured by an airstream at the area where the emissions are generated and conveyed into a product - conveying duct system. Contaminated air from work areas where hazardous contaminants are generated shall be diluted below the thresholds specified in Section 510.2 with air that does not contain other hazardous contaminants. [CONT.]: 510.6.4 Contaminant capture and dilution. The velocity and circulation of air in work areas shall be such that contaminants are captured by an airstream at the area where the emissions are generated and conveyed into a product - conveying duct system. Contaminated air from work areas where hazardous contaminants are generated shall be diluted below the thresholds specified in Section 510.2 with air that does not contain other hazardous contaminants. [CONT.]: 510.6.4 Contaminant capture and dilution. The velocity and circulation of air in work areas shall be such that contaminants are captured by an airstream at the area where the emissions are generated and conveyed into a product - conveying duct system. Contaminated air from work areas where hazardous contaminants are generated shall be diluted below the thresholds specified in Section 510.2 with air that does not contain other hazardous contaminants. [CONT.]: 510.6.4 Contaminant capture and dilution. The velocity and circulation of air in work areas shall be such that contaminants are captured by an airstream at the area where the emissions are generated and conveyed into a product - conveying duct system. Contaminated air from work areas where hazardous contaminants are generated shall be diluted below the thresholds specified in Section 510.2 with air that does not contain other hazardous contaminants. [CONT.]: 510.6.4 Contaminant capture and dilution. The velocity and circulation of air in work areas shall be such that contaminants are captured by an airstream at the area where the emissions are generated and conveyed into a product - conveying duct system. Contaminated air from work areas where hazardous contaminants are generated shall be diluted below the thresholds specified in Section 510.2 with air that does not contain other hazardous contaminants. [CONT.]: 510.6.4 Contaminant capture and dilution. The velocity and circulation of air in work areas shall be such that contaminants are captured by an airstream at the area where the emissions are generated and conveyed into a product - conveying duct system. Contaminated air from work areas where hazardous contaminants are generated shall be diluted below the thresholds specified in Section 510.2 with air that does not contain other hazardous contaminants. [CONT.]: 510.6.4 Contaminant capture and dilution. The velocity and circulation of air in work areas shall be such that contaminants are captured by an airstream at the area where the emissions are generated and conveyed into a product - conveying duct system. Contaminated air from work areas where hazardous contaminants are generated shall be diluted below the thresholds specified in Section 510.2 with air that does not contain other hazardous contaminants.",
    "metadata": {
      "section_full": "510.6.4",
      "parent_major": "510",
      "parent_minor": "510.6",
      "source": "029.txt"
    }
  },
  {
    "id": "510.6.5",
    "text": "CONTEXT: 510 > 510.6 | CONTENT: 510.6.5 510.6.5 Makeup air. Makeup air shall be provided at a rate approximately equal to the r ate that air is exhausted by the hazardous exhaust system. Makeup air intakes shall be located in accordance with Section 401.4. [CONT.]: 510.6.5 Makeup air. Makeup air shall be provided at a rate approximately equal to the r ate that air is exhausted by the hazardous exhaust system. Makeup air intakes shall be located in accordance with Section 401.4. [CONT.]: 510.6.5 Makeup air. Makeup air shall be provided at a rate approximately equal to the r ate that air is exhausted by the hazardous exhaust system. Makeup air intakes shall be located in accordance with Section 401.4. [CONT.]: 510.6.5 Makeup air. Makeup air shall be provided at a rate approximately equal to the r ate that air is exhausted by the hazardous exhaust system. Makeup air intakes shall be located in accordance with Section 401.4. [CONT.]: 510.6.5 Makeup air. Makeup air shall be provided at a rate approximately equal to the r ate that air is exhausted by the hazardous exhaust system. Makeup air intakes shall be located in accordance with Section 401.4. [CONT.]: 510.6.5 Makeup air. Makeup air shall be provided at a rate approximately equal to the r ate that air is exhausted by the hazardous exhaust system. Makeup air intakes shall be located in accordance with Section 401.4. [CONT.]: 510.6.5 Makeup air. Makeup air shall be provided at a rate approximately equal to the r ate that air is exhausted by the hazardous exhaust system. Makeup air intakes shall be located in accordance with Section 401.4.",
    "metadata": {
      "section_full": "510.6.5",
      "parent_major": "510",
      "parent_minor": "510.6",
      "source": "029.txt"
    }
  },
  {
    "id": "510.6.6",
    "text": "CONTEXT: 510 > 510.6 | CONTENT: 510.6.6 510.6.6 Clearances. The minimum clearance between hoods and combustible construction shall be the clearance required by the duc t system. [CONT.]: 510.6.6 Clearances. The minimum clearance between hoods and combustible construction shall be the clearance required by the duc t system. [CONT.]: 510.6.6 Clearances. The minimum clearance between hoods and combustible construction shall be the clearance required by the duc t system. [CONT.]: 510.6.6 Clearances. The minimum clearance between hoods and combustible construction shall be the clearance required by the duc t system. [CONT.]: 510.6.6 Clearances. The minimum clearance between hoods and combustible construction shall be the clearance required by the duc t system. [CONT.]: 510.6.6 Clearances. The minimum clearance between hoods and combustible construction shall be the clearance required by the duc t system. [CONT.]: 510.6.6 Clearances. The minimum clearance between hoods and combustible construction shall be the clearance required by the duc t system.",
    "metadata": {
      "section_full": "510.6.6",
      "parent_major": "510",
      "parent_minor": "510.6",
      "source": "029.txt"
    }
  },
  {
    "id": "510.6.7",
    "text": "CONTEXT: 510 > 510.6 | CONTENT: 510.6.7 510.6.7 Ducts. Hazardous exhaust duct systems shall extend directly to the exterior of the building and shall not extend into or through ducts and plenums. [CONT.]: 510.6.7 Ducts. Hazardous exhaust duct systems shall extend directly to the exterior of the building and shall not extend into or through ducts and plenums. [CONT.]: 510.6.7 Ducts. Hazardous exhaust duct systems shall extend directly to the exterior of the building and shall not extend into or through ducts and plenums. [CONT.]: 510.6.7 Ducts. Hazardous exhaust duct systems shall extend directly to the exterior of the building and shall not extend into or through ducts and plenums. [CONT.]: 510.6.7 Ducts. Hazardous exhaust duct systems shall extend directly to the exterior of the building and shall not extend into or through ducts and plenums. [CONT.]: 510.6.7 Ducts. Hazardous exhaust duct systems shall extend directly to the exterior of the building and shall not extend into or through ducts and plenums. [CONT.]: 510.6.7 Ducts. Hazardous exhaust duct systems shall extend directly to the exterior of the building and shall not extend into or through ducts and plenums.",
    "metadata": {
      "section_full": "510.6.7",
      "parent_major": "510",
      "parent_minor": "510.6",
      "source": "029.txt"
    }
  },
  {
    "id": "510.7",
    "text": "CONTEXT: 510 > 510.7 | CONTENT: 510.7 510.7 Penetrations. Penetrations of structural elements by a hazardous exhaust system shal l conform to Sections [CONT.]: 510.7 Penetrations. Penetrations of structural elements by a hazardous exhaust system shal l conform to Sections [CONT.]: 510.7 Penetrations. Penetrations of structural elements by a hazardous exhaust system shal l conform to Sections [CONT.]: 510.7 Penetrations. Penetrations of structural elements by a hazardous exhaust system shal l conform to Sections [CONT.]: 510.7 Penetrations. Penetrations of structural elements by a hazardous exhaust system shal l conform to Sections [CONT.]: 510.7 Penetrations. Penetrations of structural elements by a hazardous exhaust system shal l conform to Sections [CONT.]: 510.7 Penetrations. Penetrations of structural elements by a hazardous exhaust system shal l conform to Sections",
    "metadata": {
      "section_full": "510.7",
      "parent_major": "510",
      "parent_minor": "510.7",
      "source": "029.txt"
    }
  },
  {
    "id": "510.7.1",
    "text": "CONTEXT: 510 > 510.7 | CONTENT: 510.7.1 510.7.1 Fire dampers and smoke dampers. Fire dampers and smoke dampers are prohibited in hazardous exhaust ducts. [CONT.]: 510.7.1 Fire dampers and smoke dampers. Fire dampers and smoke dampers are prohibited in hazardous exhaust ducts. [CONT.]: 510.7.1 Fire dampers and smoke dampers. Fire dampers and smoke dampers are prohibited in hazardous exhaust ducts. [CONT.]: 510.7.1 Fire dampers and smoke dampers. Fire dampers and smoke dampers are prohibited in hazardous exhaust ducts. [CONT.]: 510.7.1 Fire dampers and smoke dampers. Fire dampers and smoke dampers are prohibited in hazardous exhaust ducts. [CONT.]: 510.7.1 Fire dampers and smoke dampers. Fire dampers and smoke dampers are prohibited in hazardous exhaust ducts. [CONT.]: 510.7.1 Fire dampers and smoke dampers. Fire dampers and smoke dampers are prohibited in hazardous exhaust ducts.",
    "metadata": {
      "section_full": "510.7.1",
      "parent_major": "510",
      "parent_minor": "510.7",
      "source": "029.txt"
    }
  },
  {
    "id": "510.7.1.1",
    "text": "CONTEXT: 510 > 510.7 | CONTENT: 510.7.1.1 510.7.1.1 Shaft penetrations. Hazardous exhaust ducts that penetrate fire - resistance - rated shafts shall comply with Section 714.3.1 or 714.3.1.2 of the New York City Building Code . [CONT.]: 510.7.1.1 Shaft penetrations. Hazardous exhaust ducts that penetrate fire - resistance - rated shafts shall comply with Section 714.3.1 or 714.3.1.2 of the New York City Building Code . [CONT.]: 510.7.1.1 Shaft penetrations. Hazardous exhaust ducts that penetrate fire - resistance - rated shafts shall comply with Section 714.3.1 or 714.3.1.2 of the New York City Building Code . [CONT.]: 510.7.1.1 Shaft penetrations. Hazardous exhaust ducts that penetrate fire - resistance - rated shafts shall comply with Section 714.3.1 or 714.3.1.2 of the New York City Building Code . [CONT.]: 510.7.1.1 Shaft penetrations. Hazardous exhaust ducts that penetrate fire - resistance - rated shafts shall comply with Section 714.3.1 or 714.3.1.2 of the New York City Building Code . [CONT.]: 510.7.1.1 Shaft penetrations. Hazardous exhaust ducts that penetrate fire - resistance - rated shafts shall comply with Section 714.3.1 or 714.3.1.2 of the New York City Building Code . [CONT.]: 510.7.1.1 Shaft penetrations. Hazardous exhaust ducts that penetrate fire - resistance - rated shafts shall comply with Section 714.3.1 or 714.3.1.2 of the New York City Building Code .",
    "metadata": {
      "section_full": "510.7.1.1",
      "parent_major": "510",
      "parent_minor": "510.7",
      "source": "029.txt"
    }
  },
  {
    "id": "510.7.2",
    "text": "CONTEXT: 510 > 510.7 | CONTENT: 510.7.2 510.7.2 Floors. Hazardous exhaust systems that pen etrate a floor/ceiling assembly shall be enclosed in a fire - resistance - rated shaft constructed in accordance with the New York City Building Code. EXHAUST SYSTEMS the New York City Building Code shall be conta ined in a shaft of equivalent fire - resistance - rated construction. Exhaust ducts shall not penetrate fire walls. Fire dampers shall not be installed in exhaust ducts. [CONT.]: 510.7.2 Floors. Hazardous exhaust systems that pen etrate a floor/ceiling assembly shall be enclosed in a fire - resistance - rated shaft constructed in accordance with the New York City Building Code. EXHAUST SYSTEMS flammable limit (LFL). In all cases, the system shall shut down the fueling system in the event of failure of the ventilation system. 2. The ventilation rate shall be not less than 1 cubic foot per minute per 12 cubic feet (0.00138 m 3 /(s \u2022 m 3 )) of room volume. [CONT.]: 510.7.2 Floors. Hazardous exhaust systems that pen etrate a floor/ceiling assembly shall be enclosed in a fire - resistance - rated shaft constructed in accordance with the New York City Building Code. EXHAUST SYSTEMS [CONT.]: 510.7.2 Floors. Hazardous exhaust systems that pen etrate a floor/ceiling assembly shall be enclosed in a fire - resistance - rated shaft constructed in accordance with the New York City Building Code. EXHAUST SYSTEMS [CONT.]: 510.7.2 Floors. Hazardous exhaust systems that pen etrate a floor/ceiling assembly shall be enclosed in a fire - resistance - rated shaft constructed in accordance with the New York City Building Code. EXHAUST SYSTEMS [CONT.]: 510.7.2 Floors. Hazardous exhaust systems that pen etrate a floor/ceiling assembly shall be enclosed in a fire - resistance - rated shaft constructed in accordance with the New York City Building Code. EXHAUST SYSTEMS [CONT.]: 510.7.2 Floors. Hazardous exhaust systems that pen etrate a floor/ceiling assembly shall be enclosed in a fire - resistance - rated shaft constructed in accordance with the New York City Building Code. EXHAUST SYSTEMS",
    "metadata": {
      "section_full": "510.7.2",
      "parent_major": "510",
      "parent_minor": "510.7",
      "source": "029.txt"
    }
  },
  {
    "id": "510.7.3",
    "text": "CONTEXT: 510 > 510.7 | CONTENT: 510.7.3 510.7.3 Wall assemblies. Hazardous exhaust duct systems that penetrate fire - resistance - rated wall assemblies shall be enclosed in fire - resistance - rated construction from the point of penetration to the outlet terminal, except where the interior of the duct is equipped with an approved automatic fire suppression system. Ducts shall be enclosed in accordance with t he New York City Building Code requirements for shaft construction and such enclosure shall have a minimum fire - resistance rating of not less than the highest fire - resistance - rated wall assembly penetrated. [CONT.]: 510.7.3 Wall assemblies. Hazardous exhaust duct systems that penetrate fire - resistance - rated wall assemblies shall be enclosed in fire - resistance - rated construction from the point of penetration to the outlet terminal, except where the interior of the duct is equipped with an approved automatic fire suppression system. Ducts shall be enclosed in accordance with t he New York City Building Code requirements for shaft construction and such enclosure shall have a minimum fire - resistance rating of not less than the highest fire - resistance - rated wall assembly penetrated. [CONT.]: 510.7.3 Wall assemblies. Hazardous exhaust duct systems that penetrate fire - resistance - rated wall assemblies shall be enclosed in fire - resistance - rated construction from the point of penetration to the outlet terminal, except where the interior of the duct is equipped with an approved automatic fire suppression system. Ducts shall be enclosed in accordance with t he New York City Building Code requirements for shaft construction and such enclosure shall have a minimum fire - resistance rating of not less than the highest fire - resistance - rated wall assembly penetrated. [CONT.]: 510.7.3 Wall assemblies. Hazardous exhaust duct systems that penetrate fire - resistance - rated wall assemblies shall be enclosed in fire - resistance - rated construction from the point of penetration to the outlet terminal, except where the interior of the duct is equipped with an approved automatic fire suppression system. Ducts shall be enclosed in accordance with t he New York City Building Code requirements for shaft construction and such enclosure shall have a minimum fire - resistance rating of not less than the highest fire - resistance - rated wall assembly penetrated. [CONT.]: 510.7.3 Wall assemblies. Hazardous exhaust duct systems that penetrate fire - resistance - rated wall assemblies shall be enclosed in fire - resistance - rated construction from the point of penetration to the outlet terminal, except where the interior of the duct is equipped with an approved automatic fire suppression system. Ducts shall be enclosed in accordance with t he New York City Building Code requirements for shaft construction and such enclosure shall have a minimum fire - resistance rating of not less than the highest fire - resistance - rated wall assembly penetrated.",
    "metadata": {
      "section_full": "510.7.3",
      "parent_major": "510",
      "parent_minor": "510.7",
      "source": "029.txt"
    }
  },
  {
    "id": "510.8",
    "text": "CONTEXT: 510 > 510.8 | CONTENT: 510.8 510.8 Suppression required. Ducts shall be protected with an approved automatic fire suppression system installed in accordance with the New York City Building Code. Exceptions: 1. An approved automatic fire suppression system shall not be requir ed in ducts conveying materials, fumes, mists and vapors that are nonflammable and noncombustible under all conditions and at any concentrations. 2. Automatic fire suppression systems shall not be required in metallic and noncombustible, nonmetallic exhaus t ducts in semiconductor fabrication facilities. 3. An approved automatic fire suppression system shall not be required in ducts where the largest cross - sectional diameter of the duct is less than 10 inches (254 mm). 4. For laboratories, as defined in Sect ion 510.1, approved automatic fire suppression systems shall not be required in laboratory hoods or exhaust systems [CONT.]: 510.8 Suppression required. Ducts shall be protected with an approved automatic fire suppression system installed in accordance with the New York City Building Code. Exceptions: 1. An approved automatic fire suppression system shall not be requir ed in ducts conveying materials, fumes, mists and vapors that are nonflammable and noncombustible under all conditions and at any concentrations. 2. Automatic fire suppression systems shall not be required in metallic and noncombustible, nonmetallic exhaus t ducts in semiconductor fabrication facilities. 3. An approved automatic fire suppression system shall not be required in ducts where the largest cross - sectional diameter of the duct is less than 10 inches (254 mm). 4. For laboratories, as defined in Sect ion 510.1, approved automatic fire suppression systems shall not be required in laboratory hoods or exhaust systems [CONT.]: 510.8 Suppression required. Ducts shall be protected with an approved automatic fire suppression system installed in accordance with the New York City Building Code. Exceptions: 1. An approved automatic fire suppression system shall not be requir ed in ducts conveying materials, fumes, mists and vapors that are nonflammable and noncombustible under all conditions and at any concentrations. 2. Automatic fire suppression systems shall not be required in metallic and noncombustible, nonmetallic exhaus t ducts in semiconductor fabrication facilities. 3. An approved automatic fire suppression system shall not be required in ducts where the largest cross - sectional diameter of the duct is less than 10 inches (254 mm). 4. For laboratories, as defined in Sect ion 510.1, approved automatic fire suppression systems shall not be required in laboratory hoods or exhaust systems [CONT.]: 510.8 Suppression required. Ducts shall be protected with an approved automatic fire suppression system installed in accordance with the New York City Building Code. Exceptions: 1. An approved automatic fire suppression system shall not be requir ed in ducts conveying materials, fumes, mists and vapors that are nonflammable and noncombustible under all conditions and at any concentrations. 2. Automatic fire suppression systems shall not be required in metallic and noncombustible, nonmetallic exhaus t ducts in semiconductor fabrication facilities. 3. An approved automatic fire suppression system shall not be required in ducts where the largest cross - sectional diameter of the duct is less than 10 inches (254 mm). 4. For laboratories, as defined in Sect ion 510.1, approved automatic fire suppression systems shall not be required in laboratory hoods or exhaust systems [CONT.]: 510.8 Suppression required. Ducts shall be protected with an approved automatic fire suppression system installed in accordance with the New York City Building Code. Exceptions: 1. An approved automatic fire suppression system shall not be requir ed in ducts conveying materials, fumes, mists and vapors that are nonflammable and noncombustible under all conditions and at any concentrations. 2. Automatic fire suppression systems shall not be required in metallic and noncombustible, nonmetallic exhaus t ducts in semiconductor fabrication facilities. 3. An approved automatic fire suppression system shall not be required in ducts where the largest cross - sectional diameter of the duct is less than 10 inches (254 mm). 4. For laboratories, as defined in Sect ion 510.1, approved automatic fire suppression systems shall not be required in laboratory hoods or exhaust systems",
    "metadata": {
      "section_full": "510.8",
      "parent_major": "510",
      "parent_minor": "510.8",
      "source": "029.txt"
    }
  },
  {
    "id": "510.9",
    "text": "CONTEXT: 510 > 510.9 | CONTENT: 510.9 510.9 Duct construction. Ducts used to convey hazardous exhaust shall be constructed of materials approved for installation in such an exhaust system and shall comply with one of the following: 1. Ducts shall be constructed of approved G90 galvanized sheet steel, with a minimum nominal thickness as specified in Table 510.9. 2. Ducts used in systems exhausting nonflammable corrosive fumes or vapors shall be constructed of nonmetallic materials that exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 and that are listed and labeled the application. Where the products being exhausted are detrimental to the duct material, the ducts shall be constructed of alternative materials that are compatible with the exhaust. TABLE 510.9 MINIMUM DUCT THICKNESS DIAMETER OF DUCT OR MAXIMUM SIDE DIMENSION MINIMUM NOMINAL THIC KNESS Nonabrasive materials Nonabrasive/ abrasive materials Abrasive materials 0 \u2013 8 inches 0.028 inch (No. 24 gage) 0.034 inch (No. 22 gage) 0.040 inch (No. 20 gage) 9 \u2013 18 inches 0.034 inch (No. 22 gage) 0.040 inch (No. 20 gage) 0.052 inch (No. 18 gage) 19 \u2013 30 inches 0.040 inch (No. 20 gage) 0.052 inch (No. 18 gage) 0.064 inch (No. 16 gage) Over 30 inches 0.052 inch (No. 18 gage) 0.064 inch (No. 16 gage) 0.079 inch (No. 14 gage) For SI: 1 inch = 25.4 mm. [CONT.]: 510.9 Duct construction. Ducts used to convey hazardous exhaust shall be constructed of materials approved for installation in such an exhaust system and shall comply with one of the following: 1. Ducts shall be constructed of approved G90 galvanized sheet steel, with a minimum nominal thickness as specified in Table 510.9. 2. Ducts used in systems exhausting nonflammable corrosive fumes or vapors shall be constructed of nonmetallic materials that exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 and that are listed and labeled the application. Where the products being exhausted are detrimental to the duct material, the ducts shall be constructed of alternative materials that are compatible with the exhaust. TABLE 510.9 MINIMUM DUCT THICKNESS DIAMETER OF DUCT OR MAXIMUM SIDE DIMENSION MINIMUM NOMINAL THIC KNESS Nonabrasive materials Nonabrasive/ abrasive materials Abrasive materials 0 \u2013 8 inches 0.028 inch (No. 24 gage) 0.034 inch (No. 22 gage) 0.040 inch (No. 20 gage) 9 \u2013 18 inches 0.034 inch (No. 22 gage) 0.040 inch (No. 20 gage) 0.052 inch (No. 18 gage) 19 \u2013 30 inches 0.040 inch (No. 20 gage) 0.052 inch (No. 18 gage) 0.064 inch (No. 16 gage) Over 30 inches 0.052 inch (No. 18 gage) 0.064 inch (No. 16 gage) 0.079 inch (No. 14 gage) For SI: 1 inch = 25.4 mm. [CONT.]: 510.9 Duct construction. Ducts used to convey hazardous exhaust shall be constructed of materials approved for installation in such an exhaust system and shall comply with one of the following: 1. Ducts shall be constructed of approved G90 galvanized sheet steel, with a minimum nominal thickness as specified in Table 510.9. 2. Ducts used in systems exhausting nonflammable corrosive fumes or vapors shall be constructed of nonmetallic materials that exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 and that are listed and labeled the application. Where the products being exhausted are detrimental to the duct material, the ducts shall be constructed of alternative materials that are compatible with the exhaust. TABLE 510.9 MINIMUM DUCT THICKNESS DIAMETER OF DUCT OR MAXIMUM SIDE DIMENSION MINIMUM NOMINAL THIC KNESS Nonabrasive materials Nonabrasive/ abrasive materials Abrasive materials 0 \u2013 8 inches 0.028 inch (No. 24 gage) 0.034 inch (No. 22 gage) 0.040 inch (No. 20 gage) 9 \u2013 18 inches 0.034 inch (No. 22 gage) 0.040 inch (No. 20 gage) 0.052 inch (No. 18 gage) 19 \u2013 30 inches 0.040 inch (No. 20 gage) 0.052 inch (No. 18 gage) 0.064 inch (No. 16 gage) Over 30 inches 0.052 inch (No. 18 gage) 0.064 inch (No. 16 gage) 0.079 inch (No. 14 gage) For SI: 1 inch = 25.4 mm. [CONT.]: 510.9 Duct construction. Ducts used to convey hazardous exhaust shall be constructed of materials approved for installation in such an exhaust system and shall comply with one of the following: 1. Ducts shall be constructed of approved G90 galvanized sheet steel, with a minimum nominal thickness as specified in Table 510.9. 2. Ducts used in systems exhausting nonflammable corrosive fumes or vapors shall be constructed of nonmetallic materials that exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 and that are listed and labeled the application. Where the products being exhausted are detrimental to the duct material, the ducts shall be constructed of alternative materials that are compatible with the exhaust. TABLE 510.9 MINIMUM DUCT THICKNESS DIAMETER OF DUCT OR MAXIMUM SIDE DIMENSION MINIMUM NOMINAL THIC KNESS Nonabrasive materials Nonabrasive/ abrasive materials Abrasive materials 0 \u2013 8 inches 0.028 inch (No. 24 gage) 0.034 inch (No. 22 gage) 0.040 inch (No. 20 gage) 9 \u2013 18 inches 0.034 inch (No. 22 gage) 0.040 inch (No. 20 gage) 0.052 inch (No. 18 gage) 19 \u2013 30 inches 0.040 inch (No. 20 gage) 0.052 inch (No. 18 gage) 0.064 inch (No. 16 gage) Over 30 inches 0.052 inch (No. 18 gage) 0.064 inch (No. 16 gage) 0.079 inch (No. 14 gage) For SI: 1 inch = 25.4 mm. [CONT.]: 510.9 Duct construction. Ducts used to convey hazardous exhaust shall be constructed of materials approved for installation in such an exhaust system and shall comply with one of the following: 1. Ducts shall be constructed of approved G90 galvanized sheet steel, with a minimum nominal thickness as specified in Table 510.9. 2. Ducts used in systems exhausting nonflammable corrosive fumes or vapors shall be constructed of nonmetallic materials that exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 and that are listed and labeled the application. Where the products being exhausted are detrimental to the duct material, the ducts shall be constructed of alternative materials that are compatible with the exhaust. TABLE 510.9 MINIMUM DUCT THICKNESS DIAMETER OF DUCT OR MAXIMUM SIDE DIMENSION MINIMUM NOMINAL THIC KNESS Nonabrasive materials Nonabrasive/ abrasive materials Abrasive materials 0 \u2013 8 inches 0.028 inch (No. 24 gage) 0.034 inch (No. 22 gage) 0.040 inch (No. 20 gage) 9 \u2013 18 inches 0.034 inch (No. 22 gage) 0.040 inch (No. 20 gage) 0.052 inch (No. 18 gage) 19 \u2013 30 inches 0.040 inch (No. 20 gage) 0.052 inch (No. 18 gage) 0.064 inch (No. 16 gage) Over 30 inches 0.052 inch (No. 18 gage) 0.064 inch (No. 16 gage) 0.079 inch (No. 14 gage) For SI: 1 inch = 25.4 mm.",
    "metadata": {
      "section_full": "510.9",
      "parent_major": "510",
      "parent_minor": "510.9",
      "source": "029.txt"
    }
  },
  {
    "id": "510.9.1",
    "text": "CONTEXT: 510 > 510.9 | CONTENT: 510.9.1 510.9.1 Duct joints. Ducts shall be made ti ght with lap joints having a minimum lap of 1 inch (25.4 mm). Joints used in SMACNA/ANSI Round Industrial Duct Construction Standards and SMACNA/ANSI Rectangular Industrial Duct Construction Standards are also acceptable. EXHAUST SYSTEMS [CONT.]: 510.9.1 Duct joints. Ducts shall be made ti ght with lap joints having a minimum lap of 1 inch (25.4 mm). Joints used in SMACNA/ANSI Round Industrial Duct Construction Standards and SMACNA/ANSI Rectangular Industrial Duct Construction Standards are also acceptable. EXHAUST SYSTEMS [CONT.]: 510.9.1 Duct joints. Ducts shall be made ti ght with lap joints having a minimum lap of 1 inch (25.4 mm). Joints used in SMACNA/ANSI Round Industrial Duct Construction Standards and SMACNA/ANSI Rectangular Industrial Duct Construction Standards are also acceptable. EXHAUST SYSTEMS [CONT.]: 510.9.1 Duct joints. Ducts shall be made ti ght with lap joints having a minimum lap of 1 inch (25.4 mm). Joints used in SMACNA/ANSI Round Industrial Duct Construction Standards and SMACNA/ANSI Rectangular Industrial Duct Construction Standards are also acceptable. EXHAUST SYSTEMS [CONT.]: 510.9.1 Duct joints. Ducts shall be made ti ght with lap joints having a minimum lap of 1 inch (25.4 mm). Joints used in SMACNA/ANSI Round Industrial Duct Construction Standards and SMACNA/ANSI Rectangular Industrial Duct Construction Standards are also acceptable. EXHAUST SYSTEMS [CONT.]: 510.9.1 SMACNA/ANSI \u2014 2013 Round Industrial Duct Construction Standards ......................................................................................... [CONT.]: 510.9.1 SMACNA \u2014 2021 \u2021 Fibrous Glass Duct Construction Standards ................................................................................................ [CONT.]: 510.9.1 SMACNA/ANSI \u2014 2013 Round Industrial Duct Construction Standards ......................................................................................... [CONT.]: 510.9.1 SMACNA \u2014 2021 \u2021 Fibrous Glass Duct Construction Standards ................................................................................................",
    "metadata": {
      "section_full": "510.9.1",
      "parent_major": "510",
      "parent_minor": "510.9",
      "source": "029.txt"
    }
  },
  {
    "id": "510.9.2",
    "text": "CONTEXT: 510 > 510.9 | CONTENT: 510.9.2 510.9.2 Clearance to combustibles. Ducts shall have a clearance to combustibles in accordance with Table 510.9.2. Exhaust gases having temperatures in excess of 600\u00baF (316\u00baC) shall be exhausted to a chimney in accordance with Section 511.2. TABLE 510.9.2 C LEARANCE TO COMBUSTIBLES TYPE OF EXHAUST OR TEMPERATURE OF EXHAUST (\u00b0F ) CLEARANCE TO COMBUSTIBLES (inches) Less than 100 1 100 \u2013 600 12 Flammable vapors 6 For SI: 1 inch = 25.4 mm, \u00b0C = ((\u00b0F) \u2013 32)/1.8. [CONT.]: 510.9.2 Clearance to combustibles. Ducts shall have a clearance to combustibles in accordance with Table 510.9.2. Exhaust gases having temperatures in excess of 600\u00baF (316\u00baC) shall be exhausted to a chimney in accordance with Section 511.2. TABLE 510.9.2 C LEARANCE TO COMBUSTIBLES TYPE OF EXHAUST OR TEMPERATURE OF EXHAUST (\u00b0F ) CLEARANCE TO COMBUSTIBLES (inches) Less than 100 1 100 \u2013 600 12 Flammable vapors 6 For SI: 1 inch = 25.4 mm, \u00b0C = ((\u00b0F) \u2013 32)/1.8. [CONT.]: 510.9.2 Clearance to combustibles. Ducts shall have a clearance to combustibles in accordance with Table 510.9.2. Exhaust gases having temperatures in excess of 600\u00baF (316\u00baC) shall be exhausted to a chimney in accordance with Section 511.2. TABLE 510.9.2 C LEARANCE TO COMBUSTIBLES TYPE OF EXHAUST OR TEMPERATURE OF EXHAUST (\u00b0F ) CLEARANCE TO COMBUSTIBLES (inches) Less than 100 1 100 \u2013 600 12 Flammable vapors 6 For SI: 1 inch = 25.4 mm, \u00b0C = ((\u00b0F) \u2013 32)/1.8. [CONT.]: 510.9.2 Clearance to combustibles. Ducts shall have a clearance to combustibles in accordance with Table 510.9.2. Exhaust gases having temperatures in excess of 600\u00baF (316\u00baC) shall be exhausted to a chimney in accordance with Section 511.2. TABLE 510.9.2 C LEARANCE TO COMBUSTIBLES TYPE OF EXHAUST OR TEMPERATURE OF EXHAUST (\u00b0F ) CLEARANCE TO COMBUSTIBLES (inches) Less than 100 1 100 \u2013 600 12 Flammable vapors 6 For SI: 1 inch = 25.4 mm, \u00b0C = ((\u00b0F) \u2013 32)/1.8. [CONT.]: 510.9.2 Clearance to combustibles. Ducts shall have a clearance to combustibles in accordance with Table 510.9.2. Exhaust gases having temperatures in excess of 600\u00baF (316\u00baC) shall be exhausted to a chimney in accordance with Section 511.2. TABLE 510.9.2 C LEARANCE TO COMBUSTIBLES TYPE OF EXHAUST OR TEMPERATURE OF EXHAUST (\u00b0F ) CLEARANCE TO COMBUSTIBLES (inches) Less than 100 1 100 \u2013 600 12 Flammable vapors 6 For SI: 1 inch = 25.4 mm, \u00b0C = ((\u00b0F) \u2013 32)/1.8.",
    "metadata": {
      "section_full": "510.9.2",
      "parent_major": "510",
      "parent_minor": "510.9",
      "source": "029.txt"
    }
  },
  {
    "id": "510.9.3",
    "text": "CONTEXT: 510 > 510.9 | CONTENT: 510.9.3 510.9.3 Explosion relief. Systems exhausting potentially explosive mixtures shall be protected with an approved explosion relief system or by an approved explosion prevention system designed and installed in accordance with NFPA 69. An explosion relief sys tem shall be designed to minimize the structural and mechanical damage resulting from an explosion or deflagration within the exhaust system. An explosion prevention system shall be designed to prevent an explosion or deflagration from occurring. [CONT.]: 510.9.3 Explosion relief. Systems exhausting potentially explosive mixtures shall be protected with an approved explosion relief system or by an approved explosion prevention system designed and installed in accordance with NFPA 69. An explosion relief sys tem shall be designed to minimize the structural and mechanical damage resulting from an explosion or deflagration within the exhaust system. An explosion prevention system shall be designed to prevent an explosion or deflagration from occurring. [CONT.]: 510.9.3 Explosion relief. Systems exhausting potentially explosive mixtures shall be protected with an approved explosion relief system or by an approved explosion prevention system designed and installed in accordance with NFPA 69. An explosion relief sys tem shall be designed to minimize the structural and mechanical damage resulting from an explosion or deflagration within the exhaust system. An explosion prevention system shall be designed to prevent an explosion or deflagration from occurring. [CONT.]: 510.9.3 Explosion relief. Systems exhausting potentially explosive mixtures shall be protected with an approved explosion relief system or by an approved explosion prevention system designed and installed in accordance with NFPA 69. An explosion relief sys tem shall be designed to minimize the structural and mechanical damage resulting from an explosion or deflagration within the exhaust system. An explosion prevention system shall be designed to prevent an explosion or deflagration from occurring. [CONT.]: 510.9.3 Explosion relief. Systems exhausting potentially explosive mixtures shall be protected with an approved explosion relief system or by an approved explosion prevention system designed and installed in accordance with NFPA 69. An explosion relief sys tem shall be designed to minimize the structural and mechanical damage resulting from an explosion or deflagration within the exhaust system. An explosion prevention system shall be designed to prevent an explosion or deflagration from occurring. [CONT.]: 510.9.3 82 \u2014 14 Standard on Incinerators and Waste and Linen Handling Systems and Equipment ........................... 907.1, 601.1 85 \u2014 15 Boiler and Combustion Systems Hazards Code ............................................................. 1004.1, 1004.1.1, 1004.8 91 \u2014 15 Standard for Exhaust Systems for Air Conveying of Vapors, Gases, Mists, and Noncombustible Particulate Solids ................................................................................ 502.9.5.1, 502.17 96 \u2014 14 Standard for Ventilation Control and Fire Protection of Commercial Cooking Operations ......................... [CONT.]: 510.9.3 82 \u2014 14 Standard on Incinerators and Waste and Linen Handling Systems and Equipment ........................... 907.1, 601.1 85 \u2014 15 Boiler and Combustion Systems Hazards Code ............................................................. 1004.1, 1004.1.1, 1004.8 91 \u2014 15 Standard for Exhaust Systems for Air Conveying of Vapors, Gases, Mists, and Noncombustible Particulate Solids ................................................................................ 502.9.5.1, 502.17 96 \u2014 14 Standard for Ventilation Control and Fire Protection of Commercial Cooking Operations ......................... [CONT.]: 510.9.3 82 \u2014 14 Standard on Incinerators and Waste and Linen Handling Systems and Equipment ........................... 907.1, 601.1 85 \u2014 15 Boiler and Combustion Systems Hazards Code ............................................................. 1004.1, 1004.1.1, 1004.8 91 \u2014 15 Standard for Exhaust Systems for Air Conveying of Vapors, Gases, Mists, and Noncombustible Particulate Solids ................................................................................ 502.9.5.1, 502.17 96 \u2014 14 Standard for Ventilation Control and Fire Protection of Commercial Cooking Operations ......................... [CONT.]: 510.9.3 82 \u2014 14 Standard on Incinerators and Waste and Linen Handling Systems and Equipment ........................... 907.1, 601.1 85 \u2014 15 Boiler and Combustion Systems Hazards Code ............................................................. 1004.1, 1004.1.1, 1004.8 91 \u2014 15 Standard for Exhaust Systems for Air Conveying of Vapors, Gases, Mists, and Noncombustible Particulate Solids ................................................................................ 502.9.5.1, 502.17 96 \u2014 14 Standard for Ventilation Control and Fire Protection of Commercial Cooking Operations .........................",
    "metadata": {
      "section_full": "510.9.3",
      "parent_major": "510",
      "parent_minor": "510.9",
      "source": "029.txt"
    }
  },
  {
    "id": "510.10",
    "text": "CONTEXT: 510 > 510.10 | CONTENT: 510.10 510.10 Su pports. Ducts shall be supported at intervals not exceeding 10 feet (3048 mm). Supports shall be constructed of noncombustible material. SECTION MC 511 DUST, STOCK AND REFUSE CONVEYING SYSTEMS [CONT.]: 510.10 Su pports. Ducts shall be supported at intervals not exceeding 10 feet (3048 mm). Supports shall be constructed of noncombustible material. SECTION MC 511 DUST, STOCK AND REFUSE CONVEYING SYSTEMS [CONT.]: 510.10 Su pports. Ducts shall be supported at intervals not exceeding 10 feet (3048 mm). Supports shall be constructed of noncombustible material. SECTION MC 511 DUST, STOCK AND REFUSE CONVEYING SYSTEMS [CONT.]: 510.10 Su pports. Ducts shall be supported at intervals not exceeding 10 feet (3048 mm). Supports shall be constructed of noncombustible material. SECTION MC 511 DUST, STOCK AND REFUSE CONVEYING SYSTEMS [CONT.]: 510.10 Su pports. Ducts shall be supported at intervals not exceeding 10 feet (3048 mm). Supports shall be constructed of noncombustible material. SECTION MC 511 DUST, STOCK AND REFUSE CONVEYING SYSTEMS",
    "metadata": {
      "section_full": "510.10",
      "parent_major": "510",
      "parent_minor": "510.10",
      "source": "029.txt"
    }
  },
  {
    "id": "511.1",
    "text": "CONTEXT: 511 > 511.1 | CONTENT: 511.1 511.1 Dust, stock and refuse conveying systems. Dust, stock and refuse conveying systems shall comply with the provisions of Section 510 and Sections 511.1.1 through 511.2. [CONT.]: 511.1 Dust, stock and refuse conveying systems. Dust, stock and refuse conveying systems shall comply with the provisions of Section 510 and Sections 511.1.1 through 511.2. [CONT.]: 511.1 Dust, stock and refuse conveying systems. Dust, stock and refuse conveying systems shall comply with the provisions of Section 510 and Sections 511.1.1 through 511.2. [CONT.]: 511.1 Dust, stock and refuse conveying systems. Dust, stock and refuse conveying systems shall comply with the provisions of Section 510 and Sections 511.1.1 through 511.2. [CONT.]: 511.1 Dust, stock and refuse conveying systems. Dust, stock and refuse conveying systems shall comply with the provisions of Section 510 and Sections 511.1.1 through 511.2.",
    "metadata": {
      "section_full": "511.1",
      "parent_major": "511",
      "parent_minor": "511.1",
      "source": "029.txt"
    }
  },
  {
    "id": "511.1.1",
    "text": "CONTEXT: 511 > 511.1 | CONTENT: 511.1.1 511.1.1 Collectors and separators. Collectors and separators involving such systems as centrifugal separators, bag filter systems and similar devi ces, and associated supports shall be constructed of noncombustible materials and shall be located on the exterior of the building or structure. A collector or separator shall not be located nearer than 10 feet (3048 mm) to combustible construction or to a n unprotected wall or floor opening, unless the collector is provided with a metal vent pipe that extends above the highest part of any roof within a distance of 30 feet (9144 mm). Exceptions: 1. Where dust producing equipment requires an aggregate dust co llection flowrate less than 1,500 ft 3 per min (708 liters per second), collectors such as \u201cPoint of Use\u201d collectors, close extraction weld fume collectors, spray finishing booths, stationary grinding tables, sanding booths, and integrated or machine - mounte d collectors shall be permitted to be installed indoors provided the installation is in accordance with the New York City Fire Code and the New York City Electrical Code . 2. Collectors in independent exhaust systems handling combustible dusts shall be per mitted to be installed indoors provided that such collectors are installed in compliance with the New York City Fire Code and the New York City Electrical Code . [CONT.]: 511.1.1 Collectors and separators. Collectors and separators involving such systems as centrifugal separators, bag filter systems and similar devi ces, and associated supports shall be constructed of noncombustible materials and shall be located on the exterior of the building or structure. A collector or separator shall not be located nearer than 10 feet (3048 mm) to combustible construction or to a n unprotected wall or floor opening, unless the collector is provided with a metal vent pipe that extends above the highest part of any roof within a distance of 30 feet (9144 mm). Exceptions: 1. Where dust producing equipment requires an aggregate dust co llection flowrate less than 1,500 ft 3 per min (708 liters per second), collectors such as \u201cPoint of Use\u201d collectors, close extraction weld fume collectors, spray finishing booths, stationary grinding tables, sanding booths, and integrated or machine - mounte d collectors shall be permitted to be installed indoors provided the installation is in accordance with the New York City Fire Code and the New York City Electrical Code . 2. Collectors in independent exhaust systems handling combustible dusts shall be per mitted to be installed indoors provided that such collectors are installed in compliance with the New York City Fire Code and the New York City Electrical Code . [CONT.]: 511.1.1 Collectors and separators. Collectors and separators involving such systems as centrifugal separators, bag filter systems and similar devi ces, and associated supports shall be constructed of noncombustible materials and shall be located on the exterior of the building or structure. A collector or separator shall not be located nearer than 10 feet (3048 mm) to combustible construction or to a n unprotected wall or floor opening, unless the collector is provided with a metal vent pipe that extends above the highest part of any roof within a distance of 30 feet (9144 mm). Exceptions: 1. Where dust producing equipment requires an aggregate dust co llection flowrate less than 1,500 ft 3 per min (708 liters per second), collectors such as \u201cPoint of Use\u201d collectors, close extraction weld fume collectors, spray finishing booths, stationary grinding tables, sanding booths, and integrated or machine - mounte d collectors shall be permitted to be installed indoors provided the installation is in accordance with the New York City Fire Code and the New York City Electrical Code . 2. Collectors in independent exhaust systems handling combustible dusts shall be per mitted to be installed indoors provided that such collectors are installed in compliance with the New York City Fire Code and the New York City Electrical Code . [CONT.]: 511.1.1 Collectors and separators. Collectors and separators involving such systems as centrifugal separators, bag filter systems and similar devi ces, and associated supports shall be constructed of noncombustible materials and shall be located on the exterior of the building or structure. A collector or separator shall not be located nearer than 10 feet (3048 mm) to combustible construction or to a n unprotected wall or floor opening, unless the collector is provided with a metal vent pipe that extends above the highest part of any roof within a distance of 30 feet (9144 mm). Exceptions: 1. Where dust producing equipment requires an aggregate dust co llection flowrate less than 1,500 ft 3 per min (708 liters per second), collectors such as \u201cPoint of Use\u201d collectors, close extraction weld fume collectors, spray finishing booths, stationary grinding tables, sanding booths, and integrated or machine - mounte d collectors shall be permitted to be installed indoors provided the installation is in accordance with the New York City Fire Code and the New York City Electrical Code . 2. Collectors in independent exhaust systems handling combustible dusts shall be per mitted to be installed indoors provided that such collectors are installed in compliance with the New York City Fire Code and the New York City Electrical Code . [CONT.]: 511.1.1 Collectors and separators. Collectors and separators involving such systems as centrifugal separators, bag filter systems and similar devi ces, and associated supports shall be constructed of noncombustible materials and shall be located on the exterior of the building or structure. A collector or separator shall not be located nearer than 10 feet (3048 mm) to combustible construction or to a n unprotected wall or floor opening, unless the collector is provided with a metal vent pipe that extends above the highest part of any roof within a distance of 30 feet (9144 mm). Exceptions: 1. Where dust producing equipment requires an aggregate dust co llection flowrate less than 1,500 ft 3 per min (708 liters per second), collectors such as \u201cPoint of Use\u201d collectors, close extraction weld fume collectors, spray finishing booths, stationary grinding tables, sanding booths, and integrated or machine - mounte d collectors shall be permitted to be installed indoors provided the installation is in accordance with the New York City Fire Code and the New York City Electrical Code . 2. Collectors in independent exhaust systems handling combustible dusts shall be per mitted to be installed indoors provided that such collectors are installed in compliance with the New York City Fire Code and the New York City Electrical Code .",
    "metadata": {
      "section_full": "511.1.1",
      "parent_major": "511",
      "parent_minor": "511.1",
      "source": "029.txt"
    }
  },
  {
    "id": "511.1.2",
    "text": "CONTEXT: 511 > 511.1 | CONTENT: 511.1.2 511.1.2 Discharge pipe. Discharge piping shall conform to the requirements for ducts, including clearances required for high - heat appliances, as contained in this code. A delivery pipe from a centrifugal separator collector shall not convey refuse directly into the firebox of a boiler, furnace, dutch oven, refuse burner, incinerator or other applian ce. [CONT.]: 511.1.2 Discharge pipe. Discharge piping shall conform to the requirements for ducts, including clearances required for high - heat appliances, as contained in this code. A delivery pipe from a centrifugal separator collector shall not convey refuse directly into the firebox of a boiler, furnace, dutch oven, refuse burner, incinerator or other applian ce. [CONT.]: 511.1.2 Discharge pipe. Discharge piping shall conform to the requirements for ducts, including clearances required for high - heat appliances, as contained in this code. A delivery pipe from a centrifugal separator collector shall not convey refuse directly into the firebox of a boiler, furnace, dutch oven, refuse burner, incinerator or other applian ce. [CONT.]: 511.1.2 Discharge pipe. Discharge piping shall conform to the requirements for ducts, including clearances required for high - heat appliances, as contained in this code. A delivery pipe from a centrifugal separator collector shall not convey refuse directly into the firebox of a boiler, furnace, dutch oven, refuse burner, incinerator or other applian ce. [CONT.]: 511.1.2 Discharge pipe. Discharge piping shall conform to the requirements for ducts, including clearances required for high - heat appliances, as contained in this code. A delivery pipe from a centrifugal separator collector shall not convey refuse directly into the firebox of a boiler, furnace, dutch oven, refuse burner, incinerator or other applian ce.",
    "metadata": {
      "section_full": "511.1.2",
      "parent_major": "511",
      "parent_minor": "511.1",
      "source": "029.txt"
    }
  },
  {
    "id": "511.1.3",
    "text": "CONTEXT: 511 > 511.1 | CONTENT: 511.1.3 511.1.3 Conveying systems exhaust discharge. An exhaust system shall discharge to the outside of the building either directly by flue or indirectly through the bin or vault into which the system discharges except where the contaminants have been remove d. Exhaust system discharge shall be permitted to be recirculated provided that the solid particulate has been removed at a minimum efficiency of 99.9 percent at 10 microns (10.01 mm), vapor EXHAUST SYSTEMS [CONT.]: 511.1.3 Conveying systems exhaust discharge. An exhaust system shall discharge to the outside of the building either directly by flue or indirectly through the bin or vault into which the system discharges except where the contaminants have been remove d. Exhaust system discharge shall be permitted to be recirculated provided that the solid particulate has been removed at a minimum efficiency of 99.9 percent at 10 microns (10.01 mm), vapor EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 511.1.3 Conveying systems exhaust discharge. An exhaust system shall discharge to the outside of the building either directly by flue or indirectly through the bin or vault into which the system discharges except where the contaminants have been remove d. Exhaust system discharge shall be permitted to be recirculated provided that the solid particulate has been removed at a minimum efficiency of 99.9 percent at 10 microns (10.01 mm), vapor EXHAUST SYSTEMS concentrations are less than 25 percent of the LFL, and approved equipment is used to monitor the vapor concentration. [CONT.]: 511.1.3 Conveying systems exhaust discharge. An exhaust system shall discharge to the outside of the building either directly by flue or indirectly through the bin or vault into which the system discharges except where the contaminants have been remove d. Exhaust system discharge shall be permitted to be recirculated provided that the solid particulate has been removed at a minimum efficiency of 99.9 percent at 10 microns (10.01 mm), vapor EXHAUST SYSTEMS concentrations are less than 25 percent of the LFL, and approved equipment is used to monitor the vapor concentration. [CONT.]: 511.1.3 Conveying systems exhaust discharge. An exhaust system shall discharge to the outside of the building either directly by flue or indirectly through the bin or vault into which the system discharges except where the contaminants have been remove d. Exhaust system discharge shall be permitted to be recirculated provided that the solid particulate has been removed at a minimum efficiency of 99.9 percent at 10 microns (10.01 mm), vapor EXHAUST SYSTEMS concentrations are less than 25 percent of the LFL, and approved equipment is used to monitor the vapor concentration.",
    "metadata": {
      "section_full": "511.1.3",
      "parent_major": "511",
      "parent_minor": "511.1",
      "source": "029.txt"
    }
  },
  {
    "id": "511.1.4",
    "text": "CONTEXT: 511 > 511.1 | CONTENT: 511.1.4 511.1.4 Spark protection. The outlet of an open - air exhaust terminal shall be protected with an approved metal or other noncombustible screen to prevent the entry of sparks. [CONT.]: 511.1.4 Spark protection. The outlet of an open - air exhaust terminal shall be protected with an approved metal or other noncombustible screen to prevent the entry of sparks. [CONT.]: 511.1.4 Spark protection. The outlet of an open - air exhaust terminal shall be protected with an approved metal or other noncombustible screen to prevent the entry of sparks.",
    "metadata": {
      "section_full": "511.1.4",
      "parent_major": "511",
      "parent_minor": "511.1",
      "source": "029.txt"
    }
  },
  {
    "id": "511.1.5",
    "text": "CONTEXT: 511 > 511.1 | CONTENT: 511.1.5 511.1.5 Explosion relief vents. A safety or explosion relief vent shall be provided on all systems that convey combustible refuse or stock of an explosive nature, in accordance with the requirements of the New York City Building Code. [CONT.]: 511.1.5 Explosion relief vents. A safety or explosion relief vent shall be provided on all systems that convey combustible refuse or stock of an explosive nature, in accordance with the requirements of the New York City Building Code. [CONT.]: 511.1.5 Explosion relief vents. A safety or explosion relief vent shall be provided on all systems that convey combustible refuse or stock of an explosive nature, in accordance with the requirements of the New York City Building Code.",
    "metadata": {
      "section_full": "511.1.5",
      "parent_major": "511",
      "parent_minor": "511.1",
      "source": "029.txt"
    }
  },
  {
    "id": "511.1.5.1",
    "text": "CONTEXT: 511 > 511.1 | CONTENT: 511.1.5.1 511.1.5.1 Screens. Wh ere a screen is installed in a safety relief vent, the screen shall be attached so as to permit ready release under the explosion pressure. [CONT.]: 511.1.5.1 Screens. Wh ere a screen is installed in a safety relief vent, the screen shall be attached so as to permit ready release under the explosion pressure. [CONT.]: 511.1.5.1 Screens. Wh ere a screen is installed in a safety relief vent, the screen shall be attached so as to permit ready release under the explosion pressure.",
    "metadata": {
      "section_full": "511.1.5.1",
      "parent_major": "511",
      "parent_minor": "511.1",
      "source": "029.txt"
    }
  },
  {
    "id": "511.1.5.2",
    "text": "CONTEXT: 511 > 511.1 | CONTENT: 511.1.5.2 511.1.5.2 Hoods. The relief vent shall be provided with an approved noncombustible cowl or hood, or with a counterba lanced relief valve or cover arranged to prevent the escape of hazardous materials, gases or liquids. [CONT.]: 511.1.5.2 Hoods. The relief vent shall be provided with an approved noncombustible cowl or hood, or with a counterba lanced relief valve or cover arranged to prevent the escape of hazardous materials, gases or liquids. [CONT.]: 511.1.5.2 Hoods. The relief vent shall be provided with an approved noncombustible cowl or hood, or with a counterba lanced relief valve or cover arranged to prevent the escape of hazardous materials, gases or liquids.",
    "metadata": {
      "section_full": "511.1.5.2",
      "parent_major": "511",
      "parent_minor": "511.1",
      "source": "029.txt"
    }
  },
  {
    "id": "511.2",
    "text": "CONTEXT: 511 > 511.2 | CONTENT: 511.2 511.2 Exhaust outlets. Outlets for exhaust that exceed 600\u00baF (315\u00baC) shall be designed as a chimney in accordance with Table 511.2. TABLE 511.2 CONSTRUCTI ON, CLEARANCE AND TERMINATION REQUIREMENTS FOR SINGLE - WALL METAL DUST, STOCK AND REFUSE CONVEYING SYSTEMS SERVING TEMPERATURE RANGE MINIMUM THICKNESS TERMINATION CLEARANCE Walls (inch) Lining Above roof opening (feet) Above any part of building within (feet) Combustible construction (inches) Noncombustible construction 10 25 50 Interior inst. Exterior inst. Interior inst. Exterior inst. High - heat appliances (Over 2, 000\u00b0F ) a 0.127 (No. 10 MSG) 4 1 / 2 \" laid on 4 1 / 2 \" bed 20 \u2014 \u2014 20 See Note c Low - heat appliances (1, 000\u00b0F normal operation) 0.127 (No. 10 MSG) None 3 2 \u2014 \u2014 18 6 Up to18\" diameter, 2 \" Over 18 \" diameter, 4 \" Medium - heat appliances (2, 000\u00b0F maximum) b 0.127 (No. 10 MSG) Up to 18 \" dia. \u2014 2 1 / 2 \" Over 18\" \u2014 4 1 / 2 \" On 4 1 / 2 \" bed 10 \u2014 10 \u2014 36 24 Up to18\" diameter, 2 \" Over 18 \" diameter, 4 \" For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm , \u00b0C = ((\u00b0F ) - 32) /1.8. a. Lining shall extend from bottom to top of outlet. b. Lining shall extend from 24 inches below connector to 24 feet above. c. Clearance s hall be as specified by the design engineer and shall have sufficient clearance from buildings and structures to avoid overhe ating combustible materials (maximum 160\u00b0F ). SECTION MC 512 SUBSLAB SOIL EXHAUST SYSTEMS [CONT.]: 511.2 Exhaust outlets. Outlets for exhaust that exceed 600\u00baF (315\u00baC) shall be designed as a chimney in accordance with Table 511.2. TABLE 511.2 CONSTRUCTI ON, CLEARANCE AND TERMINATION REQUIREMENTS FOR SINGLE - WALL METAL DUST, STOCK AND REFUSE CONVEYING SYSTEMS SERVING TEMPERATURE RANGE MINIMUM THICKNESS TERMINATION CLEARANCE Walls (inch) Lining Above roof opening (feet) Above any part of building within (feet) Combustible construction (inches) Noncombustible construction 10 25 50 Interior inst. Exterior inst. Interior inst. Exterior inst. High - heat appliances (Over 2, 000\u00b0F ) a 0.127 (No. 10 MSG) 4 1 / 2 \" laid on 4 1 / 2 \" bed 20 \u2014 \u2014 20 See Note c Low - heat appliances (1, 000\u00b0F normal operation) 0.127 (No. 10 MSG) None 3 2 \u2014 \u2014 18 6 Up to18\" diameter, 2 \" Over 18 \" diameter, 4 \" Medium - heat appliances (2, 000\u00b0F maximum) b 0.127 (No. 10 MSG) Up to 18 \" dia. \u2014 2 1 / 2 \" Over 18\" \u2014 4 1 / 2 \" On 4 1 / 2 \" bed 10 \u2014 10 \u2014 36 24 Up to18\" diameter, 2 \" Over 18 \" diameter, 4 \" For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm , \u00b0C = ((\u00b0F ) - 32) /1.8. a. Lining shall extend from bottom to top of outlet. b. Lining shall extend from 24 inches below connector to 24 feet above. c. Clearance s hall be as specified by the design engineer and shall have sufficient clearance from buildings and structures to avoid overhe ating combustible materials (maximum 160\u00b0F ). SECTION MC 512 SUBSLAB SOIL EXHAUST SYSTEMS [CONT.]: 511.2 Exhaust outlets. Outlets for exhaust that exceed 600\u00baF (315\u00baC) shall be designed as a chimney in accordance with Table 511.2. TABLE 511.2 CONSTRUCTI ON, CLEARANCE AND TERMINATION REQUIREMENTS FOR SINGLE - WALL METAL DUST, STOCK AND REFUSE CONVEYING SYSTEMS SERVING TEMPERATURE RANGE MINIMUM THICKNESS TERMINATION CLEARANCE Walls (inch) Lining Above roof opening (feet) Above any part of building within (feet) Combustible construction (inches) Noncombustible construction 10 25 50 Interior inst. Exterior inst. Interior inst. Exterior inst. High - heat appliances (Over 2, 000\u00b0F ) a 0.127 (No. 10 MSG) 4 1 / 2 \" laid on 4 1 / 2 \" bed 20 \u2014 \u2014 20 See Note c Low - heat appliances (1, 000\u00b0F normal operation) 0.127 (No. 10 MSG) None 3 2 \u2014 \u2014 18 6 Up to18\" diameter, 2 \" Over 18 \" diameter, 4 \" Medium - heat appliances (2, 000\u00b0F maximum) b 0.127 (No. 10 MSG) Up to 18 \" dia. \u2014 2 1 / 2 \" Over 18\" \u2014 4 1 / 2 \" On 4 1 / 2 \" bed 10 \u2014 10 \u2014 36 24 Up to18\" diameter, 2 \" Over 18 \" diameter, 4 \" For SI: 1 inch = 25.4 mm, 1 foot = 304.8 mm , \u00b0C = ((\u00b0F ) - 32) /1.8. a. Lining shall extend from bottom to top of outlet. b. Lining shall extend from 24 inches below connector to 24 feet above. c. Clearance s hall be as specified by the design engineer and shall have sufficient clearance from buildings and structures to avoid overhe ating combustible materials (maximum 160\u00b0F ). SECTION MC 512 SUBSLAB SOIL EXHAUST SYSTEMS",
    "metadata": {
      "section_full": "511.2",
      "parent_major": "511",
      "parent_minor": "511.2",
      "source": "029.txt"
    }
  },
  {
    "id": "512.1",
    "text": "CONTEXT: 512 > 512.1 | CONTENT: 512.1 512.1 General. Where a subslab soil exhaust system is provided, the duct shall conform to the requirements of this section. [CONT.]: 512.1 General. Where a subslab soil exhaust system is provided, the duct shall conform to the requirements of this section. [CONT.]: 512.1 General. Where a subslab soil exhaust system is provided, the duct shall conform to the requirements of this section.",
    "metadata": {
      "section_full": "512.1",
      "parent_major": "512",
      "parent_minor": "512.1",
      "source": "029.txt"
    }
  },
  {
    "id": "512.2",
    "text": "CONTEXT: 512 > 512.2 | CONTENT: 512.2 512.2 Materials. Subslab soil exhaust system duct material shall be air duct material listed and labeled to the requirements of UL 181 for Class 0 air ducts, or a ny of the following piping materials that comply with the New York City EXHAUST SYSTEMS Exception: Where the make and model of the clothes dryer to be installed is known and the manufacturer\u2019s instructions for such dryer are provided, the maximum length of the exhaust duct, including any transition duct, shall be permitted to be in accordance with the dryer manufacturer\u2019s instructions. [CONT.]: 512.2 Materials. Subslab soil exhaust system duct material shall be air duct material listed and labeled to the requirements of UL 181 for Class 0 air ducts, or a ny of the following piping materials that comply with the New York City EXHAUST SYSTEMS [CONT.]: 512.2 Materials. Subslab soil exhaust system duct material shall be air duct material listed and labeled to the requirements of UL 181 for Class 0 air ducts, or a ny of the following piping materials that comply with the New York City EXHAUST SYSTEMS Plumbing Code as building sanitary drainage and vent pipe: cast iron; galvanized steel; brass or copper pipe; copper tube of a weight not less than that of copper drainage tube, Type D WV; and plastic piping.",
    "metadata": {
      "section_full": "512.2",
      "parent_major": "512",
      "parent_minor": "512.2",
      "source": "029.txt"
    }
  },
  {
    "id": "512.3",
    "text": "CONTEXT: 512 > 512.3 | CONTENT: 512.3 512.3 Grade. Exhaust system ducts shall not be trapped and shall have a minimum slope of one - eighth unit vertical in 12 units horizontal (1 - percent slope).",
    "metadata": {
      "section_full": "512.3",
      "parent_major": "512",
      "parent_minor": "512.3",
      "source": "029.txt"
    }
  },
  {
    "id": "512.4",
    "text": "CONTEXT: 512 > 512.4 | CONTENT: 512.4 512.4 Termination. Subslab soil exhaust system ducts shall extend through th e roof and terminate not less than 6 inches (152.4 mm) above the roof and not less than 10 feet (3048 mm) from any operable openings or air intake.",
    "metadata": {
      "section_full": "512.4",
      "parent_major": "512",
      "parent_minor": "512.4",
      "source": "029.txt"
    }
  },
  {
    "id": "512.5",
    "text": "CONTEXT: 512 > 512.5 | CONTENT: 512.5 512.5 Identification. Subslab soil exhaust ducts shall be permanently identified within each floor level by means of a tag, stencil or other approved marking. SECTION MC 513 SMOKE CONTROL SYSTEMS",
    "metadata": {
      "section_full": "512.5",
      "parent_major": "512",
      "parent_minor": "512.5",
      "source": "029.txt"
    }
  },
  {
    "id": "513.1",
    "text": "CONTEXT: 513 > 513.1 | CONTENT: 513.1 513.1 Scope and purpose. This section applies to mechanical and passive smoke control systems that are required by the New York City Building Code . A smoke control syst em, where required, facilitates the evacuation of the occupants. Smoke control systems not required by the New York City Building Code shall not be installed unless approved by the Department. The purpose of this section is to establish minimum requirement s for the design, installation and acceptance testing of smoke control systems that are intended to provide a tenable environment for the evacuation or relocation of occupants. These provisions are not intended for the preservation of contents, the timely restoration of operations, or for assistance in fire suppression or post - fire smoke purge. Smoke control systems regulated by this section serve a different purpose than the smoke and heat - venting provisions found in Section 910 of the New York City Buildi ng Code. Mechanical smoke control systems s hall not be considered exhaust systems under Chapter 5.",
    "metadata": {
      "section_full": "513.1",
      "parent_major": "513",
      "parent_minor": "513.1",
      "source": "029.txt"
    }
  },
  {
    "id": "513.2",
    "text": "CONTEXT: 513 > 513.2 | CONTENT: 513.2 513.2 General design requirements. Smoke control systems shall be designed and installed in accordance with Section 909 of the New York City Building Code . SECTION MC 514 ENERGY RECOVERY VENTILATION SYSTEMS",
    "metadata": {
      "section_full": "513.2",
      "parent_major": "513",
      "parent_minor": "513.2",
      "source": "029.txt"
    }
  },
  {
    "id": "514.1",
    "text": "CONTEXT: 514 > 514.1 | CONTENT: 514.1 514.1 General. Energy recovery ventilation systems shall be installed in accordance with this section. Where required for purposes of energy conservation, energy recovery ventilation systems shall co mply with the New York City Energy Conservation Code. Ducted heat recovery ventilators shall be listed and labeled in accordance with UL 1812. Nonducted heat recovery ventilators shall be listed and labeled in accordance with UL 1815. [CONT.]: 514.1 1815 \u2014 2012 Standard for Nonducted Heat Recovery Ventilators ..................................................................................... [CONT.]: 514.1 1820 \u2014 04 Fire Test of Pneumatic Tubing for Flame and Smoke Characteristics \u2014 with revisions through May 2013 ..............................................................................................",
    "metadata": {
      "section_full": "514.1",
      "parent_major": "514",
      "parent_minor": "514.1",
      "source": "029.txt"
    }
  },
  {
    "id": "514.2",
    "text": "CONTEXT: 514 > 514.2 | CONTENT: 514.2 514.2 Prohibited appl ications. Unless specifically designed or listed for the specific applications and as part of an engineered system, energy recovery ventilation systems shall not be used in the following systems: 1. Hazardous exhaust systems covered in Section 510. 2. Dust , stock and refuse systems that convey explosive or flammable vapors, fumes or dust. 3. Smoke control systems covered in Section 513. 4. Commercial kitchen exhaust systems serving Type I or Type II hoods. 5. Clothes dryer exhaust systems covered in Section 504. Exception: The application of energy recovery ventilation equipment that recovers sensible heat only utilizing coil - type heat exchangers shall not be limited by this section.",
    "metadata": {
      "section_full": "514.2",
      "parent_major": "514",
      "parent_minor": "514.2",
      "source": "029.txt"
    }
  },
  {
    "id": "514.3",
    "text": "CONTEXT: 514 > 514.3 | CONTENT: 514.3 514.3 Access. A means of access shall be provided to the heat exchanger and other components of the system as required for service, maintenance, repair or replacement.",
    "metadata": {
      "section_full": "514.3",
      "parent_major": "514",
      "parent_minor": "514.3",
      "source": "029.txt"
    }
  },
  {
    "id": "514.4",
    "text": "CONTEXT: 514 > 514.4 | CONTENT: 514.4 514.4 Recirculated air. Class 1 or Class 2 air as described in ASHRAE 62.1 that is conveyed within energy recovery systems shall not be considered as recirculated air where the energy recovery ventilation system is constructed to limit cross - leakage between air streams to less than 10 percent of the total airflow design capacity.",
    "metadata": {
      "section_full": "514.4",
      "parent_major": "514",
      "parent_minor": "514.4",
      "source": "029.txt"
    }
  },
  {
    "id": "514.5",
    "text": "CONTEXT: 514 > 514.5 | CONTENT: 514.5 514.5 Combined system allowed. Environmental exhaust air and toilet exhaust may be comb ined in any occupancy downstream of all air inlets of the system provided that such exhaust cannot be recirculated. In Group R occupancies, EXHAUST SYSTEMS exhaust from domestic kitchens and toilets/baths from one or more dwelling or sleeping units may be combined at a po int downstream of all air inlets of the system. SECTION MC 515 POSTFIRE SMOKE PURGE SYSTEMS",
    "metadata": {
      "section_full": "514.5",
      "parent_major": "514",
      "parent_minor": "514.5",
      "source": "029.txt"
    }
  },
  {
    "id": "515.1",
    "text": "CONTEXT: 515 > 515.1 | CONTENT: 515.1 515.1 General. Postfire smoke purge systems shall be provided as required by Chapter 9 of the New York City Building Code.",
    "metadata": {
      "section_full": "515.1",
      "parent_major": "515",
      "parent_minor": "515.1",
      "source": "029.txt"
    }
  },
  {
    "id": "601.1",
    "text": "CONTEXT: 601 > 601.1 | CONTENT: 601.1 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82. [CONT.]: 601.1 Scope. Duct systems used for the movement of air in air - conditioning, heating, ventilating and exhaust systems shall conform to the provisions of this chapter except as otherwise specified in Chapters 5 and 7. Exception: Ducts discharging combustible material directly into any combustion chamber shall conform to the requirements of NFPA 82.",
    "metadata": {
      "section_full": "601.1",
      "parent_major": "601",
      "parent_minor": "601.1",
      "source": "030.txt"
    }
  },
  {
    "id": "601.2",
    "text": "CONTEXT: 601 > 601.2 | CONTENT: 601.2 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted. [CONT.]: 601.2 Air movement in corridors. Corridors shall not be used as a portion of direct supply, return, or exhaust air system serving adjoining areas. Air transfer opening(s) shall not be permitted in walls or in doors separating public corridors from adjoining areas. Exceptions: 1. Where located within dwelling units, the use of corridors for conveying return air shall not be prohibited. 2. Where located within tenant spaces of 1,000 square feet (93 m 2 ) or less in area, the use of corridors for conveying return air is permitted. 3. Corridors in Group B office buildings equipped throughout wi th an automatic sprinkler system in accordance with Section 903.3.1.1 of the New York City Building Code. 4. Incidental air movement from pressurized rooms within health care facilities, provided that the corridor is not the primary source of supply or return to the room. 5. Air transfer openings serving toilet rooms, bathrooms, shower rooms, sink closets, and similar auxiliary spaces opening onto the public corridor. 6. Group I - 3 detention and correctional occupancies with corridor separations of open cons truction (e.g., grating doors or grating partitions). 7. Air transfer in openings because of pressure differential in Group I - 2 health care occupancies from corridors is permitted. 8. Where door clearances do not exceed those specified for fire doors in th e New York City Building Code , air transfer caused by pressure differentials shall be permitted. 9. Use of egress corridors as part of an engineered smoke - control system is permitted.",
    "metadata": {
      "section_full": "601.2",
      "parent_major": "601",
      "parent_minor": "601.2",
      "source": "030.txt"
    }
  },
  {
    "id": "601.2.1",
    "text": "CONTEXT: 601 > 601.2 | CONTENT: 601.2.1 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems. [CONT.]: 601.2.1 Corridor ceiling. Use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is permitted for one or more of the following conditions: 1. The corridor is not required to be of fire - resistance - rated construction. 2. The corridor is separated from the plenum by fire - resist ance - rated construction. 3. The air - handling system serving the corridor is shut down upon activation of the air - handling unit smoke detectors required by this code. 4. The air - handling system serving the corridor is shut down upon detection of sprinkler w aterflow where the building is equipped throughout with an automatic sprinkler system. DUCT SYSTEMS 5. The space between the corridor ceiling and the floor or roof structure above the corridor is used as a component of an approved engineered smoke control system. 601. 3 Exits. Equipment and ductwork for exit enclosure ventilation shall comply with one of the following items: 1. Such equipment and ductwork shall be located exterior to the building and shall be directly connected to the exit enclosure by ductwork enclosed in construction as required by the New York City Building Code for shafts. 2. Where such equipment and ductwork is located within the exit enclosure, the intake air shall be taken directly from the outdoors and the exhaust air shall be discharged directly to the outdoors, or such air shall be conveyed through ducts enclosed in construction as required by the New York City Building Code for shafts. 3. Where located within the building, such equipment and ductwork shall be separated from the remainder of the building, including other mechanical equipment, with construction as required by the New York City Building Code for shafts. In each case, openings into fire - resistance - rated construction shall be limited to those needed for maintenance and operation and shall be protected by self - closing fire - resistance - rated devices in accordance with the New York City Building Code for enclosure wall opening protec tives. Exit enclosure ventilation systems shall be independent of other building ventilation systems.",
    "metadata": {
      "section_full": "601.2.1",
      "parent_major": "601",
      "parent_minor": "601.2",
      "source": "030.txt"
    }
  },
  {
    "id": "601.4",
    "text": "CONTEXT: 601 > 601.4 | CONTENT: 601.4 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS [CONT.]: 601.4 Contamination prevention. Exhaust ducts under positive pressure, chimneys and vents shall not extend into or pass through ducts or plenums. Exceptions: 1. Exhaust systems conveying Class 1 or Class 2 air in accordance with ASHRAE 62.1, located in return air plenums and that have exhaust duct joints, seams and connections that comply with Section 603.9 without taking any exceptions. Such exhaust system and plenum shall be subject to special inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspecti on in accordance with Section 602.6 of this code. 2. This section shall not apply to chimneys and vents for appliances with a heat input not greater than 350,000 Btu/hr (103 kW) that pass through plenums provided that such venting systems are subject to sp ecial inspection in accordance with Section 1705.39 of the New York City Building Code and shall be subject to periodic inspection in accordance with Section 602.6 of this code and comply with one of the following requirements: 2.1. The venting system shal l be listed for positive pressure applications and shall be sealed in accordance with the vent manufacturer\u2019s instructions. 2.2. The venting system shall be installed such that fittings and joints between sections are not installed in the above ceiling spa ce. 2.3. The venting system shall be installed in a conduit or enclosure with sealed joints separating the interior of the conduit or enclosure from the ceiling space. SECTION MC 602 PLENUMS",
    "metadata": {
      "section_full": "601.4",
      "parent_major": "601",
      "parent_minor": "601.4",
      "source": "030.txt"
    }
  },
  {
    "id": "602.1",
    "text": "CONTEXT: 602 > 602.1 | CONTENT: 602.1 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply. [CONT.]: 602.1 General. Supply, return, exhaust, relief and ventilation ai r plenums shall be limited to uninhabited crawl spaces, areas above a finished ceiling or below the finished floor, attic spaces and mechanical equipment rooms. Plenums shall be limited to one fire area. Air systems shall be fully ducted from the boundary of the fire area served to the air - handling equipment or associated mechanical room serving as a return air plenum. Fuel - fired appliances shall not be installed within a plenum. Exception: In a fully sprinklered building, return air plenums may be separate d by combination fire smoke dampers and a fully ducted return is not required. The requirements of Section 601.2.1 shall apply.",
    "metadata": {
      "section_full": "602.1",
      "parent_major": "602",
      "parent_minor": "602.1",
      "source": "030.txt"
    }
  },
  {
    "id": "602.2",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 602.2 Construction. Plenum enclosure construction materials that are exposed to the airflow shall comply with the requirements o f Section 703.5 of the New York City Building Code or such materials shall have a flame spread index DUCT SYSTEMS of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers.",
    "metadata": {
      "section_full": "602.2",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "030.txt"
    }
  },
  {
    "id": "602.2.1",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2.1 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area. [CONT.]: 602.2.1 Materials within plenums. Except as required by Sections 602.2.1.1 through 602.2.1.7, materials within plenums shall be noncombustible or shall be listed and labeled as having a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. Exceptions: 1. Rigid and flexible ducts and connectors shall conform to Section 603. 2. Duct coverings, linings, tape and connectors shall conform to Sections 603 and 604. 3. This section shall not apply to materials exposed within plenums in one - and two - family dwellings. 4. This section shall not apply to smoke detectors. 5. Combustible materials fully enclosed within one of the following: 5.1. Continuous noncomb ustible raceways or enclosures. 5.2. Approved gypsum board assemblies. 5.3. Materials listed and labeled for installation within a plenum . 6. Materials in Group H - 5 fabrication areas and the areas above and below the fabrication area that share a common air recirculation path with the fabrication area.",
    "metadata": {
      "section_full": "602.2.1",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "030.txt"
    }
  },
  {
    "id": "602.2.1.1",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2.1.1 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 Wiring. Combustible electrical wires and cables and optical fiber cables exposed within a plenum shall be listed as having a maximum peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with NFPA 262 or shall be installed in metal raceways or metal sheathed cable. Combustible optical fiber and communication raceways exposed within a plenum shall be listed as having a maximum peak optical density of 0.5 or less, an average optical density of 0.15 or less, and a maximum flame spread distance of 5 feet (1524 mm) or less when tested in accordance with UL 2024. Only plenum - rated w ires and cables shall be installed in plenum - rated raceways. Electrical wires and cables, optical fiber cables and raceways addressed in this section shall be listed and labeled and shall be installed in accordance with New York City Electrical Code . 602.2 .1.2 Fire sprinkler piping. Plastic fire sprinkler piping exposed within a plenum shall be used only in wet pipe systems and shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 m m) or less when tested in accordance with UL 1887. Piping shall be listed and labeled. [CONT.]: 602.2.1.1 286 \u2014 15 Standard Methods of Fire Tests for Evaluating Contribution of Wall and Ceiling Interior Finish to Room Fire Growth ................................................................................................... 602.2.1.6.2 \u2021\u2021\u2021 Chapter 15 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 15 REFERENCED STANDARDS SECTION MC 1501 GENERAL [CONT.]: 602.2.1.1 286 \u2014 15 Standard Methods of Fire Tests for Evaluating Contribution of Wall and Ceiling Interior Finish to Room Fire Growth ................................................................................................... 602.2.1.6.2 \u2021\u2021\u2021 Chapter 15 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 15 REFERENCED STANDARDS SECTION MC 1501 GENERAL [CONT.]: 602.2.1.1 286 \u2014 15 Standard Methods of Fire Tests for Evaluating Contribution of Wall and Ceiling Interior Finish to Room Fire Growth ................................................................................................... [CONT.]: 602.2.1.1 286 \u2014 15 Standard Methods of Fire Tests for Evaluating Contribution of Wall and Ceiling Interior Finish to Room Fire Growth ................................................................................................... [CONT.]: 602.2.1.1 2039 \u2014 2016 Flexible Connector Piping for Fuels ...........................................................................................................",
    "metadata": {
      "section_full": "602.2.1.1",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "030.txt"
    }
  },
  {
    "id": "602.2.1.3",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2.1.3 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 Pneumatic tubing. Combustible pneumatic tubing exposed within a plenum shall have a peak optical density of 0.50 or less, an average optical density of 0.15 or less, and a flame spread of 5 feet (1524 mm) or less when tested in accordance with UL 1820. Combustible pneumatic tubing shall be listed and labeled. [CONT.]: 602.2.1.3 1887 \u2014 04 Fire Tests of Plastic Sprinkler Pipe for Visible Flame and Smoke Characteristics \u2014 with revisions through May 2013 ..............................................................................................",
    "metadata": {
      "section_full": "602.2.1.3",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "030.txt"
    }
  },
  {
    "id": "602.2.1.4",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2.1.4 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2. [CONT.]: 602.2.1.4 Electrical equipment in plenums. Electrical equipment exposed within a plenum shall comply wit h Sections 602.2.1.4.1 and 602.2.1.4.2.",
    "metadata": {
      "section_full": "602.2.1.4",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "030.txt"
    }
  },
  {
    "id": "602.2.1.4.1",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2.1.4.1 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted. [CONT.]: 602.2.1.4.1 Equipment in metallic enclosures. Electrical equipment with metallic enclosures exposed within a plenum shall be permitted.",
    "metadata": {
      "section_full": "602.2.1.4.1",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "030.txt"
    }
  },
  {
    "id": "602.2.1.4.2",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2.1.4.2 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.4.2 Equipment in combustible enclosures. Electrical equipment with combustible enclosures exposed within a plenum shall be listed and labeled for such use in accordance with UL 2043.",
    "metadata": {
      "section_full": "602.2.1.4.2",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "030.txt"
    }
  },
  {
    "id": "602.2.1.5",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2.1.5 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043.",
    "metadata": {
      "section_full": "602.2.1.5",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "030.txt"
    }
  },
  {
    "id": "602.2.1.6",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2.1.6 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when 5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when 5 Discrete plumbing and mechanical products in plenums. Where discrete plumbing and mechanical products and appurtenances are locate d in a plenum and have exposed combustible material, they shall be listed and labeled for such use in accordance with UL 2043. [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1, [CONT.]: 602.2.1.6 Foam plastic insulation. Foam plastic insulation used in plenums as interior wall or ceiling finish or as interior trim shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when DUCT SYSTEMS tested in accordance with ASTM E 84 or UL 723 and shall also comply with one or more of Sections 602.2.1.6.1,",
    "metadata": {
      "section_full": "602.2.1.6",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "030.txt"
    }
  },
  {
    "id": "602.2.1.6.1",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2.1.6.1 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code. [CONT.]: 602.2.1.6.1 Separat ion required. The foam plastic insulation shall be separated from the plenum by a thermal barrier complying with Section 2603.4 of the New York City Building Code and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or le ss when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. 602. 2.1.6.2 Approval. The foam plastic insulation shall exhibit a flame spread index of 25 or less and a smoke - developed index of 50 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use and shall meet the acceptance criteria of Section 803.1.2 of the New York City Building Code when tested in accordance with NFPA 286. The foam plastic insulation shall be ap proved based on tests conducted in accordance with Section 2603.9 of the New York City Building Code.",
    "metadata": {
      "section_full": "602.2.1.6.1",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "030.txt"
    }
  },
  {
    "id": "602.2.1.6.3",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2.1.6.3 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use. [CONT.]: 602.2.1.6.3 Covering. The foam plastic insulation shall be covered by corrosion - resistant steel having a base metal thickness of not less than 0. 0160 inch (0.4 mm) and shall exhibit a flame spread index of 75 or less and a smoke - developed index of 450 or less when tested in accordance with ASTM E 84 or UL 723 at the thickness and density intended for use.",
    "metadata": {
      "section_full": "602.2.1.6.3",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "030.txt"
    }
  },
  {
    "id": "602.2.1.7",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2.1.7 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723. [CONT.]: 602.2.1.7 Plastic pipe and tube. Plastic piping and tubing shall be listed and shall exhibit a flame spread index of not more than 25 and a smoke - developed index of not more than 50 when tested in accordance with ASTM E 84 or UL 723.",
    "metadata": {
      "section_full": "602.2.1.7",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "030.txt"
    }
  },
  {
    "id": "602.3",
    "text": "CONTEXT: 602 > 602.3 | CONTENT: 602.3 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums. [CONT.]: 602.3 Stud cavity and joist space plenums. Stud wall cavities and the spaces between solid floor joists to be utilized as air plenums shall comply with the following conditions: 1. Such cavities or spaces shall not be utilized as a plenum for supply air. 2. Such cavities or spaces shall not be part of a required fire - resistance - rated assembly. 3. Stud wall cavities shall not convey air from more than one floor level. 4. Stud wall cavities and joist space plenums shall comply with the floor penetration protection requirements of the New York City Bui lding Code . 5. Stud wall cavities and joist space plenums shall be isolated from adjacent concealed spaces by approved fireblocking as required in the New York City Building Code . 6. Stud wall cavities in the outside walls of building envelope assemblies s hall not be utilized as air plenums.",
    "metadata": {
      "section_full": "602.3",
      "parent_major": "602",
      "parent_minor": "602.3",
      "source": "030.txt"
    }
  },
  {
    "id": "602.4",
    "text": "CONTEXT: 602 > 602.4 | CONTENT: 602.4 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code . [CONT.]: 602.4 Flood hazard. For structures located in flood hazard areas, plenum spaces shall comply with the additional requirements of Appendix G of the New York City Building Code .",
    "metadata": {
      "section_full": "602.4",
      "parent_major": "602",
      "parent_minor": "602.4",
      "source": "030.txt"
    }
  },
  {
    "id": "602.5",
    "text": "CONTEXT: 602 > 602.5 | CONTENT: 602.5 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code . [CONT.]: 602.5 Firestopping. Where required by the N ew York City Building Code , through penetrations shall be firestopped in accordance with Section 714 of the New York City Building Code .",
    "metadata": {
      "section_full": "602.5",
      "parent_major": "602",
      "parent_minor": "602.5",
      "source": "030.txt"
    }
  },
  {
    "id": "602.6",
    "text": "CONTEXT: 602 > 602.6 | CONTENT: 602.6 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 - [CONT.]: 602.6 Periodic inspections to prevent contamination of mechanical systems. Covered buildings, as described in Section 2 8 -",
    "metadata": {
      "section_full": "602.6",
      "parent_major": "602",
      "parent_minor": "602.6",
      "source": "030.txt"
    }
  },
  {
    "id": "603.1",
    "text": "CONTEXT: 603 > 603.1 | CONTENT: 603.1 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability. [CONT.]: 603.1 General. An air distribution system shall be designed and installed to supply the required distribution of air. The installation of an air distribution system shall not affect the fire protection requirements specified in the New York City Building Code . Ducts shal l be constructed, braced, reinforced and installed to provide structural strength and durability.",
    "metadata": {
      "section_full": "603.1",
      "parent_major": "603",
      "parent_minor": "603.1",
      "source": "030.txt"
    }
  },
  {
    "id": "603.2",
    "text": "CONTEXT: 603 > 603.2 | CONTENT: 603.2 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 Duct sizing. Ducts installed within a single dwelling unit shall be sized in accordance with ACCA Manual D, the appliance manufacturer\u2019s instructions or other approved methods. Ducts installed within all other buildings shall be sized in accordance with the ASHRAE Handbook of Fundamentals or other equivalent computation procedure. DUCT SYSTEMS [CONT.]: 603.2 183 \u2014 2007 (reaffirmed 2011) Peak Cooling and Heating Load Calculations in Buildings Except Low - rise Residential Buildings ............ [CONT.]: 603.2 183 \u2014 2007 (reaffirmed 2011) Peak Cooling and Heating Load Calculations in Buildings Except Low - rise Residential Buildings ............ [CONT.]: 603.2 183 \u2014 2007 (reaffirmed 2011) Peak Cooling and Heating Load Calculations in Buildings Except Low - rise Residential Buildings ............ [CONT.]: 603.2 183 \u2014 2007 (reaffirmed 2011) Peak Cooling and Heating Load Calculations in Buildings Except Low - rise Residential Buildings ............ [CONT.]: 603.2 183 \u2014 2007 (reaffirmed 2011) Peak Cooling and Heating Load Calculations in Buildings Except Low - rise Residential Buildings ............ [CONT.]: 603.2 183 \u2014 2007 (reaffirmed 2011) Peak Cooling and Heating Load Calculations in Buildings Except Low - rise Residential Buildings ............ [CONT.]: 603.2 183 \u2014 2007 (reaffirmed 2011) Peak Cooling and Heating Load Calculations in Buildings Except Low - rise Residential Buildings ............",
    "metadata": {
      "section_full": "603.2",
      "parent_major": "603",
      "parent_minor": "603.2",
      "source": "030.txt"
    }
  },
  {
    "id": "603.3",
    "text": "CONTEXT: 603 > 603.3 | CONTENT: 603.3 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized. [CONT.]: 603.3 Duct classification. Ducts shall be classified based on the maximum o perating pressure of the duct at pressures of positive or negative 0.5, 1.0, 2.0, 3.0, 4.0, 6.0 or 10.0 inches (1 inch w.c. = 248.7 Pa) of water column. The pressure classification of ducts shall equal or exceed the design pressure of the air distribution in which the ducts are utilized.",
    "metadata": {
      "section_full": "603.3",
      "parent_major": "603",
      "parent_minor": "603.3",
      "source": "030.txt"
    }
  },
  {
    "id": "603.4",
    "text": "CONTEXT: 603 > 603.4 | CONTENT: 603.4 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. [CONT.]: 603.4 Metallic ducts. Metallic ducts shall be constructed as specified in the SMACNA /ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Exception: Ducts installed within single dwelling units shall have a minimum th ickness as specified in Table 603.4. TABLE 603.4 DUCT CONSTRUCTION MINIMUM SHEET METAL THICKNESS FOR SINGLE DWELLING UNITS a ROUND DUCT DIAMETER (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum < 12 0.013 0.018 0.013 0.018 12 to14 0.013 0.018 0.016 0.023 15 to 17 0.016 0.023 0.019 0.027 18 0.016 0.023 0.024 0.034 19 to 20 0.019 0.027 0.024 0.034 RECTANGULAR DUCT DIMENSION (inches) STATIC PRESSURE 1 / 2 - inch water gage 1 - inch water gage Thickness (inches) Thickness (inches) Galvanized Aluminum Galvanized Aluminum \u2264 8 0.013 0.018 0.013 0.018 9 to10 0.013 0.018 0.016 0.023 11 to 12 0.016 0.023 0.019 0.027 13 to16 0.019 0.027 0.019 0.027 17 to 18 0.019 0.027 0.024 0.034 19 to 20 0.024 0.034 0.024 0.034 For SI: 1 inch = 25.4 mm, 1 - inch water gage = 249 Pa. a. Ductwork that exceeds 20 inches by dimension or exceeds a pressure of 1 - inch water gage shall be constructed in accordance with SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible.",
    "metadata": {
      "section_full": "603.4",
      "parent_major": "603",
      "parent_minor": "603.4",
      "source": "030.txt"
    }
  },
  {
    "id": "603.4.1",
    "text": "CONTEXT: 603 > 603.4 | CONTENT: 603.4.1 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS [CONT.]: 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of not less than three sheet metal screws or rivets spaced equally aro und the joint. Exception: Where a duct connection is made that is partially inaccessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hinge effect. DUCT SYSTEMS",
    "metadata": {
      "section_full": "603.4.1",
      "parent_major": "603",
      "parent_minor": "603.4",
      "source": "030.txt"
    }
  },
  {
    "id": "603.4.2",
    "text": "CONTEXT: 603 > 603.4 | CONTENT: 603.4.2 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow. [CONT.]: 603.4.2 Duct lap. Crimp joints for round and oval metal ducts s hall be lapped not less than 1 inch (25.4 mm) and the male end of the duct shall extend into the adjoining duct in the direction of airflow.",
    "metadata": {
      "section_full": "603.4.2",
      "parent_major": "603",
      "parent_minor": "603.4",
      "source": "030.txt"
    }
  },
  {
    "id": "603.5",
    "text": "CONTEXT: 603 > 603.5 | CONTENT: 603.5 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 Nonmetallic ducts. Nonmetallic ducts shall be constructed with Class 0 or Class 1 duct material and shall comply with UL 181. Fibrous duct construction shall conform to the SMACNA /ANSI Fibrous Glass Duct Construction Standards or NAIMA Fibrous Glass Duct Construction Standards. The air temperature within nonmet allic ducts shall not exceed 250\u00b0F (121.1\u00b0C). [CONT.]: 603.5 UL UL LLC 333 Pfingsten Road Northbrook, IL 60062 - 2096 Standard Referenced reference in code number Title section number 58 \u2014 96 Steel Underground Tanks for Flammable and Combustible Liquids ..................................... 1305.12.1, 1305.14 80 \u2014 07 Steel Tanks for Oil - Burner Fuel - with revisions through August 2009 .... Table 1305.7(2), 1305.12.2, 1305.14, Figure C101.1(1), Figure C101.1(3) 103 \u2014 2010 Factory - built Chimneys, Residential Type and Building Heating Appliance \u2014 with revisions through July 2012 ................................................................................ 805.2, 805.3, 811.1 127 \u2014 2011 Factory - built Fireplaces ........................................................................................................... 805.7, 903.1, 903.4 142 \u2014 2006 Aboveground Tanks for Flammable and Combustible Liquids .................. Table 1305.7(2), 1305.8, 1305.12.2, 1305.14, Figure C101.1(2), Figure C101.1(3) 174 \u2014 04 Household Electric Storage Tank Water Heaters \u2014 with revisions through September 2012 ................................................................................................ . [CONT.]: 603.5 UL UL LLC 333 Pfingsten Road Northbrook, IL 60062 - 2096 Standard Referenced reference in code number Title section number 58 \u2014 96 Steel Underground Tanks for Flammable and Combustible Liquids ..................................... 1305.12.1, 1305.14 80 \u2014 07 Steel Tanks for Oil - Burner Fuel - with revisions through August 2009 .... Table 1305.7(2), 1305.12.2, 1305.14, Figure C101.1(1), Figure C101.1(3) 103 \u2014 2010 Factory - built Chimneys, Residential Type and Building Heating Appliance \u2014 with revisions through July 2012 ................................................................................ 805.2, 805.3, 811.1 127 \u2014 2011 Factory - built Fireplaces ........................................................................................................... 805.7, 903.1, 903.4 142 \u2014 2006 Aboveground Tanks for Flammable and Combustible Liquids .................. Table 1305.7(2), 1305.8, 1305.12.2, 1305.14, Figure C101.1(2), Figure C101.1(3) 174 \u2014 04 Household Electric Storage Tank Water Heaters \u2014 with revisions through September 2012 ................................................................................................ .",
    "metadata": {
      "section_full": "603.5",
      "parent_major": "603",
      "parent_minor": "603.5",
      "source": "030.txt"
    }
  },
  {
    "id": "603.6",
    "text": "CONTEXT: 603 > 603.6 | CONTENT: 603.6 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3. [CONT.]: 603.6 Air ducts and air connectors. Air ducts, both metallic and nonmetallic, shall comply with Section 603.6.1. Air connectors, both metallic and nonmetallic, shall comply with Sections 603.6.2 and 603.6.3.",
    "metadata": {
      "section_full": "603.6",
      "parent_major": "603",
      "parent_minor": "603.6",
      "source": "030.txt"
    }
  },
  {
    "id": "603.6.1",
    "text": "CONTEXT: 603 > 603.6 | CONTENT: 603.6.1 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system. [CONT.]: 603.6.1 Air ducts. Air ducts shall be permitted to be rigid or flexible and shall be constructed of materials that are reinforced and sealed to satisfy the requirements for the use of the air duct system, such as the supply air system, the return or exhaust air system, and the variable volume/pressure air system.",
    "metadata": {
      "section_full": "603.6.1",
      "parent_major": "603",
      "parent_minor": "603.6",
      "source": "030.txt"
    }
  },
  {
    "id": "603.6.1.1",
    "text": "CONTEXT: 603 > 603.6 | CONTENT: 603.6.1.1 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge. [CONT.]: 603.6.1.1 Materials. All air duct materials shall be suitable for continuous exposure to the temperature and humidity conditions of the environmental air in the air duct. Air ducts shall b e constructed of any of the following materials: 1. Iron, steel, aluminum, copper, concrete, masonry or clay tile. 2. Class 0 or Class 1 rigid or flexible air ducts tested in accordance with UL 181 and installed in conformance with the conditions of the li sting. Exceptions: 1. Class 0 or Class 1 rigid or flexible air duct shall not be used as a vertical air duct that is more than two stories in height. 2. Class 0 or Class 1 rigid or flexible air ducts shall not be used for air ducts con - taining air at tempe ratures in excess of 250\u00b0F (121.1\u00b0C). 3. Where the temperature of the conveyed air does not exceed 125\u00b0F (51.7\u00b0C) in normal service, negative pressure exhaust or return air ducts shall be permitted to be constructed of gypsum board having a maximum flame s pread index/rating of 25 without evidence of continued progressive combustion and a maximum smoke - developed index/rating of 50. Air ducts formed by gypsum boards shall have a surface temperature maintained above the airstream dew - point temperature, and sha ll not be used in air - handling systems utilizing evaporative coolers. Exception: The maximum conveyed air temperature of 125\u00b0F (51.7\u00b0C) shall not apply to gypsum board material used for post - fire smoke purge.",
    "metadata": {
      "section_full": "603.6.1.1",
      "parent_major": "603",
      "parent_minor": "603.6",
      "source": "030.txt"
    }
  },
  {
    "id": "603.6.1.2",
    "text": "CONTEXT: 603 > 603.6 | CONTENT: 603.6.1.2 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system. [CONT.]: 603.6.1.2 Installation. The materials, thicknes s, construction, and installation of ducts shall provide structural strength and durability in conformance with recognized good practice. Air ducts shall be considered to be in compliance with this requirement where constructed and installed in accordance with the New York City Building Code . Where no standard exists for the construction of air ducts, they shall be constructed to withstand both the positive and negative pressures of the system.",
    "metadata": {
      "section_full": "603.6.1.2",
      "parent_major": "603",
      "parent_minor": "603.6",
      "source": "030.txt"
    }
  },
  {
    "id": "603.6.2",
    "text": "CONTEXT: 603 > 603.6 | CONTENT: 603.6.2 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors. [CONT.]: 603.6.2 Air connectors. Air connectors are limited - use, flexibl e air ducts that are required to conform to other provisions applicable to air ducts and shall meet the following requirements: 1. Air connectors shall conform to the requirements for Class 0 or Class 1 connectors when tested and approved in accordance wit h UL 181. 2. Class 0 or Class 1 air connectors shall not be used for ducts containing air at temperatures in excess of 250\u00b0F (121.1\u00b0C). 3. Air connector runs shall not exceed 14 feet (4267.2 mm) in length. 4. Air connectors shall not penetrate any rated wa ll, partition, or shaft that is required to have a fire - resistance rating of 1 hour or more. 5. Air connectors shall not pass through floors.",
    "metadata": {
      "section_full": "603.6.2",
      "parent_major": "603",
      "parent_minor": "603.6",
      "source": "030.txt"
    }
  },
  {
    "id": "603.6.3",
    "text": "CONTEXT: 603 > 603.6 | CONTENT: 603.6.3 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS [CONT.]: 603.6.3 Flexible air duct and air connector clearance. Flexible air ducts and air connectors shall be installed wi th a minimum clearance to an appliance as specified in the appliance manufacturer\u2019s instructions. DUCT SYSTEMS",
    "metadata": {
      "section_full": "603.6.3",
      "parent_major": "603",
      "parent_minor": "603.6",
      "source": "030.txt"
    }
  },
  {
    "id": "603.7",
    "text": "CONTEXT: 603 > 603.7 | CONTENT: 603.7 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code . [CONT.]: 603.7 Rigid duct penetrations. Duct system penetrations of walls, floors, ceilings and roofs and air transfer openings in such building components shall be protected as required by Section 607. Ducts in a private garage that penetrate a wall or ceiling that separates a dwelling from a p rivate garage shall be continuous, shall be constructed of sheet steel having a thickness of not less than 0.0187 inch (0.4712 mm) (No. 26 gage) and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing thro ugh the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the New York City Building Code .",
    "metadata": {
      "section_full": "603.7",
      "parent_major": "603",
      "parent_minor": "603.7",
      "source": "030.txt"
    }
  },
  {
    "id": "603.8",
    "text": "CONTEXT: 603 > 603.8 | CONTENT: 603.8 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete. [CONT.]: 603.8 Underground ducts. Ducts shall be approved for underground installation. Metallic ducts not having an approved protective coating shall be completely encased in not less than 2 inches (50.8 mm) of concrete.",
    "metadata": {
      "section_full": "603.8",
      "parent_major": "603",
      "parent_minor": "603.8",
      "source": "030.txt"
    }
  },
  {
    "id": "603.8.1",
    "text": "CONTEXT: 603 > 603.8 | CONTENT: 603.8.1 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access. [CONT.]: 603.8.1 Slope. Ducts shall have a minimum slope of 1 / 8 inch per foot (10.4 mm/m) to allow drainage to a point provided with access.",
    "metadata": {
      "section_full": "603.8.1",
      "parent_major": "603",
      "parent_minor": "603.8",
      "source": "030.txt"
    }
  },
  {
    "id": "603.8.2",
    "text": "CONTEXT: 603 > 603.8 | CONTENT: 603.8.2 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement. [CONT.]: 603.8.2 Sealing. Ducts shall be sealed and secured prior to pouring the concrete encasement.",
    "metadata": {
      "section_full": "603.8.2",
      "parent_major": "603",
      "parent_minor": "603.8",
      "source": "030.txt"
    }
  },
  {
    "id": "603.8.3",
    "text": "CONTEXT: 603 > 603.8 | CONTENT: 603.8.3 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 Plastic ducts and fittings. Plastic ducts shall be constructed of PVC having a minimum pipe stiffness of 8 psi (55.1 kPa) at 5 - percent deflection when tested in accordance with ASTM D 2412. Plastic duct fittings shall be constructed of either PVC or high - density polyethylene. Plastic duct and fittings shall be utilized in underground installations only. The maximum design temperature for systems utilizing plastic duct and f ittings shall be 150\u00b0F (65.6\u00b0C). [CONT.]: 603.8.3 D 2466 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, Plastic Pipe, Schedules 40,80 and 120 .............................................................................. Table 1202.4, Table [CONT.]: 603.8.3 D 2466 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, Plastic Pipe, Schedules 40,80 and 120 .............................................................................. Table 1202.4, Table [CONT.]: 603.8.3 D 2466 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, REFERENCED STANDARDS Schedule 40 ................................ ................................ ................................ .... Table 1202.5, Table [CONT.]: 603.8.3 D 2466 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, REFERENCED STANDARDS Schedule 40 ................................ ................................ ................................ .... Table 1202.5, Table [CONT.]: 603.8.3 D 2466 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, REFERENCED STANDARDS Schedule 40 ................................ ................................ ................................ .... Table 1202.5, Table [CONT.]: 603.8.3 D 2466 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, REFERENCED STANDARDS Schedule 40 ................................ ................................ ................................ .... Table 1202.5, Table [CONT.]: 603.8.3 D 2466 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, REFERENCED STANDARDS Schedule 40 ................................ ................................ ................................ .... Table 1202.5, Table [CONT.]: 603.8.3 D 2466 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, REFERENCED STANDARDS Schedule 40 ................................ ................................ ................................ .... Table 1202.5, Table",
    "metadata": {
      "section_full": "603.8.3",
      "parent_major": "603",
      "parent_minor": "603.8",
      "source": "030.txt"
    }
  },
  {
    "id": "603.9",
    "text": "CONTEXT: 603 > 603.9 | CONTENT: 603.9 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 Joints, seams and connections. All longitudinal and transverse joints, seams and connections in metallic and nonmetallic ducts shall be constructed as specified in SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal an d Flexible and NAIMA Fibrous Glass Duct Construction Standards. All joints, longitudinal and transverse seams and connections in ductwork shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic - plus - embedded - fabric systems, l iquid sealants or tapes. Tapes and mastics used to seal fibrous glass ductwork shall be listed and labeled in accordance with UL 181A and shall be marked \u201c181 A - P\u201d for pressure - sensitive tape, \u201c181 A - M\u201d for mastic or \u201c181 A - H\u201d for heat - sensitive tape. Tape s and mastics used to seal metallic and flexible air ducts and flexible air connectors shall comply with UL 181B and shall be marked \u201c 181 B - FX\u201d for pressure - sensitive tape or \u201c 181 B - M\u201d for mastic. Duct connections to flanges of air distribution system equi pment shall be sealed and mechanically fastened. Mechanical fasteners for use with flexible nonmetallic air ducts shall comply with UL 181B and shall be marked \u201c 181 B - C.\u201d Closure systems used to seal all ductwork shall be installed in accordance with the m anufacturer\u2019s instructions. Exception: For ducts having a static pressure classification of less than 2 inch w.c. (497.7 Pa ) , additional closure systems shall not be required for continuously welded joints and seams and locking - type joints and seams of ot her than the snap - lock and buttonlock types. [CONT.]: 603.9 181B \u2014 2013 Closure Systems for Use with Flexible Air Ducts and Air Connectors ........................................................ [CONT.]: 603.9 197 \u2014 10 Commercial Electric Cooking Appliances \u2014 with revisions through June 2011 ........................................... [CONT.]: 603.9 181B \u2014 2013 Closure Systems for Use with Flexible Air Ducts and Air Connectors ........................................................ [CONT.]: 603.9 197 \u2014 10 Commercial Electric Cooking Appliances \u2014 with revisions through June 2011 ...........................................",
    "metadata": {
      "section_full": "603.9",
      "parent_major": "603",
      "parent_minor": "603.9",
      "source": "030.txt"
    }
  },
  {
    "id": "603.10",
    "text": "CONTEXT: 603 > 603.10 | CONTENT: 603.10 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings. [CONT.]: 603.10 Supports. Ducts shall be supported SMACNA/ANSI HVAC Duct Construction Standards \u2014 Metal and Flexible. Flexible and other factory - made ducts shall be supported in accordance with the manufacturer\u2019s instructi ons. Ducts shall not be hung from or supported by suspended ceilings.",
    "metadata": {
      "section_full": "603.10",
      "parent_major": "603",
      "parent_minor": "603.10",
      "source": "030.txt"
    }
  },
  {
    "id": "603.11",
    "text": "CONTEXT: 603 > 603.11 | CONTENT: 603.11 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions. [CONT.]: 603.11 Furnace connections. Ducts connecting to a furnace shall have a clearance to combustibles in accordance with the furnace manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "603.11",
      "parent_major": "603",
      "parent_minor": "603.11",
      "source": "030.txt"
    }
  },
  {
    "id": "603.11.1",
    "text": "CONTEXT: 603 > 603.11 | CONTENT: 603.11.1 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances. [CONT.]: 603.11.1 Air duct at heat sources. Where heat sources from electrical equipment, fossil fuel - burning equipment, or solar energy collection equipment are installed in air ducts, the installation shall avoid the creation of a fire hazard. Air ducts rated as Class 1 in accordance with UL 181, air duct coverings, and linings shall be interrupted at the immediate area of operation of such heat sources in order to meet the clearances specified in the equipment listing. 1. Appliances listed for zero clearance from combustibles where installed with the conditions of their listings. 2. Insulation specifically suitable for the maximum temperature that reasonably can be anticipated on the duct surface shall be permitted to be in stalled at the immediate area of operation of such appliances.",
    "metadata": {
      "section_full": "603.11.1",
      "parent_major": "603",
      "parent_minor": "603.11",
      "source": "030.txt"
    }
  },
  {
    "id": "603.12",
    "text": "CONTEXT: 603 > 603.12 | CONTENT: 603.12 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct. [CONT.]: 603.12 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of any duct.",
    "metadata": {
      "section_full": "603.12",
      "parent_major": "603",
      "parent_minor": "603.12",
      "source": "030.txt"
    }
  },
  {
    "id": "603.13",
    "text": "CONTEXT: 603 > 603.13 | CONTENT: 603.13 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. DUCT SYSTEMS [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. DUCT SYSTEMS [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. DUCT SYSTEMS [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. DUCT SYSTEMS [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. DUCT SYSTEMS [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. DUCT SYSTEMS [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. DUCT SYSTEMS [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. DUCT SYSTEMS [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. DUCT SYSTEMS [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. DUCT SYSTEMS [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. DUCT SYSTEMS [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. DUCT SYSTEMS [CONT.]: 603.13 Flood hazard areas. For structures in flood hazard areas , ducts shall comply with the additional requirements of Appendix G of the New York City Building Code. DUCT SYSTEMS",
    "metadata": {
      "section_full": "603.13",
      "parent_major": "603",
      "parent_minor": "603.13",
      "source": "030.txt"
    }
  },
  {
    "id": "603.14",
    "text": "CONTEXT: 603 > 603.14 | CONTENT: 603.14 603.14 Location. Ducts shall not be installed in or within 4 inches (101.6 mm) of the earth, except where such ducts comply with Section 603.8. [CONT.]: 603.14 Location. Ducts shall not be installed in or within 4 inches (101.6 mm) of the earth, except where such ducts comply with Section 603.8. [CONT.]: 603.14 Location. Ducts shall not be installed in or within 4 inches (101.6 mm) of the earth, except where such ducts comply with Section 603.8. [CONT.]: 603.14 Location. Ducts shall not be installed in or within 4 inches (101.6 mm) of the earth, except where such ducts comply with Section 603.8. [CONT.]: 603.14 Location. Ducts shall not be installed in or within 4 inches (101.6 mm) of the earth, except where such ducts comply with Section 603.8. [CONT.]: 603.14 Location. Ducts shall not be installed in or within 4 inches (101.6 mm) of the earth, except where such ducts comply with Section 603.8. [CONT.]: 603.14 Location. Ducts shall not be installed in or within 4 inches (101.6 mm) of the earth, except where such ducts comply with Section 603.8. [CONT.]: 603.14 Location. Ducts shall not be installed in or within 4 inches (101.6 mm) of the earth, except where such ducts comply with Section 603.8. [CONT.]: 603.14 Location. Ducts shall not be installed in or within 4 inches (101.6 mm) of the earth, except where such ducts comply with Section 603.8. [CONT.]: 603.14 Location. Ducts shall not be installed in or within 4 inches (101.6 mm) of the earth, except where such ducts comply with Section 603.8. [CONT.]: 603.14 Location. Ducts shall not be installed in or within 4 inches (101.6 mm) of the earth, except where such ducts comply with Section 603.8. [CONT.]: 603.14 Location. Ducts shall not be installed in or within 4 inches (101.6 mm) of the earth, except where such ducts comply with Section 603.8. [CONT.]: 603.14 Location. Ducts shall not be installed in or within 4 inches (101.6 mm) of the earth, except where such ducts comply with Section 603.8.",
    "metadata": {
      "section_full": "603.14",
      "parent_major": "603",
      "parent_minor": "603.14",
      "source": "030.txt"
    }
  },
  {
    "id": "603.15",
    "text": "CONTEXT: 603 > 603.15 | CONTENT: 603.15 603.15 Mechanical prot ection. Ducts installed in locations where they are exposed to mechanical damage by vehicles or from other causes shall be protected by approved vehicle barriers as required by the New York City Building Code . [CONT.]: 603.15 Mechanical prot ection. Ducts installed in locations where they are exposed to mechanical damage by vehicles or from other causes shall be protected by approved vehicle barriers as required by the New York City Building Code . [CONT.]: 603.15 Mechanical prot ection. Ducts installed in locations where they are exposed to mechanical damage by vehicles or from other causes shall be protected by approved vehicle barriers as required by the New York City Building Code . [CONT.]: 603.15 Mechanical prot ection. Ducts installed in locations where they are exposed to mechanical damage by vehicles or from other causes shall be protected by approved vehicle barriers as required by the New York City Building Code . [CONT.]: 603.15 Mechanical prot ection. Ducts installed in locations where they are exposed to mechanical damage by vehicles or from other causes shall be protected by approved vehicle barriers as required by the New York City Building Code . [CONT.]: 603.15 Mechanical prot ection. Ducts installed in locations where they are exposed to mechanical damage by vehicles or from other causes shall be protected by approved vehicle barriers as required by the New York City Building Code . [CONT.]: 603.15 Mechanical prot ection. Ducts installed in locations where they are exposed to mechanical damage by vehicles or from other causes shall be protected by approved vehicle barriers as required by the New York City Building Code . [CONT.]: 603.15 Mechanical prot ection. Ducts installed in locations where they are exposed to mechanical damage by vehicles or from other causes shall be protected by approved vehicle barriers as required by the New York City Building Code . [CONT.]: 603.15 Mechanical prot ection. Ducts installed in locations where they are exposed to mechanical damage by vehicles or from other causes shall be protected by approved vehicle barriers as required by the New York City Building Code . [CONT.]: 603.15 Mechanical prot ection. Ducts installed in locations where they are exposed to mechanical damage by vehicles or from other causes shall be protected by approved vehicle barriers as required by the New York City Building Code . [CONT.]: 603.15 Mechanical prot ection. Ducts installed in locations where they are exposed to mechanical damage by vehicles or from other causes shall be protected by approved vehicle barriers as required by the New York City Building Code . [CONT.]: 603.15 Mechanical prot ection. Ducts installed in locations where they are exposed to mechanical damage by vehicles or from other causes shall be protected by approved vehicle barriers as required by the New York City Building Code . [CONT.]: 603.15 Mechanical prot ection. Ducts installed in locations where they are exposed to mechanical damage by vehicles or from other causes shall be protected by approved vehicle barriers as required by the New York City Building Code .",
    "metadata": {
      "section_full": "603.15",
      "parent_major": "603",
      "parent_minor": "603.15",
      "source": "030.txt"
    }
  },
  {
    "id": "603.16",
    "text": "CONTEXT: 603 > 603.16 | CONTENT: 603.16 603.16 Weather protection. Ducts including lin ings, coverings and vibration isolation connectors installed on the exterior of the building shall be protected against the elements. [CONT.]: 603.16 Weather protection. Ducts including lin ings, coverings and vibration isolation connectors installed on the exterior of the building shall be protected against the elements. [CONT.]: 603.16 Weather protection. Ducts including lin ings, coverings and vibration isolation connectors installed on the exterior of the building shall be protected against the elements. [CONT.]: 603.16 Weather protection. Ducts including lin ings, coverings and vibration isolation connectors installed on the exterior of the building shall be protected against the elements. [CONT.]: 603.16 Weather protection. Ducts including lin ings, coverings and vibration isolation connectors installed on the exterior of the building shall be protected against the elements. [CONT.]: 603.16 Weather protection. Ducts including lin ings, coverings and vibration isolation connectors installed on the exterior of the building shall be protected against the elements. [CONT.]: 603.16 Weather protection. Ducts including lin ings, coverings and vibration isolation connectors installed on the exterior of the building shall be protected against the elements. [CONT.]: 603.16 Weather protection. Ducts including lin ings, coverings and vibration isolation connectors installed on the exterior of the building shall be protected against the elements. [CONT.]: 603.16 Weather protection. Ducts including lin ings, coverings and vibration isolation connectors installed on the exterior of the building shall be protected against the elements. [CONT.]: 603.16 Weather protection. Ducts including lin ings, coverings and vibration isolation connectors installed on the exterior of the building shall be protected against the elements. [CONT.]: 603.16 Weather protection. Ducts including lin ings, coverings and vibration isolation connectors installed on the exterior of the building shall be protected against the elements. [CONT.]: 603.16 Weather protection. Ducts including lin ings, coverings and vibration isolation connectors installed on the exterior of the building shall be protected against the elements. [CONT.]: 603.16 Weather protection. Ducts including lin ings, coverings and vibration isolation connectors installed on the exterior of the building shall be protected against the elements.",
    "metadata": {
      "section_full": "603.16",
      "parent_major": "603",
      "parent_minor": "603.16",
      "source": "030.txt"
    }
  },
  {
    "id": "603.17",
    "text": "CONTEXT: 603 > 603.17 | CONTENT: 603.17 603.17 Air dispersion systems. Air dispersion systems shall: 1. Be installed entirely in exposed locations or in underfloor air supply plenums. 2. Be utilized in systems under positive pressure. 3. Not pass through or penetrate fire - resistant - rated construction. 4. Be listed and labeled in compliance with UL 2518. [CONT.]: 603.17 Air dispersion systems. Air dispersion systems shall: 1. Be installed entirely in exposed locations or in underfloor air supply plenums. 2. Be utilized in systems under positive pressure. 3. Not pass through or penetrate fire - resistant - rated construction. 4. Be listed and labeled in compliance with UL 2518. [CONT.]: 603.17 Air dispersion systems. Air dispersion systems shall: 1. Be installed entirely in exposed locations or in underfloor air supply plenums. 2. Be utilized in systems under positive pressure. 3. Not pass through or penetrate fire - resistant - rated construction. 4. Be listed and labeled in compliance with UL 2518. [CONT.]: 603.17 Air dispersion systems. Air dispersion systems shall: 1. Be installed entirely in exposed locations or in underfloor air supply plenums. 2. Be utilized in systems under positive pressure. 3. Not pass through or penetrate fire - resistant - rated construction. 4. Be listed and labeled in compliance with UL 2518. [CONT.]: 603.17 Air dispersion systems. Air dispersion systems shall: 1. Be installed entirely in exposed locations or in underfloor air supply plenums. 2. Be utilized in systems under positive pressure. 3. Not pass through or penetrate fire - resistant - rated construction. 4. Be listed and labeled in compliance with UL 2518. [CONT.]: 603.17 Air dispersion systems. Air dispersion systems shall: 1. Be installed entirely in exposed locations or in underfloor air supply plenums. 2. Be utilized in systems under positive pressure. 3. Not pass through or penetrate fire - resistant - rated construction. 4. Be listed and labeled in compliance with UL 2518. [CONT.]: 603.17 Air dispersion systems. Air dispersion systems shall: 1. Be installed entirely in exposed locations or in underfloor air supply plenums. 2. Be utilized in systems under positive pressure. 3. Not pass through or penetrate fire - resistant - rated construction. 4. Be listed and labeled in compliance with UL 2518. [CONT.]: 603.17 Air dispersion systems. Air dispersion systems shall: 1. Be installed entirely in exposed locations or in underfloor air supply plenums. 2. Be utilized in systems under positive pressure. 3. Not pass through or penetrate fire - resistant - rated construction. 4. Be listed and labeled in compliance with UL 2518. [CONT.]: 603.17 Air dispersion systems. Air dispersion systems shall: 1. Be installed entirely in exposed locations or in underfloor air supply plenums. 2. Be utilized in systems under positive pressure. 3. Not pass through or penetrate fire - resistant - rated construction. 4. Be listed and labeled in compliance with UL 2518. [CONT.]: 603.17 Air dispersion systems. Air dispersion systems shall: 1. Be installed entirely in exposed locations or in underfloor air supply plenums. 2. Be utilized in systems under positive pressure. 3. Not pass through or penetrate fire - resistant - rated construction. 4. Be listed and labeled in compliance with UL 2518. [CONT.]: 603.17 Air dispersion systems. Air dispersion systems shall: 1. Be installed entirely in exposed locations or in underfloor air supply plenums. 2. Be utilized in systems under positive pressure. 3. Not pass through or penetrate fire - resistant - rated construction. 4. Be listed and labeled in compliance with UL 2518. [CONT.]: 603.17 Air dispersion systems. Air dispersion systems shall: 1. Be installed entirely in exposed locations or in underfloor air supply plenums. 2. Be utilized in systems under positive pressure. 3. Not pass through or penetrate fire - resistant - rated construction. 4. Be listed and labeled in compliance with UL 2518. [CONT.]: 603.17 Air dispersion systems. Air dispersion systems shall: 1. Be installed entirely in exposed locations or in underfloor air supply plenums. 2. Be utilized in systems under positive pressure. 3. Not pass through or penetrate fire - resistant - rated construction. 4. Be listed and labeled in compliance with UL 2518. [CONT.]: 603.17 2561 \u2014 16 Standard for 1400 Degree Fahrenheit Factory Built Chimneys ....................................................................",
    "metadata": {
      "section_full": "603.17",
      "parent_major": "603",
      "parent_minor": "603.17",
      "source": "030.txt"
    }
  },
  {
    "id": "603.18",
    "text": "CONTEXT: 603 > 603.18 | CONTENT: 603.18 603.18 Registers, grilles and diffusers. Duct registe rs, grilles and diffusers shall be installed in accordance with the manufacturer\u2019s instructions and securely fastened to the ductwork. Volume dampers or other means of supply air adjustment shall be provided in the branch ducts or at each individual duct r egister, grille or diffuser. Each volume damper or other means of supply air adjustment used in balancing shall be provided with access. [CONT.]: 603.18 Registers, grilles and diffusers. Duct registe rs, grilles and diffusers shall be installed in accordance with the manufacturer\u2019s instructions and securely fastened to the ductwork. Volume dampers or other means of supply air adjustment shall be provided in the branch ducts or at each individual duct r egister, grille or diffuser. Each volume damper or other means of supply air adjustment used in balancing shall be provided with access. [CONT.]: 603.18 Registers, grilles and diffusers. Duct registe rs, grilles and diffusers shall be installed in accordance with the manufacturer\u2019s instructions and securely fastened to the ductwork. Volume dampers or other means of supply air adjustment shall be provided in the branch ducts or at each individual duct r egister, grille or diffuser. Each volume damper or other means of supply air adjustment used in balancing shall be provided with access. [CONT.]: 603.18 Registers, grilles and diffusers. Duct registe rs, grilles and diffusers shall be installed in accordance with the manufacturer\u2019s instructions and securely fastened to the ductwork. Volume dampers or other means of supply air adjustment shall be provided in the branch ducts or at each individual duct r egister, grille or diffuser. Each volume damper or other means of supply air adjustment used in balancing shall be provided with access. [CONT.]: 603.18 Registers, grilles and diffusers. Duct registe rs, grilles and diffusers shall be installed in accordance with the manufacturer\u2019s instructions and securely fastened to the ductwork. Volume dampers or other means of supply air adjustment shall be provided in the branch ducts or at each individual duct r egister, grille or diffuser. Each volume damper or other means of supply air adjustment used in balancing shall be provided with access. [CONT.]: 603.18 Registers, grilles and diffusers. Duct registe rs, grilles and diffusers shall be installed in accordance with the manufacturer\u2019s instructions and securely fastened to the ductwork. Volume dampers or other means of supply air adjustment shall be provided in the branch ducts or at each individual duct r egister, grille or diffuser. Each volume damper or other means of supply air adjustment used in balancing shall be provided with access. [CONT.]: 603.18 Registers, grilles and diffusers. Duct registe rs, grilles and diffusers shall be installed in accordance with the manufacturer\u2019s instructions and securely fastened to the ductwork. Volume dampers or other means of supply air adjustment shall be provided in the branch ducts or at each individual duct r egister, grille or diffuser. Each volume damper or other means of supply air adjustment used in balancing shall be provided with access. [CONT.]: 603.18 Registers, grilles and diffusers. Duct registe rs, grilles and diffusers shall be installed in accordance with the manufacturer\u2019s instructions and securely fastened to the ductwork. Volume dampers or other means of supply air adjustment shall be provided in the branch ducts or at each individual duct r egister, grille or diffuser. Each volume damper or other means of supply air adjustment used in balancing shall be provided with access. [CONT.]: 603.18 Registers, grilles and diffusers. Duct registe rs, grilles and diffusers shall be installed in accordance with the manufacturer\u2019s instructions and securely fastened to the ductwork. Volume dampers or other means of supply air adjustment shall be provided in the branch ducts or at each individual duct r egister, grille or diffuser. Each volume damper or other means of supply air adjustment used in balancing shall be provided with access. [CONT.]: 603.18 Registers, grilles and diffusers. Duct registe rs, grilles and diffusers shall be installed in accordance with the manufacturer\u2019s instructions and securely fastened to the ductwork. Volume dampers or other means of supply air adjustment shall be provided in the branch ducts or at each individual duct r egister, grille or diffuser. Each volume damper or other means of supply air adjustment used in balancing shall be provided with access. [CONT.]: 603.18 Registers, grilles and diffusers. Duct registe rs, grilles and diffusers shall be installed in accordance with the manufacturer\u2019s instructions and securely fastened to the ductwork. Volume dampers or other means of supply air adjustment shall be provided in the branch ducts or at each individual duct r egister, grille or diffuser. Each volume damper or other means of supply air adjustment used in balancing shall be provided with access. [CONT.]: 603.18 Registers, grilles and diffusers. Duct registe rs, grilles and diffusers shall be installed in accordance with the manufacturer\u2019s instructions and securely fastened to the ductwork. Volume dampers or other means of supply air adjustment shall be provided in the branch ducts or at each individual duct r egister, grille or diffuser. Each volume damper or other means of supply air adjustment used in balancing shall be provided with access. [CONT.]: 603.18 Registers, grilles and diffusers. Duct registe rs, grilles and diffusers shall be installed in accordance with the manufacturer\u2019s instructions and securely fastened to the ductwork. Volume dampers or other means of supply air adjustment shall be provided in the branch ducts or at each individual duct r egister, grille or diffuser. Each volume damper or other means of supply air adjustment used in balancing shall be provided with access.",
    "metadata": {
      "section_full": "603.18",
      "parent_major": "603",
      "parent_minor": "603.18",
      "source": "030.txt"
    }
  },
  {
    "id": "603.18.1",
    "text": "CONTEXT: 603 > 603.18 | CONTENT: 603.18.1 603.18.1 Floor registers. Floor registers shall resist, without structural failure, a 200 - pound (90.8 kg) concentrated load on a 2 - inch - diameter (50.8 mm) disc applied to the most critical area of the exposed face. [CONT.]: 603.18.1 Floor registers. Floor registers shall resist, without structural failure, a 200 - pound (90.8 kg) concentrated load on a 2 - inch - diameter (50.8 mm) disc applied to the most critical area of the exposed face. [CONT.]: 603.18.1 Floor registers. Floor registers shall resist, without structural failure, a 200 - pound (90.8 kg) concentrated load on a 2 - inch - diameter (50.8 mm) disc applied to the most critical area of the exposed face. [CONT.]: 603.18.1 Floor registers. Floor registers shall resist, without structural failure, a 200 - pound (90.8 kg) concentrated load on a 2 - inch - diameter (50.8 mm) disc applied to the most critical area of the exposed face. [CONT.]: 603.18.1 Floor registers. Floor registers shall resist, without structural failure, a 200 - pound (90.8 kg) concentrated load on a 2 - inch - diameter (50.8 mm) disc applied to the most critical area of the exposed face. [CONT.]: 603.18.1 Floor registers. Floor registers shall resist, without structural failure, a 200 - pound (90.8 kg) concentrated load on a 2 - inch - diameter (50.8 mm) disc applied to the most critical area of the exposed face. [CONT.]: 603.18.1 Floor registers. Floor registers shall resist, without structural failure, a 200 - pound (90.8 kg) concentrated load on a 2 - inch - diameter (50.8 mm) disc applied to the most critical area of the exposed face. [CONT.]: 603.18.1 Floor registers. Floor registers shall resist, without structural failure, a 200 - pound (90.8 kg) concentrated load on a 2 - inch - diameter (50.8 mm) disc applied to the most critical area of the exposed face. [CONT.]: 603.18.1 Floor registers. Floor registers shall resist, without structural failure, a 200 - pound (90.8 kg) concentrated load on a 2 - inch - diameter (50.8 mm) disc applied to the most critical area of the exposed face. [CONT.]: 603.18.1 Floor registers. Floor registers shall resist, without structural failure, a 200 - pound (90.8 kg) concentrated load on a 2 - inch - diameter (50.8 mm) disc applied to the most critical area of the exposed face. [CONT.]: 603.18.1 Floor registers. Floor registers shall resist, without structural failure, a 200 - pound (90.8 kg) concentrated load on a 2 - inch - diameter (50.8 mm) disc applied to the most critical area of the exposed face. [CONT.]: 603.18.1 Floor registers. Floor registers shall resist, without structural failure, a 200 - pound (90.8 kg) concentrated load on a 2 - inch - diameter (50.8 mm) disc applied to the most critical area of the exposed face. [CONT.]: 603.18.1 Floor registers. Floor registers shall resist, without structural failure, a 200 - pound (90.8 kg) concentrated load on a 2 - inch - diameter (50.8 mm) disc applied to the most critical area of the exposed face.",
    "metadata": {
      "section_full": "603.18.1",
      "parent_major": "603",
      "parent_minor": "603.18",
      "source": "030.txt"
    }
  },
  {
    "id": "603.18.2",
    "text": "CONTEXT: 603 > 603.18 | CONTENT: 603.18.2 603.18.2 Prohibited locations. Diffusers, registers and grilles shall be prohibited in the floor or its upward extension within toilet and bathing rooms require d by the New York City Building Code to have smooth, hard, nonabsorbent surfaces. Exception: In R - 3 occupancies. [CONT.]: 603.18.2 Prohibited locations. Diffusers, registers and grilles shall be prohibited in the floor or its upward extension within toilet and bathing rooms require d by the New York City Building Code to have smooth, hard, nonabsorbent surfaces. Exception: In R - 3 occupancies. [CONT.]: 603.18.2 Prohibited locations. Diffusers, registers and grilles shall be prohibited in the floor or its upward extension within toilet and bathing rooms require d by the New York City Building Code to have smooth, hard, nonabsorbent surfaces. Exception: In R - 3 occupancies. [CONT.]: 603.18.2 Prohibited locations. Diffusers, registers and grilles shall be prohibited in the floor or its upward extension within toilet and bathing rooms require d by the New York City Building Code to have smooth, hard, nonabsorbent surfaces. Exception: In R - 3 occupancies. [CONT.]: 603.18.2 Prohibited locations. Diffusers, registers and grilles shall be prohibited in the floor or its upward extension within toilet and bathing rooms require d by the New York City Building Code to have smooth, hard, nonabsorbent surfaces. Exception: In R - 3 occupancies. [CONT.]: 603.18.2 Prohibited locations. Diffusers, registers and grilles shall be prohibited in the floor or its upward extension within toilet and bathing rooms require d by the New York City Building Code to have smooth, hard, nonabsorbent surfaces. Exception: In R - 3 occupancies. [CONT.]: 603.18.2 Prohibited locations. Diffusers, registers and grilles shall be prohibited in the floor or its upward extension within toilet and bathing rooms require d by the New York City Building Code to have smooth, hard, nonabsorbent surfaces. Exception: In R - 3 occupancies. [CONT.]: 603.18.2 Prohibited locations. Diffusers, registers and grilles shall be prohibited in the floor or its upward extension within toilet and bathing rooms require d by the New York City Building Code to have smooth, hard, nonabsorbent surfaces. Exception: In R - 3 occupancies. [CONT.]: 603.18.2 Prohibited locations. Diffusers, registers and grilles shall be prohibited in the floor or its upward extension within toilet and bathing rooms require d by the New York City Building Code to have smooth, hard, nonabsorbent surfaces. Exception: In R - 3 occupancies. [CONT.]: 603.18.2 Prohibited locations. Diffusers, registers and grilles shall be prohibited in the floor or its upward extension within toilet and bathing rooms require d by the New York City Building Code to have smooth, hard, nonabsorbent surfaces. Exception: In R - 3 occupancies. [CONT.]: 603.18.2 Prohibited locations. Diffusers, registers and grilles shall be prohibited in the floor or its upward extension within toilet and bathing rooms require d by the New York City Building Code to have smooth, hard, nonabsorbent surfaces. Exception: In R - 3 occupancies. [CONT.]: 603.18.2 Prohibited locations. Diffusers, registers and grilles shall be prohibited in the floor or its upward extension within toilet and bathing rooms require d by the New York City Building Code to have smooth, hard, nonabsorbent surfaces. Exception: In R - 3 occupancies. [CONT.]: 603.18.2 Prohibited locations. Diffusers, registers and grilles shall be prohibited in the floor or its upward extension within toilet and bathing rooms require d by the New York City Building Code to have smooth, hard, nonabsorbent surfaces. Exception: In R - 3 occupancies.",
    "metadata": {
      "section_full": "603.18.2",
      "parent_major": "603",
      "parent_minor": "603.18",
      "source": "030.txt"
    }
  },
  {
    "id": "603.19",
    "text": "CONTEXT: 603 > 603.19 | CONTENT: 603.19 603.19 Vibration isolation connectors. Vibration isolation connectors in duct systems shall be made of an approved flame - retardant fabric or sh all consist of sleeve joints with packing of approved material, each having a maximum flame spread index/rating of 25 and a maximum smoke - developed rating of 50. The fabric shall have a maximum length of 10 inches (254 mm) in the direction of airflow. SECT ION MC 604 INSULATION [CONT.]: 603.19 Vibration isolation connectors. Vibration isolation connectors in duct systems shall be made of an approved flame - retardant fabric or sh all consist of sleeve joints with packing of approved material, each having a maximum flame spread index/rating of 25 and a maximum smoke - developed rating of 50. The fabric shall have a maximum length of 10 inches (254 mm) in the direction of airflow. SECT ION MC 604 INSULATION [CONT.]: 603.19 Vibration isolation connectors. Vibration isolation connectors in duct systems shall be made of an approved flame - retardant fabric or sh all consist of sleeve joints with packing of approved material, each having a maximum flame spread index/rating of 25 and a maximum smoke - developed rating of 50. The fabric shall have a maximum length of 10 inches (254 mm) in the direction of airflow. SECT ION MC 604 INSULATION [CONT.]: 603.19 Vibration isolation connectors. Vibration isolation connectors in duct systems shall be made of an approved flame - retardant fabric or sh all consist of sleeve joints with packing of approved material, each having a maximum flame spread index/rating of 25 and a maximum smoke - developed rating of 50. The fabric shall have a maximum length of 10 inches (254 mm) in the direction of airflow. SECT ION MC 604 INSULATION [CONT.]: 603.19 Vibration isolation connectors. Vibration isolation connectors in duct systems shall be made of an approved flame - retardant fabric or sh all consist of sleeve joints with packing of approved material, each having a maximum flame spread index/rating of 25 and a maximum smoke - developed rating of 50. The fabric shall have a maximum length of 10 inches (254 mm) in the direction of airflow. SECT ION MC 604 INSULATION [CONT.]: 603.19 Vibration isolation connectors. Vibration isolation connectors in duct systems shall be made of an approved flame - retardant fabric or sh all consist of sleeve joints with packing of approved material, each having a maximum flame spread index/rating of 25 and a maximum smoke - developed rating of 50. The fabric shall have a maximum length of 10 inches (254 mm) in the direction of airflow. SECT ION MC 604 INSULATION [CONT.]: 603.19 Vibration isolation connectors. Vibration isolation connectors in duct systems shall be made of an approved flame - retardant fabric or sh all consist of sleeve joints with packing of approved material, each having a maximum flame spread index/rating of 25 and a maximum smoke - developed rating of 50. The fabric shall have a maximum length of 10 inches (254 mm) in the direction of airflow. SECT ION MC 604 INSULATION [CONT.]: 603.19 Vibration isolation connectors. Vibration isolation connectors in duct systems shall be made of an approved flame - retardant fabric or sh all consist of sleeve joints with packing of approved material, each having a maximum flame spread index/rating of 25 and a maximum smoke - developed rating of 50. The fabric shall have a maximum length of 10 inches (254 mm) in the direction of airflow. SECT ION MC 604 INSULATION [CONT.]: 603.19 Vibration isolation connectors. Vibration isolation connectors in duct systems shall be made of an approved flame - retardant fabric or sh all consist of sleeve joints with packing of approved material, each having a maximum flame spread index/rating of 25 and a maximum smoke - developed rating of 50. The fabric shall have a maximum length of 10 inches (254 mm) in the direction of airflow. SECT ION MC 604 INSULATION [CONT.]: 603.19 Vibration isolation connectors. Vibration isolation connectors in duct systems shall be made of an approved flame - retardant fabric or sh all consist of sleeve joints with packing of approved material, each having a maximum flame spread index/rating of 25 and a maximum smoke - developed rating of 50. The fabric shall have a maximum length of 10 inches (254 mm) in the direction of airflow. SECT ION MC 604 INSULATION [CONT.]: 603.19 Vibration isolation connectors. Vibration isolation connectors in duct systems shall be made of an approved flame - retardant fabric or sh all consist of sleeve joints with packing of approved material, each having a maximum flame spread index/rating of 25 and a maximum smoke - developed rating of 50. The fabric shall have a maximum length of 10 inches (254 mm) in the direction of airflow. SECT ION MC 604 INSULATION [CONT.]: 603.19 Vibration isolation connectors. Vibration isolation connectors in duct systems shall be made of an approved flame - retardant fabric or sh all consist of sleeve joints with packing of approved material, each having a maximum flame spread index/rating of 25 and a maximum smoke - developed rating of 50. The fabric shall have a maximum length of 10 inches (254 mm) in the direction of airflow. SECT ION MC 604 INSULATION [CONT.]: 603.19 Vibration isolation connectors. Vibration isolation connectors in duct systems shall be made of an approved flame - retardant fabric or sh all consist of sleeve joints with packing of approved material, each having a maximum flame spread index/rating of 25 and a maximum smoke - developed rating of 50. The fabric shall have a maximum length of 10 inches (254 mm) in the direction of airflow. SECT ION MC 604 INSULATION",
    "metadata": {
      "section_full": "603.19",
      "parent_major": "603",
      "parent_minor": "603.19",
      "source": "030.txt"
    }
  },
  {
    "id": "604.1",
    "text": "CONTEXT: 604 > 604.1 | CONTENT: 604.1 604.1 General. Duct insulation shall conform to the requirements of Sections 604.2 through 604.13 and the New York City Energy Conservation Code . [CONT.]: 604.1 General. Duct insulation shall conform to the requirements of Sections 604.2 through 604.13 and the New York City Energy Conservation Code . [CONT.]: 604.1 General. Duct insulation shall conform to the requirements of Sections 604.2 through 604.13 and the New York City Energy Conservation Code . [CONT.]: 604.1 General. Duct insulation shall conform to the requirements of Sections 604.2 through 604.13 and the New York City Energy Conservation Code . [CONT.]: 604.1 General. Duct insulation shall conform to the requirements of Sections 604.2 through 604.13 and the New York City Energy Conservation Code . [CONT.]: 604.1 General. Duct insulation shall conform to the requirements of Sections 604.2 through 604.13 and the New York City Energy Conservation Code . [CONT.]: 604.1 General. Duct insulation shall conform to the requirements of Sections 604.2 through 604.13 and the New York City Energy Conservation Code . [CONT.]: 604.1 General. Duct insulation shall conform to the requirements of Sections 604.2 through 604.13 and the New York City Energy Conservation Code . [CONT.]: 604.1 General. Duct insulation shall conform to the requirements of Sections 604.2 through 604.13 and the New York City Energy Conservation Code . [CONT.]: 604.1 General. Duct insulation shall conform to the requirements of Sections 604.2 through 604.13 and the New York City Energy Conservation Code . [CONT.]: 604.1 General. Duct insulation shall conform to the requirements of Sections 604.2 through 604.13 and the New York City Energy Conservation Code . [CONT.]: 604.1 General. Duct insulation shall conform to the requirements of Sections 604.2 through 604.13 and the New York City Energy Conservation Code . [CONT.]: 604.1 General. Duct insulation shall conform to the requirements of Sections 604.2 through 604.13 and the New York City Energy Conservation Code .",
    "metadata": {
      "section_full": "604.1",
      "parent_major": "604",
      "parent_minor": "604.1",
      "source": "030.txt"
    }
  },
  {
    "id": "604.2",
    "text": "CONTEXT: 604 > 604.2 | CONTENT: 604.2 604.2 Surface temperature. Ducts that operate at temperatures exceeding 120\u00b0F (48.9\u00b0C) shall have sufficient thermal insulation to limit the exposed surface temperature to 120\u00b0F (48.9\u00b0C). \u2021\u2021\u2021 [CONT.]: 604.2 Surface temperature. Ducts that operate at temperatures exceeding 120\u00b0F (48.9\u00b0C) shall have sufficient thermal insulation to limit the exposed surface temperature to 120\u00b0F (48.9\u00b0C). \u2021\u2021\u2021 [CONT.]: 604.2 Surface temperature. Ducts that operate at temperatures exceeding 120\u00b0F (48.9\u00b0C) shall have sufficient thermal insulation to limit the exposed surface temperature to 120\u00b0F (48.9\u00b0C). \u2021\u2021\u2021 [CONT.]: 604.2 Surface temperature. Ducts that operate at temperatures exceeding 120\u00b0F (48.9\u00b0C) shall have sufficient thermal insulation to limit the exposed surface temperature to 120\u00b0F (48.9\u00b0C). \u2021\u2021\u2021 [CONT.]: 604.2 Surface temperature. Ducts that operate at temperatures exceeding 120\u00b0F (48.9\u00b0C) shall have sufficient thermal insulation to limit the exposed surface temperature to 120\u00b0F (48.9\u00b0C). \u2021\u2021\u2021 [CONT.]: 604.2 Surface temperature. Ducts that operate at temperatures exceeding 120\u00b0F (48.9\u00b0C) shall have sufficient thermal insulation to limit the exposed surface temperature to 120\u00b0F (48.9\u00b0C). \u2021\u2021\u2021 [CONT.]: 604.2 Surface temperature. Ducts that operate at temperatures exceeding 120\u00b0F (48.9\u00b0C) shall have sufficient thermal insulation to limit the exposed surface temperature to 120\u00b0F (48.9\u00b0C). \u2021\u2021\u2021 [CONT.]: 604.2 Surface temperature. Ducts that operate at temperatures exceeding 120\u00b0F (48.9\u00b0C) shall have sufficient thermal insulation to limit the exposed surface temperature to 120\u00b0F (48.9\u00b0C). \u2021\u2021\u2021 [CONT.]: 604.2 Surface temperature. Ducts that operate at temperatures exceeding 120\u00b0F (48.9\u00b0C) shall have sufficient thermal insulation to limit the exposed surface temperature to 120\u00b0F (48.9\u00b0C). \u2021\u2021\u2021 [CONT.]: 604.2 Surface temperature. Ducts that operate at temperatures exceeding 120\u00b0F (48.9\u00b0C) shall have sufficient thermal insulation to limit the exposed surface temperature to 120\u00b0F (48.9\u00b0C). \u2021\u2021\u2021 [CONT.]: 604.2 Surface temperature. Ducts that operate at temperatures exceeding 120\u00b0F (48.9\u00b0C) shall have sufficient thermal insulation to limit the exposed surface temperature to 120\u00b0F (48.9\u00b0C). \u2021\u2021\u2021 [CONT.]: 604.2 Surface temperature. Ducts that operate at temperatures exceeding 120\u00b0F (48.9\u00b0C) shall have sufficient thermal insulation to limit the exposed surface temperature to 120\u00b0F (48.9\u00b0C). \u2021\u2021\u2021 [CONT.]: 604.2 Surface temperature. Ducts that operate at temperatures exceeding 120\u00b0F (48.9\u00b0C) shall have sufficient thermal insulation to limit the exposed surface temperature to 120\u00b0F (48.9\u00b0C). \u2021\u2021\u2021",
    "metadata": {
      "section_full": "604.2",
      "parent_major": "604",
      "parent_minor": "604.2",
      "source": "030.txt"
    }
  },
  {
    "id": "604.3",
    "text": "CONTEXT: 604 > 604.3 | CONTENT: 604.3 604.3 Coverings and linings. Coverings and linings, including adhesives where used, shall have a flame spread index not more than 25 and a smok e - developed index not more than 50, when tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting procedures of ASTM E 2231. Duct coverings and linings shall not flame, glow, smolder or smoke when tested in accordance with ASTM C 411 at the temperature to which they are exposed in service. The test temperature shall not fall below 250\u00b0F (121.1\u00b0C). Coverings and linings shall be listed and labeled. [CONT.]: 604.3 Coverings and linings. Coverings and linings, including adhesives where used, shall have a flame spread index not more than 25 and a smok e - developed index not more than 50, when tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting procedures of ASTM E 2231. Duct coverings and linings shall not flame, glow, smolder or smoke when tested in accordance with ASTM C 411 at the temperature to which they are exposed in service. The test temperature shall not fall below 250\u00b0F (121.1\u00b0C). Coverings and linings shall be listed and labeled. [CONT.]: 604.3 Coverings and linings. Coverings and linings, including adhesives where used, shall have a flame spread index not more than 25 and a smok e - developed index not more than 50, when tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting procedures of ASTM E 2231. Duct coverings and linings shall not flame, glow, smolder or smoke when tested in accordance with ASTM C 411 at the temperature to which they are exposed in service. The test temperature shall not fall below 250\u00b0F (121.1\u00b0C). Coverings and linings shall be listed and labeled. [CONT.]: 604.3 Coverings and linings. Coverings and linings, including adhesives where used, shall have a flame spread index not more than 25 and a smok e - developed index not more than 50, when tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting procedures of ASTM E 2231. Duct coverings and linings shall not flame, glow, smolder or smoke when tested in accordance with ASTM C 411 at the temperature to which they are exposed in service. The test temperature shall not fall below 250\u00b0F (121.1\u00b0C). Coverings and linings shall be listed and labeled. [CONT.]: 604.3 Coverings and linings. Coverings and linings, including adhesives where used, shall have a flame spread index not more than 25 and a smok e - developed index not more than 50, when tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting procedures of ASTM E 2231. Duct coverings and linings shall not flame, glow, smolder or smoke when tested in accordance with ASTM C 411 at the temperature to which they are exposed in service. The test temperature shall not fall below 250\u00b0F (121.1\u00b0C). Coverings and linings shall be listed and labeled. [CONT.]: 604.3 Coverings and linings. Coverings and linings, including adhesives where used, shall have a flame spread index not more than 25 and a smok e - developed index not more than 50, when tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting procedures of ASTM E 2231. Duct coverings and linings shall not flame, glow, smolder or smoke when tested in accordance with ASTM C 411 at the temperature to which they are exposed in service. The test temperature shall not fall below 250\u00b0F (121.1\u00b0C). Coverings and linings shall be listed and labeled. [CONT.]: 604.3 Coverings and linings. Coverings and linings, including adhesives where used, shall have a flame spread index not more than 25 and a smok e - developed index not more than 50, when tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting procedures of ASTM E 2231. Duct coverings and linings shall not flame, glow, smolder or smoke when tested in accordance with ASTM C 411 at the temperature to which they are exposed in service. The test temperature shall not fall below 250\u00b0F (121.1\u00b0C). Coverings and linings shall be listed and labeled. [CONT.]: 604.3 Coverings and linings. Coverings and linings, including adhesives where used, shall have a flame spread index not more than 25 and a smok e - developed index not more than 50, when tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting procedures of ASTM E 2231. Duct coverings and linings shall not flame, glow, smolder or smoke when tested in accordance with ASTM C 411 at the temperature to which they are exposed in service. The test temperature shall not fall below 250\u00b0F (121.1\u00b0C). Coverings and linings shall be listed and labeled. [CONT.]: 604.3 Coverings and linings. Coverings and linings, including adhesives where used, shall have a flame spread index not more than 25 and a smok e - developed index not more than 50, when tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting procedures of ASTM E 2231. Duct coverings and linings shall not flame, glow, smolder or smoke when tested in accordance with ASTM C 411 at the temperature to which they are exposed in service. The test temperature shall not fall below 250\u00b0F (121.1\u00b0C). Coverings and linings shall be listed and labeled. [CONT.]: 604.3 Coverings and linings. Coverings and linings, including adhesives where used, shall have a flame spread index not more than 25 and a smok e - developed index not more than 50, when tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting procedures of ASTM E 2231. Duct coverings and linings shall not flame, glow, smolder or smoke when tested in accordance with ASTM C 411 at the temperature to which they are exposed in service. The test temperature shall not fall below 250\u00b0F (121.1\u00b0C). Coverings and linings shall be listed and labeled. [CONT.]: 604.3 Coverings and linings. Coverings and linings, including adhesives where used, shall have a flame spread index not more than 25 and a smok e - developed index not more than 50, when tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting procedures of ASTM E 2231. Duct coverings and linings shall not flame, glow, smolder or smoke when tested in accordance with ASTM C 411 at the temperature to which they are exposed in service. The test temperature shall not fall below 250\u00b0F (121.1\u00b0C). Coverings and linings shall be listed and labeled. [CONT.]: 604.3 Coverings and linings. Coverings and linings, including adhesives where used, shall have a flame spread index not more than 25 and a smok e - developed index not more than 50, when tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting procedures of ASTM E 2231. Duct coverings and linings shall not flame, glow, smolder or smoke when tested in accordance with ASTM C 411 at the temperature to which they are exposed in service. The test temperature shall not fall below 250\u00b0F (121.1\u00b0C). Coverings and linings shall be listed and labeled. [CONT.]: 604.3 Coverings and linings. Coverings and linings, including adhesives where used, shall have a flame spread index not more than 25 and a smok e - developed index not more than 50, when tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting procedures of ASTM E 2231. Duct coverings and linings shall not flame, glow, smolder or smoke when tested in accordance with ASTM C 411 at the temperature to which they are exposed in service. The test temperature shall not fall below 250\u00b0F (121.1\u00b0C). Coverings and linings shall be listed and labeled. [CONT.]: 604.3 D 56 \u2014 05(2010) Test Method for Flash Point by Tag Closed Tester ................................................................... 202 ( FLASHPOINT ) D 93 \u2014 12 T est Method for Flash Point of Pensky - Martens Closed Cup Tester ......................................... 202 ( FLASHPOINT ) D 1527 \u2014 99(2005) Specification for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe, Schedules 40 and 80 .......... Table [CONT.]: 604.3 D 56 \u2014 05(2010) Test Method for Flash Point by Tag Closed Tester ................................................................... 202 ( FLASHPOINT ) D 93 \u2014 12 T est Method for Flash Point of Pensky - Martens Closed Cup Tester ......................................... 202 ( FLASHPOINT ) D 1527 \u2014 99(2005) Specification for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe, Schedules 40 and 80 .......... Table [CONT.]: 604.3 D 56 \u2014 05(2010) Test Method for Flash Point by Tag Closed Tester ................................................................... 202 ( FLASHPOINT ) D 93 \u2014 12 T est Method for Flash Point of Pensky - Martens Closed Cup Tester ......................................... 202 ( FLASHPOINT ) D 1527 \u2014 99(2005) Specification for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe, Schedules 40 and 80 .......... Table [CONT.]: 604.3 D 56 \u2014 05(2010) Test Method for Flash Point by Tag Closed Tester ................................................................... 202 ( FLASHPOINT ) D 93 \u2014 12 T est Method for Flash Point of Pensky - Martens Closed Cup Tester ......................................... 202 ( FLASHPOINT ) D 1527 \u2014 99(2005) Specification for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe, Schedules 40 and 80 .......... Table [CONT.]: 604.3 D 56 \u2014 05(2010) Test Method for Flash Point by Tag Closed Tester ................................................................... 202 ( FLASHPOINT ) D 93 \u2014 12 T est Method for Flash Point of Pensky - Martens Closed Cup Tester ......................................... 202 ( FLASHPOINT ) D 1527 \u2014 99(2005) Specification for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe, Schedules 40 and 80 .......... Table [CONT.]: 604.3 D 56 \u2014 05(2010) Test Method for Flash Point by Tag Closed Tester ................................................................... 202 ( FLASHPOINT ) D 93 \u2014 12 T est Method for Flash Point of Pensky - Martens Closed Cup Tester ......................................... 202 ( FLASHPOINT ) D 1527 \u2014 99(2005) Specification for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe, Schedules 40 and 80 .......... Table",
    "metadata": {
      "section_full": "604.3",
      "parent_major": "604",
      "parent_minor": "604.3",
      "source": "030.txt"
    }
  },
  {
    "id": "604.4",
    "text": "CONTEXT: 604 > 604.4 | CONTENT: 604.4 604.4 Foam plastic insulation. Foam plastic used as duct coverings and lining s shall conform to the requirements of Section 604. [CONT.]: 604.4 Foam plastic insulation. Foam plastic used as duct coverings and lining s shall conform to the requirements of Section 604. [CONT.]: 604.4 Foam plastic insulation. Foam plastic used as duct coverings and lining s shall conform to the requirements of Section 604. [CONT.]: 604.4 Foam plastic insulation. Foam plastic used as duct coverings and lining s shall conform to the requirements of Section 604. [CONT.]: 604.4 Foam plastic insulation. Foam plastic used as duct coverings and lining s shall conform to the requirements of Section 604. [CONT.]: 604.4 Foam plastic insulation. Foam plastic used as duct coverings and lining s shall conform to the requirements of Section 604. [CONT.]: 604.4 Foam plastic insulation. Foam plastic used as duct coverings and lining s shall conform to the requirements of Section 604. [CONT.]: 604.4 Foam plastic insulation. Foam plastic used as duct coverings and lining s shall conform to the requirements of Section 604. [CONT.]: 604.4 Foam plastic insulation. Foam plastic used as duct coverings and lining s shall conform to the requirements of Section 604. [CONT.]: 604.4 Foam plastic insulation. Foam plastic used as duct coverings and lining s shall conform to the requirements of Section 604. [CONT.]: 604.4 Foam plastic insulation. Foam plastic used as duct coverings and lining s shall conform to the requirements of Section 604. [CONT.]: 604.4 Foam plastic insulation. Foam plastic used as duct coverings and lining s shall conform to the requirements of Section 604. [CONT.]: 604.4 Foam plastic insulation. Foam plastic used as duct coverings and lining s shall conform to the requirements of Section 604.",
    "metadata": {
      "section_full": "604.4",
      "parent_major": "604",
      "parent_minor": "604.4",
      "source": "030.txt"
    }
  },
  {
    "id": "604.5",
    "text": "CONTEXT: 604 > 604.5 | CONTENT: 604.5 604.5 Appliance insulation. Listed and labeled appliances that are internally insulated shall be considered as conforming to the requirements of Section 604. [CONT.]: 604.5 Appliance insulation. Listed and labeled appliances that are internally insulated shall be considered as conforming to the requirements of Section 604. [CONT.]: 604.5 Appliance insulation. Listed and labeled appliances that are internally insulated shall be considered as conforming to the requirements of Section 604. [CONT.]: 604.5 Appliance insulation. Listed and labeled appliances that are internally insulated shall be considered as conforming to the requirements of Section 604. [CONT.]: 604.5 Appliance insulation. Listed and labeled appliances that are internally insulated shall be considered as conforming to the requirements of Section 604. [CONT.]: 604.5 Appliance insulation. Listed and labeled appliances that are internally insulated shall be considered as conforming to the requirements of Section 604. [CONT.]: 604.5 Appliance insulation. Listed and labeled appliances that are internally insulated shall be considered as conforming to the requirements of Section 604. [CONT.]: 604.5 Appliance insulation. Listed and labeled appliances that are internally insulated shall be considered as conforming to the requirements of Section 604. [CONT.]: 604.5 Appliance insulation. Listed and labeled appliances that are internally insulated shall be considered as conforming to the requirements of Section 604. [CONT.]: 604.5 Appliance insulation. Listed and labeled appliances that are internally insulated shall be considered as conforming to the requirements of Section 604. [CONT.]: 604.5 Appliance insulation. Listed and labeled appliances that are internally insulated shall be considered as conforming to the requirements of Section 604. [CONT.]: 604.5 Appliance insulation. Listed and labeled appliances that are internally insulated shall be considered as conforming to the requirements of Section 604. [CONT.]: 604.5 Appliance insulation. Listed and labeled appliances that are internally insulated shall be considered as conforming to the requirements of Section 604.",
    "metadata": {
      "section_full": "604.5",
      "parent_major": "604",
      "parent_minor": "604.5",
      "source": "030.txt"
    }
  },
  {
    "id": "604.6",
    "text": "CONTEXT: 604 > 604.6 | CONTENT: 604.6 604.6 Penetration of assemblies. Duct coverings shall not penetrate a wall or floor required to have a fire - resistance rating or required to be fireblocked. \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 604.6 Penetration of assemblies. Duct coverings shall not penetrate a wall or floor required to have a fire - resistance rating or required to be fireblocked. DUCT SYSTEMS [CONT.]: 604.6 Penetration of assemblies. Duct coverings shall not penetrate a wall or floor required to have a fire - resistance rating or required to be fireblocked. DUCT SYSTEMS [CONT.]: 604.6 Penetration of assemblies. Duct coverings shall not penetrate a wall or floor required to have a fire - resistance rating or required to be fireblocked. DUCT SYSTEMS [CONT.]: 604.6 Penetration of assemblies. Duct coverings shall not penetrate a wall or floor required to have a fire - resistance rating or required to be fireblocked. DUCT SYSTEMS [CONT.]: 604.6 Penetration of assemblies. Duct coverings shall not penetrate a wall or floor required to have a fire - resistance rating or required to be fireblocked. DUCT SYSTEMS [CONT.]: 604.6 Penetration of assemblies. Duct coverings shall not penetrate a wall or floor required to have a fire - resistance rating or required to be fireblocked. DUCT SYSTEMS [CONT.]: 604.6 Penetration of assemblies. Duct coverings shall not penetrate a wall or floor required to have a fire - resistance rating or required to be fireblocked. DUCT SYSTEMS [CONT.]: 604.6 Penetration of assemblies. Duct coverings shall not penetrate a wall or floor required to have a fire - resistance rating or required to be fireblocked. DUCT SYSTEMS [CONT.]: 604.6 Penetration of assemblies. Duct coverings shall not penetrate a wall or floor required to have a fire - resistance rating or required to be fireblocked. DUCT SYSTEMS [CONT.]: 604.6 Penetration of assemblies. Duct coverings shall not penetrate a wall or floor required to have a fire - resistance rating or required to be fireblocked. DUCT SYSTEMS [CONT.]: 604.6 Penetration of assemblies. Duct coverings shall not penetrate a wall or floor required to have a fire - resistance rating or required to be fireblocked. DUCT SYSTEMS [CONT.]: 604.6 Penetration of assemblies. Duct coverings shall not penetrate a wall or floor required to have a fire - resistance rating or required to be fireblocked. DUCT SYSTEMS",
    "metadata": {
      "section_full": "604.6",
      "parent_major": "604",
      "parent_minor": "604.6",
      "source": "030.txt"
    }
  },
  {
    "id": "604.7",
    "text": "CONTEXT: 604 > 604.7 | CONTENT: 604.7 604.7 Identification. External duct insulation, except spray polyurethane foam, and factory - insulated flexible duct shall be legibly printed or identified at intervals not greater than 36 inches (914.4 mm) with the name of the manufacturer, the thermal resistance R - value at the specified installed thickness and the flame spread and smoke - developed indexes of the composite materials. Du ct insulation R - values shall be based on insulation only, excluding air films, vapor retarders or other duct components, and shall be based on tested C - values at 75\u00b0F (23.9\u00b0C) mean temperature at the installed thickness, in accordance with recognized indus try procedures. The installed thickness of duct insulation used to determine its R - value shall be determined as follows: 1. For duct board, duct liner and factory - made rigid ducts not normally subjected to compression, the nominal insulation thickness shall be used. 2. For duct wrap, the installed thickness shall be 75 percent (25 percent compression) of nominal thickness. 3. For factory - made flexible air ducts, the installed thickness shall be determined by dividing the difference between the actual outside diameter and nominal inside diameter by two. 4. For spray polyurethane foam, the aged R - value per inch, measured in accordance with recognized industry standards, shall be provided to the customer in writing at the time of foam application. [CONT.]: 604.7 Identification. External duct insulation, except spray polyurethane foam, and factory - insulated flexible duct shall be legibly printed or identified at intervals not greater than 36 inches (914.4 mm) with the name of the manufacturer, the thermal resistance R - value at the specified installed thickness and the flame spread and smoke - developed indexes of the composite materials. Du ct insulation R - values shall be based on insulation only, excluding air films, vapor retarders or other duct components, and shall be based on tested C - values at 75\u00b0F (23.9\u00b0C) mean temperature at the installed thickness, in accordance with recognized indus try procedures. The installed thickness of duct insulation used to determine its R - value shall be determined as follows: 1. For duct board, duct liner and factory - made rigid ducts not normally subjected to compression, the nominal insulation thickness shall be used. 2. For duct wrap, the installed thickness shall be 75 percent (25 percent compression) of nominal thickness. 3. For factory - made flexible air ducts, the installed thickness shall be determined by dividing the difference between the actual outside diameter and nominal inside diameter by two. 4. For spray polyurethane foam, the aged R - value per inch, measured in accordance with recognized industry standards, shall be provided to the customer in writing at the time of foam application. [CONT.]: 604.7 Identification. External duct insulation, except spray polyurethane foam, and factory - insulated flexible duct shall be legibly printed or identified at intervals not greater than 36 inches (914.4 mm) with the name of the manufacturer, the thermal resistance R - value at the specified installed thickness and the flame spread and smoke - developed indexes of the composite materials. Du ct insulation R - values shall be based on insulation only, excluding air films, vapor retarders or other duct components, and shall be based on tested C - values at 75\u00b0F (23.9\u00b0C) mean temperature at the installed thickness, in accordance with recognized indus try procedures. The installed thickness of duct insulation used to determine its R - value shall be determined as follows: 1. For duct board, duct liner and factory - made rigid ducts not normally subjected to compression, the nominal insulation thickness shall be used. 2. For duct wrap, the installed thickness shall be 75 percent (25 percent compression) of nominal thickness. 3. For factory - made flexible air ducts, the installed thickness shall be determined by dividing the difference between the actual outside diameter and nominal inside diameter by two. 4. For spray polyurethane foam, the aged R - value per inch, measured in accordance with recognized industry standards, shall be provided to the customer in writing at the time of foam application. [CONT.]: 604.7 Identification. External duct insulation, except spray polyurethane foam, and factory - insulated flexible duct shall be legibly printed or identified at intervals not greater than 36 inches (914.4 mm) with the name of the manufacturer, the thermal resistance R - value at the specified installed thickness and the flame spread and smoke - developed indexes of the composite materials. Du ct insulation R - values shall be based on insulation only, excluding air films, vapor retarders or other duct components, and shall be based on tested C - values at 75\u00b0F (23.9\u00b0C) mean temperature at the installed thickness, in accordance with recognized indus try procedures. The installed thickness of duct insulation used to determine its R - value shall be determined as follows: 1. For duct board, duct liner and factory - made rigid ducts not normally subjected to compression, the nominal insulation thickness shall be used. 2. For duct wrap, the installed thickness shall be 75 percent (25 percent compression) of nominal thickness. 3. For factory - made flexible air ducts, the installed thickness shall be determined by dividing the difference between the actual outside diameter and nominal inside diameter by two. 4. For spray polyurethane foam, the aged R - value per inch, measured in accordance with recognized industry standards, shall be provided to the customer in writing at the time of foam application. [CONT.]: 604.7 Identification. External duct insulation, except spray polyurethane foam, and factory - insulated flexible duct shall be legibly printed or identified at intervals not greater than 36 inches (914.4 mm) with the name of the manufacturer, the thermal resistance R - value at the specified installed thickness and the flame spread and smoke - developed indexes of the composite materials. Du ct insulation R - values shall be based on insulation only, excluding air films, vapor retarders or other duct components, and shall be based on tested C - values at 75\u00b0F (23.9\u00b0C) mean temperature at the installed thickness, in accordance with recognized indus try procedures. The installed thickness of duct insulation used to determine its R - value shall be determined as follows: 1. For duct board, duct liner and factory - made rigid ducts not normally subjected to compression, the nominal insulation thickness shall be used. 2. For duct wrap, the installed thickness shall be 75 percent (25 percent compression) of nominal thickness. 3. For factory - made flexible air ducts, the installed thickness shall be determined by dividing the difference between the actual outside diameter and nominal inside diameter by two. 4. For spray polyurethane foam, the aged R - value per inch, measured in accordance with recognized industry standards, shall be provided to the customer in writing at the time of foam application. [CONT.]: 604.7 Identification. External duct insulation, except spray polyurethane foam, and factory - insulated flexible duct shall be legibly printed or identified at intervals not greater than 36 inches (914.4 mm) with the name of the manufacturer, the thermal resistance R - value at the specified installed thickness and the flame spread and smoke - developed indexes of the composite materials. Du ct insulation R - values shall be based on insulation only, excluding air films, vapor retarders or other duct components, and shall be based on tested C - values at 75\u00b0F (23.9\u00b0C) mean temperature at the installed thickness, in accordance with recognized indus try procedures. The installed thickness of duct insulation used to determine its R - value shall be determined as follows: 1. For duct board, duct liner and factory - made rigid ducts not normally subjected to compression, the nominal insulation thickness shall be used. 2. For duct wrap, the installed thickness shall be 75 percent (25 percent compression) of nominal thickness. 3. For factory - made flexible air ducts, the installed thickness shall be determined by dividing the difference between the actual outside diameter and nominal inside diameter by two. 4. For spray polyurethane foam, the aged R - value per inch, measured in accordance with recognized industry standards, shall be provided to the customer in writing at the time of foam application. [CONT.]: 604.7 Identification. External duct insulation, except spray polyurethane foam, and factory - insulated flexible duct shall be legibly printed or identified at intervals not greater than 36 inches (914.4 mm) with the name of the manufacturer, the thermal resistance R - value at the specified installed thickness and the flame spread and smoke - developed indexes of the composite materials. Du ct insulation R - values shall be based on insulation only, excluding air films, vapor retarders or other duct components, and shall be based on tested C - values at 75\u00b0F (23.9\u00b0C) mean temperature at the installed thickness, in accordance with recognized indus try procedures. The installed thickness of duct insulation used to determine its R - value shall be determined as follows: 1. For duct board, duct liner and factory - made rigid ducts not normally subjected to compression, the nominal insulation thickness shall be used. 2. For duct wrap, the installed thickness shall be 75 percent (25 percent compression) of nominal thickness. 3. For factory - made flexible air ducts, the installed thickness shall be determined by dividing the difference between the actual outside diameter and nominal inside diameter by two. 4. For spray polyurethane foam, the aged R - value per inch, measured in accordance with recognized industry standards, shall be provided to the customer in writing at the time of foam application. [CONT.]: 604.7 Identification. External duct insulation, except spray polyurethane foam, and factory - insulated flexible duct shall be legibly printed or identified at intervals not greater than 36 inches (914.4 mm) with the name of the manufacturer, the thermal resistance R - value at the specified installed thickness and the flame spread and smoke - developed indexes of the composite materials. Du ct insulation R - values shall be based on insulation only, excluding air films, vapor retarders or other duct components, and shall be based on tested C - values at 75\u00b0F (23.9\u00b0C) mean temperature at the installed thickness, in accordance with recognized indus try procedures. The installed thickness of duct insulation used to determine its R - value shall be determined as follows: 1. For duct board, duct liner and factory - made rigid ducts not normally subjected to compression, the nominal insulation thickness shall be used. 2. For duct wrap, the installed thickness shall be 75 percent (25 percent compression) of nominal thickness. 3. For factory - made flexible air ducts, the installed thickness shall be determined by dividing the difference between the actual outside diameter and nominal inside diameter by two. 4. For spray polyurethane foam, the aged R - value per inch, measured in accordance with recognized industry standards, shall be provided to the customer in writing at the time of foam application. [CONT.]: 604.7 Identification. External duct insulation, except spray polyurethane foam, and factory - insulated flexible duct shall be legibly printed or identified at intervals not greater than 36 inches (914.4 mm) with the name of the manufacturer, the thermal resistance R - value at the specified installed thickness and the flame spread and smoke - developed indexes of the composite materials. Du ct insulation R - values shall be based on insulation only, excluding air films, vapor retarders or other duct components, and shall be based on tested C - values at 75\u00b0F (23.9\u00b0C) mean temperature at the installed thickness, in accordance with recognized indus try procedures. The installed thickness of duct insulation used to determine its R - value shall be determined as follows: 1. For duct board, duct liner and factory - made rigid ducts not normally subjected to compression, the nominal insulation thickness shall be used. 2. For duct wrap, the installed thickness shall be 75 percent (25 percent compression) of nominal thickness. 3. For factory - made flexible air ducts, the installed thickness shall be determined by dividing the difference between the actual outside diameter and nominal inside diameter by two. 4. For spray polyurethane foam, the aged R - value per inch, measured in accordance with recognized industry standards, shall be provided to the customer in writing at the time of foam application. [CONT.]: 604.7 Identification. External duct insulation, except spray polyurethane foam, and factory - insulated flexible duct shall be legibly printed or identified at intervals not greater than 36 inches (914.4 mm) with the name of the manufacturer, the thermal resistance R - value at the specified installed thickness and the flame spread and smoke - developed indexes of the composite materials. Du ct insulation R - values shall be based on insulation only, excluding air films, vapor retarders or other duct components, and shall be based on tested C - values at 75\u00b0F (23.9\u00b0C) mean temperature at the installed thickness, in accordance with recognized indus try procedures. The installed thickness of duct insulation used to determine its R - value shall be determined as follows: 1. For duct board, duct liner and factory - made rigid ducts not normally subjected to compression, the nominal insulation thickness shall be used. 2. For duct wrap, the installed thickness shall be 75 percent (25 percent compression) of nominal thickness. 3. For factory - made flexible air ducts, the installed thickness shall be determined by dividing the difference between the actual outside diameter and nominal inside diameter by two. 4. For spray polyurethane foam, the aged R - value per inch, measured in accordance with recognized industry standards, shall be provided to the customer in writing at the time of foam application. [CONT.]: 604.7 Identification. External duct insulation, except spray polyurethane foam, and factory - insulated flexible duct shall be legibly printed or identified at intervals not greater than 36 inches (914.4 mm) with the name of the manufacturer, the thermal resistance R - value at the specified installed thickness and the flame spread and smoke - developed indexes of the composite materials. Du ct insulation R - values shall be based on insulation only, excluding air films, vapor retarders or other duct components, and shall be based on tested C - values at 75\u00b0F (23.9\u00b0C) mean temperature at the installed thickness, in accordance with recognized indus try procedures. The installed thickness of duct insulation used to determine its R - value shall be determined as follows: 1. For duct board, duct liner and factory - made rigid ducts not normally subjected to compression, the nominal insulation thickness shall be used. 2. For duct wrap, the installed thickness shall be 75 percent (25 percent compression) of nominal thickness. 3. For factory - made flexible air ducts, the installed thickness shall be determined by dividing the difference between the actual outside diameter and nominal inside diameter by two. 4. For spray polyurethane foam, the aged R - value per inch, measured in accordance with recognized industry standards, shall be provided to the customer in writing at the time of foam application. [CONT.]: 604.7 Identification. External duct insulation, except spray polyurethane foam, and factory - insulated flexible duct shall be legibly printed or identified at intervals not greater than 36 inches (914.4 mm) with the name of the manufacturer, the thermal resistance R - value at the specified installed thickness and the flame spread and smoke - developed indexes of the composite materials. Du ct insulation R - values shall be based on insulation only, excluding air films, vapor retarders or other duct components, and shall be based on tested C - values at 75\u00b0F (23.9\u00b0C) mean temperature at the installed thickness, in accordance with recognized indus try procedures. The installed thickness of duct insulation used to determine its R - value shall be determined as follows: 1. For duct board, duct liner and factory - made rigid ducts not normally subjected to compression, the nominal insulation thickness shall be used. 2. For duct wrap, the installed thickness shall be 75 percent (25 percent compression) of nominal thickness. 3. For factory - made flexible air ducts, the installed thickness shall be determined by dividing the difference between the actual outside diameter and nominal inside diameter by two. 4. For spray polyurethane foam, the aged R - value per inch, measured in accordance with recognized industry standards, shall be provided to the customer in writing at the time of foam application.",
    "metadata": {
      "section_full": "604.7",
      "parent_major": "604",
      "parent_minor": "604.7",
      "source": "030.txt"
    }
  },
  {
    "id": "604.8",
    "text": "CONTEXT: 604 > 604.8 | CONTENT: 604.8 604.8 Lining installation. Linings shall be interrupted at the area of operation of a fire damper and at not less than 6 inches (152.4 mm) upstream of and 6 inches (152.4 mm) downstream of electric - resistance and fuel - burning heaters in a duct system. Met al nosings or sleeves shall be installed over exposed duct liner edges that face opposite the direction of airflow, and all exposed edges, joints and seams shall be sealed. [CONT.]: 604.8 Lining installation. Linings shall be interrupted at the area of operation of a fire damper and at not less than 6 inches (152.4 mm) upstream of and 6 inches (152.4 mm) downstream of electric - resistance and fuel - burning heaters in a duct system. Met al nosings or sleeves shall be installed over exposed duct liner edges that face opposite the direction of airflow, and all exposed edges, joints and seams shall be sealed. [CONT.]: 604.8 Lining installation. Linings shall be interrupted at the area of operation of a fire damper and at not less than 6 inches (152.4 mm) upstream of and 6 inches (152.4 mm) downstream of electric - resistance and fuel - burning heaters in a duct system. Met al nosings or sleeves shall be installed over exposed duct liner edges that face opposite the direction of airflow, and all exposed edges, joints and seams shall be sealed. [CONT.]: 604.8 Lining installation. Linings shall be interrupted at the area of operation of a fire damper and at not less than 6 inches (152.4 mm) upstream of and 6 inches (152.4 mm) downstream of electric - resistance and fuel - burning heaters in a duct system. Met al nosings or sleeves shall be installed over exposed duct liner edges that face opposite the direction of airflow, and all exposed edges, joints and seams shall be sealed. [CONT.]: 604.8 Lining installation. Linings shall be interrupted at the area of operation of a fire damper and at not less than 6 inches (152.4 mm) upstream of and 6 inches (152.4 mm) downstream of electric - resistance and fuel - burning heaters in a duct system. Met al nosings or sleeves shall be installed over exposed duct liner edges that face opposite the direction of airflow, and all exposed edges, joints and seams shall be sealed. [CONT.]: 604.8 Lining installation. Linings shall be interrupted at the area of operation of a fire damper and at not less than 6 inches (152.4 mm) upstream of and 6 inches (152.4 mm) downstream of electric - resistance and fuel - burning heaters in a duct system. Met al nosings or sleeves shall be installed over exposed duct liner edges that face opposite the direction of airflow, and all exposed edges, joints and seams shall be sealed. [CONT.]: 604.8 Lining installation. Linings shall be interrupted at the area of operation of a fire damper and at not less than 6 inches (152.4 mm) upstream of and 6 inches (152.4 mm) downstream of electric - resistance and fuel - burning heaters in a duct system. Met al nosings or sleeves shall be installed over exposed duct liner edges that face opposite the direction of airflow, and all exposed edges, joints and seams shall be sealed. [CONT.]: 604.8 Lining installation. Linings shall be interrupted at the area of operation of a fire damper and at not less than 6 inches (152.4 mm) upstream of and 6 inches (152.4 mm) downstream of electric - resistance and fuel - burning heaters in a duct system. Met al nosings or sleeves shall be installed over exposed duct liner edges that face opposite the direction of airflow, and all exposed edges, joints and seams shall be sealed. [CONT.]: 604.8 Lining installation. Linings shall be interrupted at the area of operation of a fire damper and at not less than 6 inches (152.4 mm) upstream of and 6 inches (152.4 mm) downstream of electric - resistance and fuel - burning heaters in a duct system. Met al nosings or sleeves shall be installed over exposed duct liner edges that face opposite the direction of airflow, and all exposed edges, joints and seams shall be sealed. [CONT.]: 604.8 Lining installation. Linings shall be interrupted at the area of operation of a fire damper and at not less than 6 inches (152.4 mm) upstream of and 6 inches (152.4 mm) downstream of electric - resistance and fuel - burning heaters in a duct system. Met al nosings or sleeves shall be installed over exposed duct liner edges that face opposite the direction of airflow, and all exposed edges, joints and seams shall be sealed. [CONT.]: 604.8 Lining installation. Linings shall be interrupted at the area of operation of a fire damper and at not less than 6 inches (152.4 mm) upstream of and 6 inches (152.4 mm) downstream of electric - resistance and fuel - burning heaters in a duct system. Met al nosings or sleeves shall be installed over exposed duct liner edges that face opposite the direction of airflow, and all exposed edges, joints and seams shall be sealed. [CONT.]: 604.8 Lining installation. Linings shall be interrupted at the area of operation of a fire damper and at not less than 6 inches (152.4 mm) upstream of and 6 inches (152.4 mm) downstream of electric - resistance and fuel - burning heaters in a duct system. Met al nosings or sleeves shall be installed over exposed duct liner edges that face opposite the direction of airflow, and all exposed edges, joints and seams shall be sealed.",
    "metadata": {
      "section_full": "604.8",
      "parent_major": "604",
      "parent_minor": "604.8",
      "source": "030.txt"
    }
  },
  {
    "id": "604.9",
    "text": "CONTEXT: 604 > 604.9 | CONTENT: 604.9 604.9 Thermal continuity. Where a duct liner required for thermal insulation or con densation control has been interrupted , a duct covering of equal thermal performance shall be installed. [CONT.]: 604.9 Thermal continuity. Where a duct liner required for thermal insulation or con densation control has been interrupted , a duct covering of equal thermal performance shall be installed. [CONT.]: 604.9 Thermal continuity. Where a duct liner required for thermal insulation or con densation control has been interrupted , a duct covering of equal thermal performance shall be installed. [CONT.]: 604.9 Thermal continuity. Where a duct liner required for thermal insulation or con densation control has been interrupted , a duct covering of equal thermal performance shall be installed. [CONT.]: 604.9 Thermal continuity. Where a duct liner required for thermal insulation or con densation control has been interrupted , a duct covering of equal thermal performance shall be installed. [CONT.]: 604.9 Thermal continuity. Where a duct liner required for thermal insulation or con densation control has been interrupted , a duct covering of equal thermal performance shall be installed. [CONT.]: 604.9 Thermal continuity. Where a duct liner required for thermal insulation or con densation control has been interrupted , a duct covering of equal thermal performance shall be installed. [CONT.]: 604.9 Thermal continuity. Where a duct liner required for thermal insulation or con densation control has been interrupted , a duct covering of equal thermal performance shall be installed. [CONT.]: 604.9 Thermal continuity. Where a duct liner required for thermal insulation or con densation control has been interrupted , a duct covering of equal thermal performance shall be installed. [CONT.]: 604.9 Thermal continuity. Where a duct liner required for thermal insulation or con densation control has been interrupted , a duct covering of equal thermal performance shall be installed. [CONT.]: 604.9 Thermal continuity. Where a duct liner required for thermal insulation or con densation control has been interrupted , a duct covering of equal thermal performance shall be installed. [CONT.]: 604.9 Thermal continuity. Where a duct liner required for thermal insulation or con densation control has been interrupted , a duct covering of equal thermal performance shall be installed.",
    "metadata": {
      "section_full": "604.9",
      "parent_major": "604",
      "parent_minor": "604.9",
      "source": "030.txt"
    }
  },
  {
    "id": "604.10",
    "text": "CONTEXT: 604 > 604.10 | CONTENT: 604.10 604.10 Service openings. Service openings shall not be concealed by duct coverings unless the exact location of the opening is properly identified. 604 .11 Vapor retarders. Where ducts used for cooling are externally insulated, the insulation shall be covered with a vapor retarder having a maximum permeance of 0.05 perm (2.87 ng/(Pa \u2022 s \u2022 m 2 )) or aluminum foil having a minimum thickness of 2 mils ( 0. 051 m m). Insulations having a permeance of 0.05 perm ( 2.87 ng/(Pa \u2022 s \u2022 m 2 )) or less shall not be required to be covered. All joints and seams shall be sealed to maintain the continuity of the vapor retarder. [CONT.]: 604.10 Service openings. Service openings shall not be concealed by duct coverings unless the exact location of the opening is properly identified. 604 .11 Vapor retarders. Where ducts used for cooling are externally insulated, the insulation shall be covered with a vapor retarder having a maximum permeance of 0.05 perm (2.87 ng/(Pa \u2022 s \u2022 m 2 )) or aluminum foil having a minimum thickness of 2 mils ( 0. 051 m m). Insulations having a permeance of 0.05 perm ( 2.87 ng/(Pa \u2022 s \u2022 m 2 )) or less shall not be required to be covered. All joints and seams shall be sealed to maintain the continuity of the vapor retarder. [CONT.]: 604.10 Service openings. Service openings shall not be concealed by duct coverings unless the exact location of the opening is properly identified. 604 .11 Vapor retarders. Where ducts used for cooling are externally insulated, the insulation shall be covered with a vapor retarder having a maximum permeance of 0.05 perm (2.87 ng/(Pa \u2022 s \u2022 m 2 )) or aluminum foil having a minimum thickness of 2 mils ( 0. 051 m m). Insulations having a permeance of 0.05 perm ( 2.87 ng/(Pa \u2022 s \u2022 m 2 )) or less shall not be required to be covered. All joints and seams shall be sealed to maintain the continuity of the vapor retarder. [CONT.]: 604.10 Service openings. Service openings shall not be concealed by duct coverings unless the exact location of the opening is properly identified. 604 .11 Vapor retarders. Where ducts used for cooling are externally insulated, the insulation shall be covered with a vapor retarder having a maximum permeance of 0.05 perm (2.87 ng/(Pa \u2022 s \u2022 m 2 )) or aluminum foil having a minimum thickness of 2 mils ( 0. 051 m m). Insulations having a permeance of 0.05 perm ( 2.87 ng/(Pa \u2022 s \u2022 m 2 )) or less shall not be required to be covered. All joints and seams shall be sealed to maintain the continuity of the vapor retarder. [CONT.]: 604.10 Service openings. Service openings shall not be concealed by duct coverings unless the exact location of the opening is properly identified. 604 .11 Vapor retarders. Where ducts used for cooling are externally insulated, the insulation shall be covered with a vapor retarder having a maximum permeance of 0.05 perm (2.87 ng/(Pa \u2022 s \u2022 m 2 )) or aluminum foil having a minimum thickness of 2 mils ( 0. 051 m m). Insulations having a permeance of 0.05 perm ( 2.87 ng/(Pa \u2022 s \u2022 m 2 )) or less shall not be required to be covered. All joints and seams shall be sealed to maintain the continuity of the vapor retarder. [CONT.]: 604.10 Service openings. Service openings shall not be concealed by duct coverings unless the exact location of the opening is properly identified. 604 .11 Vapor retarders. Where ducts used for cooling are externally insulated, the insulation shall be covered with a vapor retarder having a maximum permeance of 0.05 perm (2.87 ng/(Pa \u2022 s \u2022 m 2 )) or aluminum foil having a minimum thickness of 2 mils ( 0. 051 m m). Insulations having a permeance of 0.05 perm ( 2.87 ng/(Pa \u2022 s \u2022 m 2 )) or less shall not be required to be covered. All joints and seams shall be sealed to maintain the continuity of the vapor retarder. [CONT.]: 604.10 Service openings. Service openings shall not be concealed by duct coverings unless the exact location of the opening is properly identified. 604 .11 Vapor retarders. Where ducts used for cooling are externally insulated, the insulation shall be covered with a vapor retarder having a maximum permeance of 0.05 perm (2.87 ng/(Pa \u2022 s \u2022 m 2 )) or aluminum foil having a minimum thickness of 2 mils ( 0. 051 m m). Insulations having a permeance of 0.05 perm ( 2.87 ng/(Pa \u2022 s \u2022 m 2 )) or less shall not be required to be covered. All joints and seams shall be sealed to maintain the continuity of the vapor retarder. [CONT.]: 604.10 Service openings. Service openings shall not be concealed by duct coverings unless the exact location of the opening is properly identified. 604 .11 Vapor retarders. Where ducts used for cooling are externally insulated, the insulation shall be covered with a vapor retarder having a maximum permeance of 0.05 perm (2.87 ng/(Pa \u2022 s \u2022 m 2 )) or aluminum foil having a minimum thickness of 2 mils ( 0. 051 m m). Insulations having a permeance of 0.05 perm ( 2.87 ng/(Pa \u2022 s \u2022 m 2 )) or less shall not be required to be covered. All joints and seams shall be sealed to maintain the continuity of the vapor retarder. [CONT.]: 604.10 Service openings. Service openings shall not be concealed by duct coverings unless the exact location of the opening is properly identified. 604 .11 Vapor retarders. Where ducts used for cooling are externally insulated, the insulation shall be covered with a vapor retarder having a maximum permeance of 0.05 perm (2.87 ng/(Pa \u2022 s \u2022 m 2 )) or aluminum foil having a minimum thickness of 2 mils ( 0. 051 m m). Insulations having a permeance of 0.05 perm ( 2.87 ng/(Pa \u2022 s \u2022 m 2 )) or less shall not be required to be covered. All joints and seams shall be sealed to maintain the continuity of the vapor retarder. [CONT.]: 604.10 Service openings. Service openings shall not be concealed by duct coverings unless the exact location of the opening is properly identified. 604 .11 Vapor retarders. Where ducts used for cooling are externally insulated, the insulation shall be covered with a vapor retarder having a maximum permeance of 0.05 perm (2.87 ng/(Pa \u2022 s \u2022 m 2 )) or aluminum foil having a minimum thickness of 2 mils ( 0. 051 m m). Insulations having a permeance of 0.05 perm ( 2.87 ng/(Pa \u2022 s \u2022 m 2 )) or less shall not be required to be covered. All joints and seams shall be sealed to maintain the continuity of the vapor retarder. [CONT.]: 604.10 Service openings. Service openings shall not be concealed by duct coverings unless the exact location of the opening is properly identified. 604 .11 Vapor retarders. Where ducts used for cooling are externally insulated, the insulation shall be covered with a vapor retarder having a maximum permeance of 0.05 perm (2.87 ng/(Pa \u2022 s \u2022 m 2 )) or aluminum foil having a minimum thickness of 2 mils ( 0. 051 m m). Insulations having a permeance of 0.05 perm ( 2.87 ng/(Pa \u2022 s \u2022 m 2 )) or less shall not be required to be covered. All joints and seams shall be sealed to maintain the continuity of the vapor retarder. [CONT.]: 604.10 Service openings. Service openings shall not be concealed by duct coverings unless the exact location of the opening is properly identified. 604 .11 Vapor retarders. Where ducts used for cooling are externally insulated, the insulation shall be covered with a vapor retarder having a maximum permeance of 0.05 perm (2.87 ng/(Pa \u2022 s \u2022 m 2 )) or aluminum foil having a minimum thickness of 2 mils ( 0. 051 m m). Insulations having a permeance of 0.05 perm ( 2.87 ng/(Pa \u2022 s \u2022 m 2 )) or less shall not be required to be covered. All joints and seams shall be sealed to maintain the continuity of the vapor retarder.",
    "metadata": {
      "section_full": "604.10",
      "parent_major": "604",
      "parent_minor": "604.10",
      "source": "030.txt"
    }
  },
  {
    "id": "604.12",
    "text": "CONTEXT: 604 > 604.12 | CONTENT: 604.12 604.12 Weatherproof barriers. Insulated exterior duc ts shall be protected with an adequate weatherproof barrier. [CONT.]: 604.12 Weatherproof barriers. Insulated exterior duc ts shall be protected with an adequate weatherproof barrier. [CONT.]: 604.12 Weatherproof barriers. Insulated exterior duc ts shall be protected with an adequate weatherproof barrier. [CONT.]: 604.12 Weatherproof barriers. Insulated exterior duc ts shall be protected with an adequate weatherproof barrier. [CONT.]: 604.12 Weatherproof barriers. Insulated exterior duc ts shall be protected with an adequate weatherproof barrier. [CONT.]: 604.12 Weatherproof barriers. Insulated exterior duc ts shall be protected with an adequate weatherproof barrier. [CONT.]: 604.12 Weatherproof barriers. Insulated exterior duc ts shall be protected with an adequate weatherproof barrier. [CONT.]: 604.12 Weatherproof barriers. Insulated exterior duc ts shall be protected with an adequate weatherproof barrier. [CONT.]: 604.12 Weatherproof barriers. Insulated exterior duc ts shall be protected with an adequate weatherproof barrier. [CONT.]: 604.12 Weatherproof barriers. Insulated exterior duc ts shall be protected with an adequate weatherproof barrier. [CONT.]: 604.12 Weatherproof barriers. Insulated exterior duc ts shall be protected with an adequate weatherproof barrier. [CONT.]: 604.12 Weatherproof barriers. Insulated exterior duc ts shall be protected with an adequate weatherproof barrier.",
    "metadata": {
      "section_full": "604.12",
      "parent_major": "604",
      "parent_minor": "604.12",
      "source": "030.txt"
    }
  },
  {
    "id": "604.13",
    "text": "CONTEXT: 604 > 604.13 | CONTENT: 604.13 604.13 Internal insulation. Materials used as internal insulation and exposed to the airstream in ducts shall be shown to be durable when tested in accordance with UL 181. Exposed internal insulation that is not impermeable to water shall not be used to line ducts or plenums from the exit of a cooling coil to the downst ream end of the drain pan. SECTION MC 605 AIR FILTERS [CONT.]: 604.13 Internal insulation. Materials used as internal insulation and exposed to the airstream in ducts shall be shown to be durable when tested in accordance with UL 181. Exposed internal insulation that is not impermeable to water shall not be used to line ducts or plenums from the exit of a cooling coil to the downst ream end of the drain pan. SECTION MC 605 AIR FILTERS [CONT.]: 604.13 Internal insulation. Materials used as internal insulation and exposed to the airstream in ducts shall be shown to be durable when tested in accordance with UL 181. Exposed internal insulation that is not impermeable to water shall not be used to line ducts or plenums from the exit of a cooling coil to the downst ream end of the drain pan. SECTION MC 605 AIR FILTERS [CONT.]: 604.13 Internal insulation. Materials used as internal insulation and exposed to the airstream in ducts shall be shown to be durable when tested in accordance with UL 181. Exposed internal insulation that is not impermeable to water shall not be used to line ducts or plenums from the exit of a cooling coil to the downst ream end of the drain pan. SECTION MC 605 AIR FILTERS [CONT.]: 604.13 Internal insulation. Materials used as internal insulation and exposed to the airstream in ducts shall be shown to be durable when tested in accordance with UL 181. Exposed internal insulation that is not impermeable to water shall not be used to line ducts or plenums from the exit of a cooling coil to the downst ream end of the drain pan. SECTION MC 605 AIR FILTERS [CONT.]: 604.13 Internal insulation. Materials used as internal insulation and exposed to the airstream in ducts shall be shown to be durable when tested in accordance with UL 181. Exposed internal insulation that is not impermeable to water shall not be used to line ducts or plenums from the exit of a cooling coil to the downst ream end of the drain pan. SECTION MC 605 AIR FILTERS [CONT.]: 604.13 Internal insulation. Materials used as internal insulation and exposed to the airstream in ducts shall be shown to be durable when tested in accordance with UL 181. Exposed internal insulation that is not impermeable to water shall not be used to line ducts or plenums from the exit of a cooling coil to the downst ream end of the drain pan. SECTION MC 605 AIR FILTERS [CONT.]: 604.13 Internal insulation. Materials used as internal insulation and exposed to the airstream in ducts shall be shown to be durable when tested in accordance with UL 181. Exposed internal insulation that is not impermeable to water shall not be used to line ducts or plenums from the exit of a cooling coil to the downst ream end of the drain pan. SECTION MC 605 AIR FILTERS [CONT.]: 604.13 Internal insulation. Materials used as internal insulation and exposed to the airstream in ducts shall be shown to be durable when tested in accordance with UL 181. Exposed internal insulation that is not impermeable to water shall not be used to line ducts or plenums from the exit of a cooling coil to the downst ream end of the drain pan. SECTION MC 605 AIR FILTERS [CONT.]: 604.13 Internal insulation. Materials used as internal insulation and exposed to the airstream in ducts shall be shown to be durable when tested in accordance with UL 181. Exposed internal insulation that is not impermeable to water shall not be used to line ducts or plenums from the exit of a cooling coil to the downst ream end of the drain pan. SECTION MC 605 AIR FILTERS [CONT.]: 604.13 Internal insulation. Materials used as internal insulation and exposed to the airstream in ducts shall be shown to be durable when tested in accordance with UL 181. Exposed internal insulation that is not impermeable to water shall not be used to line ducts or plenums from the exit of a cooling coil to the downst ream end of the drain pan. SECTION MC 605 AIR FILTERS [CONT.]: 604.13 Internal insulation. Materials used as internal insulation and exposed to the airstream in ducts shall be shown to be durable when tested in accordance with UL 181. Exposed internal insulation that is not impermeable to water shall not be used to line ducts or plenums from the exit of a cooling coil to the downst ream end of the drain pan. SECTION MC 605 AIR FILTERS",
    "metadata": {
      "section_full": "604.13",
      "parent_major": "604",
      "parent_minor": "604.13",
      "source": "030.txt"
    }
  },
  {
    "id": "605.1",
    "text": "CONTEXT: 605 > 605.1 | CONTENT: 605.1 605.1 General. Heating and air - conditioning systems shall be provided with approved air filters. Filters shall be installed such that all return air, outdoor air and makeup air is filtered upstream from any heat exchanger or coil. Filters shall be installed in an accessible location. Liquid adhesive coatings used on filters shall have a flash point not lower than 325\u00b0F (162.8\u00b0C). [CONT.]: 605.1 General. Heating and air - conditioning systems shall be provided with approved air filters. Filters shall be installed such that all return air, outdoor air and makeup air is filtered upstream from any heat exchanger or coil. Filters shall be installed in an accessible location. Liquid adhesive coatings used on filters shall have a flash point not lower than 325\u00b0F (162.8\u00b0C). [CONT.]: 605.1 General. Heating and air - conditioning systems shall be provided with approved air filters. Filters shall be installed such that all return air, outdoor air and makeup air is filtered upstream from any heat exchanger or coil. Filters shall be installed in an accessible location. Liquid adhesive coatings used on filters shall have a flash point not lower than 325\u00b0F (162.8\u00b0C). [CONT.]: 605.1 General. Heating and air - conditioning systems shall be provided with approved air filters. Filters shall be installed such that all return air, outdoor air and makeup air is filtered upstream from any heat exchanger or coil. Filters shall be installed in an accessible location. Liquid adhesive coatings used on filters shall have a flash point not lower than 325\u00b0F (162.8\u00b0C). [CONT.]: 605.1 General. Heating and air - conditioning systems shall be provided with approved air filters. Filters shall be installed such that all return air, outdoor air and makeup air is filtered upstream from any heat exchanger or coil. Filters shall be installed in an accessible location. Liquid adhesive coatings used on filters shall have a flash point not lower than 325\u00b0F (162.8\u00b0C). [CONT.]: 605.1 General. Heating and air - conditioning systems shall be provided with approved air filters. Filters shall be installed such that all return air, outdoor air and makeup air is filtered upstream from any heat exchanger or coil. Filters shall be installed in an accessible location. Liquid adhesive coatings used on filters shall have a flash point not lower than 325\u00b0F (162.8\u00b0C). [CONT.]: 605.1 General. Heating and air - conditioning systems shall be provided with approved air filters. Filters shall be installed such that all return air, outdoor air and makeup air is filtered upstream from any heat exchanger or coil. Filters shall be installed in an accessible location. Liquid adhesive coatings used on filters shall have a flash point not lower than 325\u00b0F (162.8\u00b0C). [CONT.]: 605.1 General. Heating and air - conditioning systems shall be provided with approved air filters. Filters shall be installed such that all return air, outdoor air and makeup air is filtered upstream from any heat exchanger or coil. Filters shall be installed in an accessible location. Liquid adhesive coatings used on filters shall have a flash point not lower than 325\u00b0F (162.8\u00b0C). [CONT.]: 605.1 General. Heating and air - conditioning systems shall be provided with approved air filters. Filters shall be installed such that all return air, outdoor air and makeup air is filtered upstream from any heat exchanger or coil. Filters shall be installed in an accessible location. Liquid adhesive coatings used on filters shall have a flash point not lower than 325\u00b0F (162.8\u00b0C). [CONT.]: 605.1 General. Heating and air - conditioning systems shall be provided with approved air filters. Filters shall be installed such that all return air, outdoor air and makeup air is filtered upstream from any heat exchanger or coil. Filters shall be installed in an accessible location. Liquid adhesive coatings used on filters shall have a flash point not lower than 325\u00b0F (162.8\u00b0C). [CONT.]: 605.1 General. Heating and air - conditioning systems shall be provided with approved air filters. Filters shall be installed such that all return air, outdoor air and makeup air is filtered upstream from any heat exchanger or coil. Filters shall be installed in an accessible location. Liquid adhesive coatings used on filters shall have a flash point not lower than 325\u00b0F (162.8\u00b0C). [CONT.]: 605.1 General. Heating and air - conditioning systems shall be provided with approved air filters. Filters shall be installed such that all return air, outdoor air and makeup air is filtered upstream from any heat exchanger or coil. Filters shall be installed in an accessible location. Liquid adhesive coatings used on filters shall have a flash point not lower than 325\u00b0F (162.8\u00b0C).",
    "metadata": {
      "section_full": "605.1",
      "parent_major": "605",
      "parent_minor": "605.1",
      "source": "030.txt"
    }
  },
  {
    "id": "605.2",
    "text": "CONTEXT: 605 > 605.2 | CONTENT: 605.2 605.2 Standards. Media - type and electrostatic - type air filters shall be lis ted and labeled. Media - type air filters shall comply with UL 900. High efficiency particulate air filters shall comply with UL 586. Electrostatic - type air filters shall comply with UL 867. Air filters utilized within dwelling units shall be designed for th e intended application and shall not be required to be listed and labeled. [CONT.]: 605.2 Standards. Media - type and electrostatic - type air filters shall be lis ted and labeled. Media - type air filters shall comply with UL 900. High efficiency particulate air filters shall comply with UL 586. Electrostatic - type air filters shall comply with UL 867. Air filters utilized within dwelling units shall be designed for th e intended application and shall not be required to be listed and labeled. [CONT.]: 605.2 Standards. Media - type and electrostatic - type air filters shall be lis ted and labeled. Media - type air filters shall comply with UL 900. High efficiency particulate air filters shall comply with UL 586. Electrostatic - type air filters shall comply with UL 867. Air filters utilized within dwelling units shall be designed for th e intended application and shall not be required to be listed and labeled. [CONT.]: 605.2 Standards. Media - type and electrostatic - type air filters shall be lis ted and labeled. Media - type air filters shall comply with UL 900. High efficiency particulate air filters shall comply with UL 586. Electrostatic - type air filters shall comply with UL 867. Air filters utilized within dwelling units shall be designed for th e intended application and shall not be required to be listed and labeled. [CONT.]: 605.2 Standards. Media - type and electrostatic - type air filters shall be lis ted and labeled. Media - type air filters shall comply with UL 900. High efficiency particulate air filters shall comply with UL 586. Electrostatic - type air filters shall comply with UL 867. Air filters utilized within dwelling units shall be designed for th e intended application and shall not be required to be listed and labeled. [CONT.]: 605.2 Standards. Media - type and electrostatic - type air filters shall be lis ted and labeled. Media - type air filters shall comply with UL 900. High efficiency particulate air filters shall comply with UL 586. Electrostatic - type air filters shall comply with UL 867. Air filters utilized within dwelling units shall be designed for th e intended application and shall not be required to be listed and labeled. [CONT.]: 605.2 Standards. Media - type and electrostatic - type air filters shall be lis ted and labeled. Media - type air filters shall comply with UL 900. High efficiency particulate air filters shall comply with UL 586. Electrostatic - type air filters shall comply with UL 867. Air filters utilized within dwelling units shall be designed for th e intended application and shall not be required to be listed and labeled. [CONT.]: 605.2 Standards. Media - type and electrostatic - type air filters shall be lis ted and labeled. Media - type air filters shall comply with UL 900. High efficiency particulate air filters shall comply with UL 586. Electrostatic - type air filters shall comply with UL 867. Air filters utilized within dwelling units shall be designed for th e intended application and shall not be required to be listed and labeled. [CONT.]: 605.2 Standards. Media - type and electrostatic - type air filters shall be lis ted and labeled. Media - type air filters shall comply with UL 900. High efficiency particulate air filters shall comply with UL 586. Electrostatic - type air filters shall comply with UL 867. Air filters utilized within dwelling units shall be designed for th e intended application and shall not be required to be listed and labeled. [CONT.]: 605.2 Standards. Media - type and electrostatic - type air filters shall be lis ted and labeled. Media - type air filters shall comply with UL 900. High efficiency particulate air filters shall comply with UL 586. Electrostatic - type air filters shall comply with UL 867. Air filters utilized within dwelling units shall be designed for th e intended application and shall not be required to be listed and labeled. [CONT.]: 605.2 Standards. Media - type and electrostatic - type air filters shall be lis ted and labeled. Media - type air filters shall comply with UL 900. High efficiency particulate air filters shall comply with UL 586. Electrostatic - type air filters shall comply with UL 867. Air filters utilized within dwelling units shall be designed for th e intended application and shall not be required to be listed and labeled. [CONT.]: 605.2 Standards. Media - type and electrostatic - type air filters shall be lis ted and labeled. Media - type air filters shall comply with UL 900. High efficiency particulate air filters shall comply with UL 586. Electrostatic - type air filters shall comply with UL 867. Air filters utilized within dwelling units shall be designed for th e intended application and shall not be required to be listed and labeled. [CONT.]: 605.2 641 \u2014 2010 Type L Low - temperature Venting Systems \u2014 with revisions through May 2013 ................................ ......... [CONT.]: 605.2 875 \u2014 09 Electric Dry Bath Heater \u2014 with revisions through November 2011 ................................ ............................ [CONT.]: 605.2 907 \u2014 94 Fireplace Accessories \u2014 with revisions through April 2010 ................................ ................................ .........",
    "metadata": {
      "section_full": "605.2",
      "parent_major": "605",
      "parent_minor": "605.2",
      "source": "030.txt"
    }
  },
  {
    "id": "605.2.1",
    "text": "CONTEXT: 605 > 605.2 | CONTENT: 605.2.1 605.2.1 Standards for air - handling units . Air - handling units of mechanical ventilation systems, any portion of which provide outdoor air ventilation, shall be equipped with a partic ulate matter filtration system in accordance with ASHRAE 62.1 or ASHRAE 62.2 and shall have a minimum efficiency reporting value (MERV) of 11 or greater in accordance with ASHRAE 52.2. Exceptions: \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 605.2.1 Standards for air - handling units . Air - handling units of mechanical ventilation systems, any portion of which provide outdoor air ventilation, shall be equipped with a partic ulate matter filtration system in accordance with ASHRAE 62.1 or ASHRAE 62.2 and shall have a minimum efficiency reporting value (MERV) of 11 or greater in accordance with ASHRAE 52.2. Exceptions: \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 605.2.1 Standards for air - handling units . Air - handling units of mechanical ventilation systems, any portion of which provide outdoor air ventilation, shall be equipped with a partic ulate matter filtration system in accordance with ASHRAE 62.1 or ASHRAE 62.2 and shall have a minimum efficiency reporting value (MERV) of 11 or greater in accordance with ASHRAE 52.2. Exceptions: DUCT SYSTEMS 1. This section shall not apply to the alteration or repair of a mechanical ventilation system that was installed prior to January 1, 2013 unless such alteration or repair includes the replacement or addition of an air - handling unit in such system. 2. This section shall not apply to any air - handling unit with a de sign capacity of less than 5,000 cfm (2.4 m 3 /s). 3. This section shall not apply for combustion outside air, dilution air, ventilation air for mechanical room and spaces not intended for occupancy. [CONT.]: 605.2.1 Standards for air - handling units . Air - handling units of mechanical ventilation systems, any portion of which provide outdoor air ventilation, shall be equipped with a partic ulate matter filtration system in accordance with ASHRAE 62.1 or ASHRAE 62.2 and shall have a minimum efficiency reporting value (MERV) of 11 or greater in accordance with ASHRAE 52.2. Exceptions: DUCT SYSTEMS 1. This section shall not apply to the alteration or repair of a mechanical ventilation system that was installed prior to January 1, 2013 unless such alteration or repair includes the replacement or addition of an air - handling unit in such system. 2. This section shall not apply to any air - handling unit with a de sign capacity of less than 5,000 cfm (2.4 m 3 /s). 3. This section shall not apply for combustion outside air, dilution air, ventilation air for mechanical room and spaces not intended for occupancy. [CONT.]: 605.2.1 Standards for air - handling units . Air - handling units of mechanical ventilation systems, any portion of which provide outdoor air ventilation, shall be equipped with a partic ulate matter filtration system in accordance with ASHRAE 62.1 or ASHRAE 62.2 and shall have a minimum efficiency reporting value (MERV) of 11 or greater in accordance with ASHRAE 52.2. Exceptions: DUCT SYSTEMS 1. This section shall not apply to the alteration or repair of a mechanical ventilation system that was installed prior to January 1, 2013 unless such alteration or repair includes the replacement or addition of an air - handling unit in such system. 2. This section shall not apply to any air - handling unit with a de sign capacity of less than 5,000 cfm (2.4 m 3 /s). 3. This section shall not apply for combustion outside air, dilution air, ventilation air for mechanical room and spaces not intended for occupancy. [CONT.]: 605.2.1 Standards for air - handling units . Air - handling units of mechanical ventilation systems, any portion of which provide outdoor air ventilation, shall be equipped with a partic ulate matter filtration system in accordance with ASHRAE 62.1 or ASHRAE 62.2 and shall have a minimum efficiency reporting value (MERV) of 11 or greater in accordance with ASHRAE 52.2. Exceptions: DUCT SYSTEMS 1. This section shall not apply to the alteration or repair of a mechanical ventilation system that was installed prior to January 1, 2013 unless such alteration or repair includes the replacement or addition of an air - handling unit in such system. 2. This section shall not apply to any air - handling unit with a de sign capacity of less than 5,000 cfm (2.4 m 3 /s). 3. This section shall not apply for combustion outside air, dilution air, ventilation air for mechanical room and spaces not intended for occupancy. [CONT.]: 605.2.1 Standards for air - handling units . Air - handling units of mechanical ventilation systems, any portion of which provide outdoor air ventilation, shall be equipped with a partic ulate matter filtration system in accordance with ASHRAE 62.1 or ASHRAE 62.2 and shall have a minimum efficiency reporting value (MERV) of 11 or greater in accordance with ASHRAE 52.2. Exceptions: DUCT SYSTEMS 1. This section shall not apply to the alteration or repair of a mechanical ventilation system that was installed prior to January 1, 2013 unless such alteration or repair includes the replacement or addition of an air - handling unit in such system. 2. This section shall not apply to any air - handling unit with a de sign capacity of less than 5,000 cfm (2.4 m 3 /s). 3. This section shall not apply for combustion outside air, dilution air, ventilation air for mechanical room and spaces not intended for occupancy. [CONT.]: 605.2.1 Standards for air - handling units . Air - handling units of mechanical ventilation systems, any portion of which provide outdoor air ventilation, shall be equipped with a partic ulate matter filtration system in accordance with ASHRAE 62.1 or ASHRAE 62.2 and shall have a minimum efficiency reporting value (MERV) of 11 or greater in accordance with ASHRAE 52.2. Exceptions: DUCT SYSTEMS 1. This section shall not apply to the alteration or repair of a mechanical ventilation system that was installed prior to January 1, 2013 unless such alteration or repair includes the replacement or addition of an air - handling unit in such system. 2. This section shall not apply to any air - handling unit with a de sign capacity of less than 5,000 cfm (2.4 m 3 /s). 3. This section shall not apply for combustion outside air, dilution air, ventilation air for mechanical room and spaces not intended for occupancy. [CONT.]: 605.2.1 Standards for air - handling units . Air - handling units of mechanical ventilation systems, any portion of which provide outdoor air ventilation, shall be equipped with a partic ulate matter filtration system in accordance with ASHRAE 62.1 or ASHRAE 62.2 and shall have a minimum efficiency reporting value (MERV) of 11 or greater in accordance with ASHRAE 52.2. Exceptions: DUCT SYSTEMS 1. This section shall not apply to the alteration or repair of a mechanical ventilation system that was installed prior to January 1, 2013 unless such alteration or repair includes the replacement or addition of an air - handling unit in such system. 2. This section shall not apply to any air - handling unit with a de sign capacity of less than 5,000 cfm (2.4 m 3 /s). 3. This section shall not apply for combustion outside air, dilution air, ventilation air for mechanical room and spaces not intended for occupancy. [CONT.]: 605.2.1 Standards for air - handling units . Air - handling units of mechanical ventilation systems, any portion of which provide outdoor air ventilation, shall be equipped with a partic ulate matter filtration system in accordance with ASHRAE 62.1 or ASHRAE 62.2 and shall have a minimum efficiency reporting value (MERV) of 11 or greater in accordance with ASHRAE 52.2. Exceptions: DUCT SYSTEMS 1. This section shall not apply to the alteration or repair of a mechanical ventilation system that was installed prior to January 1, 2013 unless such alteration or repair includes the replacement or addition of an air - handling unit in such system. 2. This section shall not apply to any air - handling unit with a de sign capacity of less than 5,000 cfm (2.4 m 3 /s). 3. This section shall not apply for combustion outside air, dilution air, ventilation air for mechanical room and spaces not intended for occupancy. [CONT.]: 605.2.1 Standards for air - handling units . Air - handling units of mechanical ventilation systems, any portion of which provide outdoor air ventilation, shall be equipped with a partic ulate matter filtration system in accordance with ASHRAE 62.1 or ASHRAE 62.2 and shall have a minimum efficiency reporting value (MERV) of 11 or greater in accordance with ASHRAE 52.2. Exceptions: DUCT SYSTEMS 1. This section shall not apply to the alteration or repair of a mechanical ventilation system that was installed prior to January 1, 2013 unless such alteration or repair includes the replacement or addition of an air - handling unit in such system. 2. This section shall not apply to any air - handling unit with a de sign capacity of less than 5,000 cfm (2.4 m 3 /s). 3. This section shall not apply for combustion outside air, dilution air, ventilation air for mechanical room and spaces not intended for occupancy. [CONT.]: 605.2.1 Standards for air - handling units . Air - handling units of mechanical ventilation systems, any portion of which provide outdoor air ventilation, shall be equipped with a partic ulate matter filtration system in accordance with ASHRAE 62.1 or ASHRAE 62.2 and shall have a minimum efficiency reporting value (MERV) of 11 or greater in accordance with ASHRAE 52.2. Exceptions: DUCT SYSTEMS 1. This section shall not apply to the alteration or repair of a mechanical ventilation system that was installed prior to January 1, 2013 unless such alteration or repair includes the replacement or addition of an air - handling unit in such system. 2. This section shall not apply to any air - handling unit with a de sign capacity of less than 5,000 cfm (2.4 m 3 /s). 3. This section shall not apply for combustion outside air, dilution air, ventilation air for mechanical room and spaces not intended for occupancy. [CONT.]: 605.2.1 62.1 \u2014 2016 Ventilation for Acceptable Indoor Air Quality ................................................... 403.2, 403.3.1.1 403.3.1.1.2.3.2, 501.3.1, 514.4, 601.4, 605.2.1 62.2 \u2014 2016 Ventilation and Acceptable Indoor Air Quality in Low - Rise Residential Buildings ................................ . [CONT.]: 605.2.1 ANSI/ASHRAE/ ASHE170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................ 401.4 \u2021\u2021\u2021 Chapter 15 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 15 REFERENCED STANDARDS SECTION MC 1501 GENERAL [CONT.]: 605.2.1 62.1 \u2014 2016 Ventilation for Acceptable Indoor Air Quality ................................................... 403.2, 403.3.1.1 403.3.1.1.2.3.2, 501.3.1, 514.4, 601.4, 605.2.1 62.2 \u2014 2016 Ventilation and Acceptable Indoor Air Quality in Low - Rise Residential Buildings ................................ . [CONT.]: 605.2.1 ANSI/ASHRAE/ ASHE170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................ [CONT.]: 605.2.1 62.1 \u2014 2016 Ventilation for Acceptable Indoor Air Quality ................................................... 403.2, 403.3.1.1 403.3.1.1.2.3.2, 501.3.1, 514.4, 601.4, 605.2.1 62.2 \u2014 2016 Ventilation and Acceptable Indoor Air Quality in Low - Rise Residential Buildings ................................ . [CONT.]: 605.2.1 ANSI/ASHRAE/ ASHE170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................ [CONT.]: 605.2.1 62.1 \u2014 2016 Ventilation for Acceptable Indoor Air Quality ................................................... 403.2, 403.3.1.1 403.3.1.1.2.3.2, 501.3.1, 514.4, 601.4, 605.2.1 62.2 \u2014 2016 Ventilation and Acceptable Indoor Air Quality in Low - Rise Residential Buildings ................................ . [CONT.]: 605.2.1 ANSI/ASHRAE/ ASHE170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................ [CONT.]: 605.2.1 62.1 \u2014 2016 Ventilation for Acceptable Indoor Air Quality ................................................... 403.2, 403.3.1.1 403.3.1.1.2.3.2, 501.3.1, 514.4, 601.4, 605.2.1 62.2 \u2014 2016 Ventilation and Acceptable Indoor Air Quality in Low - Rise Residential Buildings ................................ . [CONT.]: 605.2.1 ANSI/ASHRAE/ ASHE170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................ [CONT.]: 605.2.1 62.1 \u2014 2016 Ventilation for Acceptable Indoor Air Quality ................................................... 403.2, 403.3.1.1 403.3.1.1.2.3.2, 501.3.1, 514.4, 601.4, 605.2.1 62.2 \u2014 2016 Ventilation and Acceptable Indoor Air Quality in Low - Rise Residential Buildings ................................ . [CONT.]: 605.2.1 ANSI/ASHRAE/ ASHE170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................ [CONT.]: 605.2.1 62.1 \u2014 2016 Ventilation for Acceptable Indoor Air Quality ................................................... 403.2, 403.3.1.1 403.3.1.1.2.3.2, 501.3.1, 514.4, 601.4, 605.2.1 62.2 \u2014 2016 Ventilation and Acceptable Indoor Air Quality in Low - Rise Residential Buildings ................................ . [CONT.]: 605.2.1 ANSI/ASHRAE/ ASHE170 \u2014 2008 Ventilation of Health Care Facilities ............................................................................................................",
    "metadata": {
      "section_full": "605.2.1",
      "parent_major": "605",
      "parent_minor": "605.2",
      "source": "030.txt"
    }
  },
  {
    "id": "605.3",
    "text": "CONTEXT: 605 > 605.3 | CONTENT: 605.3 605.3 Airflow over the filter. Ducts shall be constructed to allow an even distribution of air over the entire filter. [CONT.]: 605.3 Airflow over the filter. Ducts shall be constructed to allow an even distribution of air over the entire filter. [CONT.]: 605.3 Airflow over the filter. Ducts shall be constructed to allow an even distribution of air over the entire filter. [CONT.]: 605.3 Airflow over the filter. Ducts shall be constructed to allow an even distribution of air over the entire filter. [CONT.]: 605.3 Airflow over the filter. Ducts shall be constructed to allow an even distribution of air over the entire filter. [CONT.]: 605.3 Airflow over the filter. Ducts shall be constructed to allow an even distribution of air over the entire filter. [CONT.]: 605.3 Airflow over the filter. Ducts shall be constructed to allow an even distribution of air over the entire filter. [CONT.]: 605.3 Airflow over the filter. Ducts shall be constructed to allow an even distribution of air over the entire filter. [CONT.]: 605.3 Airflow over the filter. Ducts shall be constructed to allow an even distribution of air over the entire filter. [CONT.]: 605.3 Airflow over the filter. Ducts shall be constructed to allow an even distribution of air over the entire filter.",
    "metadata": {
      "section_full": "605.3",
      "parent_major": "605",
      "parent_minor": "605.3",
      "source": "030.txt"
    }
  },
  {
    "id": "605.4",
    "text": "CONTEXT: 605 > 605.4 | CONTENT: 605.4 605.4 Liquid adhesive tanks. Tanks for liquid adhesives, into which removable filters are dipped, shall be prohibited. [CONT.]: 605.4 Liquid adhesive tanks. Tanks for liquid adhesives, into which removable filters are dipped, shall be prohibited. [CONT.]: 605.4 Liquid adhesive tanks. Tanks for liquid adhesives, into which removable filters are dipped, shall be prohibited. [CONT.]: 605.4 Liquid adhesive tanks. Tanks for liquid adhesives, into which removable filters are dipped, shall be prohibited. [CONT.]: 605.4 Liquid adhesive tanks. Tanks for liquid adhesives, into which removable filters are dipped, shall be prohibited. [CONT.]: 605.4 Liquid adhesive tanks. Tanks for liquid adhesives, into which removable filters are dipped, shall be prohibited. [CONT.]: 605.4 Liquid adhesive tanks. Tanks for liquid adhesives, into which removable filters are dipped, shall be prohibited. [CONT.]: 605.4 Liquid adhesive tanks. Tanks for liquid adhesives, into which removable filters are dipped, shall be prohibited. [CONT.]: 605.4 Liquid adhesive tanks. Tanks for liquid adhesives, into which removable filters are dipped, shall be prohibited. [CONT.]: 605.4 Liquid adhesive tanks. Tanks for liquid adhesives, into which removable filters are dipped, shall be prohibited.",
    "metadata": {
      "section_full": "605.4",
      "parent_major": "605",
      "parent_minor": "605.4",
      "source": "030.txt"
    }
  },
  {
    "id": "605.5",
    "text": "CONTEXT: 605 > 605.5 | CONTENT: 605.5 605.5 Filter maintenance. All air filters shall be kept free of excess dust and combustible material. Unit filters shall be renewed or cleaned when the resistance to airflow has increased to two times the original resistance or when the resistance has reached a value of recommended replacement by the manufacturer. A permanent ly installed draft gauge or differential pressure transmitter shall be provided for all systems equal to or greater than 4000 cfm (1.89 m 3 /s). SECTION MC 606 SMOKE DETECTION SYSTEMS CONTROL [CONT.]: 605.5 Filter maintenance. All air filters shall be kept free of excess dust and combustible material. Unit filters shall be renewed or cleaned when the resistance to airflow has increased to two times the original resistance or when the resistance has reached a value of recommended replacement by the manufacturer. A permanent ly installed draft gauge or differential pressure transmitter shall be provided for all systems equal to or greater than 4000 cfm (1.89 m 3 /s). SECTION MC 606 SMOKE DETECTION SYSTEMS CONTROL [CONT.]: 605.5 Filter maintenance. All air filters shall be kept free of excess dust and combustible material. Unit filters shall be renewed or cleaned when the resistance to airflow has increased to two times the original resistance or when the resistance has reached a value of recommended replacement by the manufacturer. A permanent ly installed draft gauge or differential pressure transmitter shall be provided for all systems equal to or greater than 4000 cfm (1.89 m 3 /s). SECTION MC 606 SMOKE DETECTION SYSTEMS CONTROL [CONT.]: 605.5 Filter maintenance. All air filters shall be kept free of excess dust and combustible material. Unit filters shall be renewed or cleaned when the resistance to airflow has increased to two times the original resistance or when the resistance has reached a value of recommended replacement by the manufacturer. A permanent ly installed draft gauge or differential pressure transmitter shall be provided for all systems equal to or greater than 4000 cfm (1.89 m 3 /s). SECTION MC 606 SMOKE DETECTION SYSTEMS CONTROL [CONT.]: 605.5 Filter maintenance. All air filters shall be kept free of excess dust and combustible material. Unit filters shall be renewed or cleaned when the resistance to airflow has increased to two times the original resistance or when the resistance has reached a value of recommended replacement by the manufacturer. A permanent ly installed draft gauge or differential pressure transmitter shall be provided for all systems equal to or greater than 4000 cfm (1.89 m 3 /s). SECTION MC 606 SMOKE DETECTION SYSTEMS CONTROL [CONT.]: 605.5 Filter maintenance. All air filters shall be kept free of excess dust and combustible material. Unit filters shall be renewed or cleaned when the resistance to airflow has increased to two times the original resistance or when the resistance has reached a value of recommended replacement by the manufacturer. A permanent ly installed draft gauge or differential pressure transmitter shall be provided for all systems equal to or greater than 4000 cfm (1.89 m 3 /s). SECTION MC 606 SMOKE DETECTION SYSTEMS CONTROL [CONT.]: 605.5 Filter maintenance. All air filters shall be kept free of excess dust and combustible material. Unit filters shall be renewed or cleaned when the resistance to airflow has increased to two times the original resistance or when the resistance has reached a value of recommended replacement by the manufacturer. A permanent ly installed draft gauge or differential pressure transmitter shall be provided for all systems equal to or greater than 4000 cfm (1.89 m 3 /s). SECTION MC 606 SMOKE DETECTION SYSTEMS CONTROL [CONT.]: 605.5 Filter maintenance. All air filters shall be kept free of excess dust and combustible material. Unit filters shall be renewed or cleaned when the resistance to airflow has increased to two times the original resistance or when the resistance has reached a value of recommended replacement by the manufacturer. A permanent ly installed draft gauge or differential pressure transmitter shall be provided for all systems equal to or greater than 4000 cfm (1.89 m 3 /s). SECTION MC 606 SMOKE DETECTION SYSTEMS CONTROL [CONT.]: 605.5 Filter maintenance. All air filters shall be kept free of excess dust and combustible material. Unit filters shall be renewed or cleaned when the resistance to airflow has increased to two times the original resistance or when the resistance has reached a value of recommended replacement by the manufacturer. A permanent ly installed draft gauge or differential pressure transmitter shall be provided for all systems equal to or greater than 4000 cfm (1.89 m 3 /s). SECTION MC 606 SMOKE DETECTION SYSTEMS CONTROL [CONT.]: 605.5 Filter maintenance. All air filters shall be kept free of excess dust and combustible material. Unit filters shall be renewed or cleaned when the resistance to airflow has increased to two times the original resistance or when the resistance has reached a value of recommended replacement by the manufacturer. A permanent ly installed draft gauge or differential pressure transmitter shall be provided for all systems equal to or greater than 4000 cfm (1.89 m 3 /s). SECTION MC 606 SMOKE DETECTION SYSTEMS CONTROL",
    "metadata": {
      "section_full": "605.5",
      "parent_major": "605",
      "parent_minor": "605.5",
      "source": "030.txt"
    }
  },
  {
    "id": "606.1",
    "text": "CONTEXT: 606 > 606.1 | CONTENT: 606.1 606.1 Controls required. Air distribution systems shall be equippe d with smoke detectors listed and labeled for installation in air distribution systems, as required by this section. Duct smoke detectors shall comply with UL 268A. Other smoke detectors shall comply with UL 268. [CONT.]: 606.1 Controls required. Air distribution systems shall be equippe d with smoke detectors listed and labeled for installation in air distribution systems, as required by this section. Duct smoke detectors shall comply with UL 268A. Other smoke detectors shall comply with UL 268. [CONT.]: 606.1 Controls required. Air distribution systems shall be equippe d with smoke detectors listed and labeled for installation in air distribution systems, as required by this section. Duct smoke detectors shall comply with UL 268A. Other smoke detectors shall comply with UL 268. [CONT.]: 606.1 Controls required. Air distribution systems shall be equippe d with smoke detectors listed and labeled for installation in air distribution systems, as required by this section. Duct smoke detectors shall comply with UL 268A. Other smoke detectors shall comply with UL 268. [CONT.]: 606.1 Controls required. Air distribution systems shall be equippe d with smoke detectors listed and labeled for installation in air distribution systems, as required by this section. Duct smoke detectors shall comply with UL 268A. Other smoke detectors shall comply with UL 268. [CONT.]: 606.1 Controls required. Air distribution systems shall be equippe d with smoke detectors listed and labeled for installation in air distribution systems, as required by this section. Duct smoke detectors shall comply with UL 268A. Other smoke detectors shall comply with UL 268. [CONT.]: 606.1 Controls required. Air distribution systems shall be equippe d with smoke detectors listed and labeled for installation in air distribution systems, as required by this section. Duct smoke detectors shall comply with UL 268A. Other smoke detectors shall comply with UL 268. [CONT.]: 606.1 Controls required. Air distribution systems shall be equippe d with smoke detectors listed and labeled for installation in air distribution systems, as required by this section. Duct smoke detectors shall comply with UL 268A. Other smoke detectors shall comply with UL 268. [CONT.]: 606.1 Controls required. Air distribution systems shall be equippe d with smoke detectors listed and labeled for installation in air distribution systems, as required by this section. Duct smoke detectors shall comply with UL 268A. Other smoke detectors shall comply with UL 268. [CONT.]: 606.1 Controls required. Air distribution systems shall be equippe d with smoke detectors listed and labeled for installation in air distribution systems, as required by this section. Duct smoke detectors shall comply with UL 268A. Other smoke detectors shall comply with UL 268. [CONT.]: 606.1 268A \u2014 2009 Smoke Detectors for Duct Application \u2014 with revisions through September 2009 ................................ ...... [CONT.]: 606.1 378 \u2014 06 Draft Equipment \u2014 with revisions through January 2010 ................................ ............................... 804.3, 804.3.8 391 \u2014 2010 Solid - fuel and Combination - fuel Central and Supplementary Furnaces \u2014 with revisions through March 2010 ................................ ................................ ................................ .",
    "metadata": {
      "section_full": "606.1",
      "parent_major": "606",
      "parent_minor": "606.1",
      "source": "030.txt"
    }
  },
  {
    "id": "606.2",
    "text": "CONTEXT: 606 > 606.2 | CONTENT: 606.2 606.2 Where required. Smoke detectors shall be installed where indicated in Sections 606.2.1 through 606.2. 4 . [CONT.]: 606.2 Where required. Smoke detectors shall be installed where indicated in Sections 606.2.1 through 606.2. 4 . [CONT.]: 606.2 Where required. Smoke detectors shall be installed where indicated in Sections 606.2.1 through 606.2. 4 . [CONT.]: 606.2 Where required. Smoke detectors shall be installed where indicated in Sections 606.2.1 through 606.2. 4 . [CONT.]: 606.2 Where required. Smoke detectors shall be installed where indicated in Sections 606.2.1 through 606.2. 4 . [CONT.]: 606.2 Where required. Smoke detectors shall be installed where indicated in Sections 606.2.1 through 606.2. 4 . [CONT.]: 606.2 Where required. Smoke detectors shall be installed where indicated in Sections 606.2.1 through 606.2. 4 . [CONT.]: 606.2 Where required. Smoke detectors shall be installed where indicated in Sections 606.2.1 through 606.2. 4 . [CONT.]: 606.2 Where required. Smoke detectors shall be installed where indicated in Sections 606.2.1 through 606.2. 4 . [CONT.]: 606.2 Where required. Smoke detectors shall be installed where indicated in Sections 606.2.1 through 606.2. 4 .",
    "metadata": {
      "section_full": "606.2",
      "parent_major": "606",
      "parent_minor": "606.2",
      "source": "030.txt"
    }
  },
  {
    "id": "606.2.1",
    "text": "CONTEXT: 606 > 606.2 | CONTENT: 606.2.1 606.2.1 Return air systems. Smoke detectors shall be installed in return air systems with a design capacity greater than 2,000 cfm (0.9 m 3 /s), in the return air duct or plenum upstream of a ny filters, exhaust air connections, outdoor air connections, or decontamination equipment and appliances. Exception: Smoke detectors are not required in the return air system where all portions of the building served by the air distribution system are protected by area smoke detectors connected to a fire alarm system in accordance with the New York City Building Code . Th e area smoke detection system shall comply with Section 606.4. [CONT.]: 606.2.1 Return air systems. Smoke detectors shall be installed in return air systems with a design capacity greater than 2,000 cfm (0.9 m 3 /s), in the return air duct or plenum upstream of a ny filters, exhaust air connections, outdoor air connections, or decontamination equipment and appliances. Exception: Smoke detectors are not required in the return air system where all portions of the building served by the air distribution system are protected by area smoke detectors connected to a fire alarm system in accordance with the New York City Building Code . Th e area smoke detection system shall comply with Section 606.4. [CONT.]: 606.2.1 Return air systems. Smoke detectors shall be installed in return air systems with a design capacity greater than 2,000 cfm (0.9 m 3 /s), in the return air duct or plenum upstream of a ny filters, exhaust air connections, outdoor air connections, or decontamination equipment and appliances. Exception: Smoke detectors are not required in the return air system where all portions of the building served by the air distribution system are protected by area smoke detectors connected to a fire alarm system in accordance with the New York City Building Code . Th e area smoke detection system shall comply with Section 606.4. [CONT.]: 606.2.1 Return air systems. Smoke detectors shall be installed in return air systems with a design capacity greater than 2,000 cfm (0.9 m 3 /s), in the return air duct or plenum upstream of a ny filters, exhaust air connections, outdoor air connections, or decontamination equipment and appliances. Exception: Smoke detectors are not required in the return air system where all portions of the building served by the air distribution system are protected by area smoke detectors connected to a fire alarm system in accordance with the New York City Building Code . Th e area smoke detection system shall comply with Section 606.4. [CONT.]: 606.2.1 Return air systems. Smoke detectors shall be installed in return air systems with a design capacity greater than 2,000 cfm (0.9 m 3 /s), in the return air duct or plenum upstream of a ny filters, exhaust air connections, outdoor air connections, or decontamination equipment and appliances. Exception: Smoke detectors are not required in the return air system where all portions of the building served by the air distribution system are protected by area smoke detectors connected to a fire alarm system in accordance with the New York City Building Code . Th e area smoke detection system shall comply with Section 606.4. [CONT.]: 606.2.1 Return air systems. Smoke detectors shall be installed in return air systems with a design capacity greater than 2,000 cfm (0.9 m 3 /s), in the return air duct or plenum upstream of a ny filters, exhaust air connections, outdoor air connections, or decontamination equipment and appliances. Exception: Smoke detectors are not required in the return air system where all portions of the building served by the air distribution system are protected by area smoke detectors connected to a fire alarm system in accordance with the New York City Building Code . Th e area smoke detection system shall comply with Section 606.4. [CONT.]: 606.2.1 Return air systems. Smoke detectors shall be installed in return air systems with a design capacity greater than 2,000 cfm (0.9 m 3 /s), in the return air duct or plenum upstream of a ny filters, exhaust air connections, outdoor air connections, or decontamination equipment and appliances. Exception: Smoke detectors are not required in the return air system where all portions of the building served by the air distribution system are protected by area smoke detectors connected to a fire alarm system in accordance with the New York City Building Code . Th e area smoke detection system shall comply with Section 606.4. [CONT.]: 606.2.1 Return air systems. Smoke detectors shall be installed in return air systems with a design capacity greater than 2,000 cfm (0.9 m 3 /s), in the return air duct or plenum upstream of a ny filters, exhaust air connections, outdoor air connections, or decontamination equipment and appliances. Exception: Smoke detectors are not required in the return air system where all portions of the building served by the air distribution system are protected by area smoke detectors connected to a fire alarm system in accordance with the New York City Building Code . Th e area smoke detection system shall comply with Section 606.4. [CONT.]: 606.2.1 Return air systems. Smoke detectors shall be installed in return air systems with a design capacity greater than 2,000 cfm (0.9 m 3 /s), in the return air duct or plenum upstream of a ny filters, exhaust air connections, outdoor air connections, or decontamination equipment and appliances. Exception: Smoke detectors are not required in the return air system where all portions of the building served by the air distribution system are protected by area smoke detectors connected to a fire alarm system in accordance with the New York City Building Code . Th e area smoke detection system shall comply with Section 606.4. [CONT.]: 606.2.1 Return air systems. Smoke detectors shall be installed in return air systems with a design capacity greater than 2,000 cfm (0.9 m 3 /s), in the return air duct or plenum upstream of a ny filters, exhaust air connections, outdoor air connections, or decontamination equipment and appliances. Exception: Smoke detectors are not required in the return air system where all portions of the building served by the air distribution system are protected by area smoke detectors connected to a fire alarm system in accordance with the New York City Building Code . Th e area smoke detection system shall comply with Section 606.4.",
    "metadata": {
      "section_full": "606.2.1",
      "parent_major": "606",
      "parent_minor": "606.2",
      "source": "030.txt"
    }
  },
  {
    "id": "606.2.2",
    "text": "CONTEXT: 606 > 606.2 | CONTENT: 606.2.2 606.2.2 Common supply and return air systems. Where multiple air - handling systems share common supply or return air ducts or plenums with a combined design capacity greater than 2,000 cfm (0.9 m\u00b3/s), the return air system shall be provided with smoke detectors in accordance with Section 606.2.1. Exception: Individual smoke detectors shall not be required for each fan - powered terminal unit, provided that such units do not have an individual desig n capacity greater than 2,000 cfm (0.9 m\u00b3/s) and will be shut down by activation of one of the following: 1. Smoke detectors required by Sections 606.2.1 and 606.2.3. 2. An approved area smoke detector system located in the return air plenum serving such units. 3. An area smoke detector system as prescribed in the exception to Section 606.2.1. In all cases, the smoke detectors shall comply with Sections 606.4 and 606.4.1. [CONT.]: 606.2.2 Common supply and return air systems. Where multiple air - handling systems share common supply or return air ducts or plenums with a combined design capacity greater than 2,000 cfm (0.9 m\u00b3/s), the return air system shall be provided with smoke detectors in accordance with Section 606.2.1. Exception: Individual smoke detectors shall not be required for each fan - powered terminal unit, provided that such units do not have an individual desig n capacity greater than 2,000 cfm (0.9 m\u00b3/s) and will be shut down by activation of one of the following: 1. Smoke detectors required by Sections 606.2.1 and 606.2.3. 2. An approved area smoke detector system located in the return air plenum serving such units. 3. An area smoke detector system as prescribed in the exception to Section 606.2.1. In all cases, the smoke detectors shall comply with Sections 606.4 and 606.4.1. [CONT.]: 606.2.2 Common supply and return air systems. Where multiple air - handling systems share common supply or return air ducts or plenums with a combined design capacity greater than 2,000 cfm (0.9 m\u00b3/s), the return air system shall be provided with smoke detectors in accordance with Section 606.2.1. Exception: Individual smoke detectors shall not be required for each fan - powered terminal unit, provided that such units do not have an individual desig n capacity greater than 2,000 cfm (0.9 m\u00b3/s) and will be shut down by activation of one of the following: 1. Smoke detectors required by Sections 606.2.1 and 606.2.3. 2. An approved area smoke detector system located in the return air plenum serving such units. 3. An area smoke detector system as prescribed in the exception to Section 606.2.1. In all cases, the smoke detectors shall comply with Sections 606.4 and 606.4.1. [CONT.]: 606.2.2 Common supply and return air systems. Where multiple air - handling systems share common supply or return air ducts or plenums with a combined design capacity greater than 2,000 cfm (0.9 m\u00b3/s), the return air system shall be provided with smoke detectors in accordance with Section 606.2.1. Exception: Individual smoke detectors shall not be required for each fan - powered terminal unit, provided that such units do not have an individual desig n capacity greater than 2,000 cfm (0.9 m\u00b3/s) and will be shut down by activation of one of the following: 1. Smoke detectors required by Sections 606.2.1 and 606.2.3. 2. An approved area smoke detector system located in the return air plenum serving such units. 3. An area smoke detector system as prescribed in the exception to Section 606.2.1. In all cases, the smoke detectors shall comply with Sections 606.4 and 606.4.1. [CONT.]: 606.2.2 Common supply and return air systems. Where multiple air - handling systems share common supply or return air ducts or plenums with a combined design capacity greater than 2,000 cfm (0.9 m\u00b3/s), the return air system shall be provided with smoke detectors in accordance with Section 606.2.1. Exception: Individual smoke detectors shall not be required for each fan - powered terminal unit, provided that such units do not have an individual desig n capacity greater than 2,000 cfm (0.9 m\u00b3/s) and will be shut down by activation of one of the following: 1. Smoke detectors required by Sections 606.2.1 and 606.2.3. 2. An approved area smoke detector system located in the return air plenum serving such units. 3. An area smoke detector system as prescribed in the exception to Section 606.2.1. In all cases, the smoke detectors shall comply with Sections 606.4 and 606.4.1. [CONT.]: 606.2.2 Common supply and return air systems. Where multiple air - handling systems share common supply or return air ducts or plenums with a combined design capacity greater than 2,000 cfm (0.9 m\u00b3/s), the return air system shall be provided with smoke detectors in accordance with Section 606.2.1. Exception: Individual smoke detectors shall not be required for each fan - powered terminal unit, provided that such units do not have an individual desig n capacity greater than 2,000 cfm (0.9 m\u00b3/s) and will be shut down by activation of one of the following: 1. Smoke detectors required by Sections 606.2.1 and 606.2.3. 2. An approved area smoke detector system located in the return air plenum serving such units. 3. An area smoke detector system as prescribed in the exception to Section 606.2.1. In all cases, the smoke detectors shall comply with Sections 606.4 and 606.4.1. [CONT.]: 606.2.2 Common supply and return air systems. Where multiple air - handling systems share common supply or return air ducts or plenums with a combined design capacity greater than 2,000 cfm (0.9 m\u00b3/s), the return air system shall be provided with smoke detectors in accordance with Section 606.2.1. Exception: Individual smoke detectors shall not be required for each fan - powered terminal unit, provided that such units do not have an individual desig n capacity greater than 2,000 cfm (0.9 m\u00b3/s) and will be shut down by activation of one of the following: 1. Smoke detectors required by Sections 606.2.1 and 606.2.3. 2. An approved area smoke detector system located in the return air plenum serving such units. 3. An area smoke detector system as prescribed in the exception to Section 606.2.1. In all cases, the smoke detectors shall comply with Sections 606.4 and 606.4.1. [CONT.]: 606.2.2 Common supply and return air systems. Where multiple air - handling systems share common supply or return air ducts or plenums with a combined design capacity greater than 2,000 cfm (0.9 m\u00b3/s), the return air system shall be provided with smoke detectors in accordance with Section 606.2.1. Exception: Individual smoke detectors shall not be required for each fan - powered terminal unit, provided that such units do not have an individual desig n capacity greater than 2,000 cfm (0.9 m\u00b3/s) and will be shut down by activation of one of the following: 1. Smoke detectors required by Sections 606.2.1 and 606.2.3. 2. An approved area smoke detector system located in the return air plenum serving such units. 3. An area smoke detector system as prescribed in the exception to Section 606.2.1. In all cases, the smoke detectors shall comply with Sections 606.4 and 606.4.1. [CONT.]: 606.2.2 Common supply and return air systems. Where multiple air - handling systems share common supply or return air ducts or plenums with a combined design capacity greater than 2,000 cfm (0.9 m\u00b3/s), the return air system shall be provided with smoke detectors in accordance with Section 606.2.1. Exception: Individual smoke detectors shall not be required for each fan - powered terminal unit, provided that such units do not have an individual desig n capacity greater than 2,000 cfm (0.9 m\u00b3/s) and will be shut down by activation of one of the following: 1. Smoke detectors required by Sections 606.2.1 and 606.2.3. 2. An approved area smoke detector system located in the return air plenum serving such units. 3. An area smoke detector system as prescribed in the exception to Section 606.2.1. In all cases, the smoke detectors shall comply with Sections 606.4 and 606.4.1. [CONT.]: 606.2.2 Common supply and return air systems. Where multiple air - handling systems share common supply or return air ducts or plenums with a combined design capacity greater than 2,000 cfm (0.9 m\u00b3/s), the return air system shall be provided with smoke detectors in accordance with Section 606.2.1. Exception: Individual smoke detectors shall not be required for each fan - powered terminal unit, provided that such units do not have an individual desig n capacity greater than 2,000 cfm (0.9 m\u00b3/s) and will be shut down by activation of one of the following: 1. Smoke detectors required by Sections 606.2.1 and 606.2.3. 2. An approved area smoke detector system located in the return air plenum serving such units. 3. An area smoke detector system as prescribed in the exception to Section 606.2.1. In all cases, the smoke detectors shall comply with Sections 606.4 and 606.4.1.",
    "metadata": {
      "section_full": "606.2.2",
      "parent_major": "606",
      "parent_minor": "606.2",
      "source": "030.txt"
    }
  },
  {
    "id": "606.2.3",
    "text": "CONTEXT: 606 > 606.2 | CONTENT: 606.2.3 606.2.3 Return air risers. Where return air risers serve two or more stories and serve any portion of a return air system having a design capacity greater than 15,000 cfm (7.1 m 3 /s), smoke detectors shall be installed at each story. Such smoke detectors s hall be located upstream of the connection between the return air riser and any air ducts or plenums. [CONT.]: 606.2.3 Return air risers. Where return air risers serve two or more stories and serve any portion of a return air system having a design capacity greater than 15,000 cfm (7.1 m 3 /s), smoke detectors shall be installed at each story. Such smoke detectors s hall be located upstream of the connection between the return air riser and any air ducts or plenums. [CONT.]: 606.2.3 Return air risers. Where return air risers serve two or more stories and serve any portion of a return air system having a design capacity greater than 15,000 cfm (7.1 m 3 /s), smoke detectors shall be installed at each story. Such smoke detectors s hall be located upstream of the connection between the return air riser and any air ducts or plenums. [CONT.]: 606.2.3 Return air risers. Where return air risers serve two or more stories and serve any portion of a return air system having a design capacity greater than 15,000 cfm (7.1 m 3 /s), smoke detectors shall be installed at each story. Such smoke detectors s hall be located upstream of the connection between the return air riser and any air ducts or plenums. [CONT.]: 606.2.3 Return air risers. Where return air risers serve two or more stories and serve any portion of a return air system having a design capacity greater than 15,000 cfm (7.1 m 3 /s), smoke detectors shall be installed at each story. Such smoke detectors s hall be located upstream of the connection between the return air riser and any air ducts or plenums. [CONT.]: 606.2.3 Return air risers. Where return air risers serve two or more stories and serve any portion of a return air system having a design capacity greater than 15,000 cfm (7.1 m 3 /s), smoke detectors shall be installed at each story. Such smoke detectors s hall be located upstream of the connection between the return air riser and any air ducts or plenums. [CONT.]: 606.2.3 Return air risers. Where return air risers serve two or more stories and serve any portion of a return air system having a design capacity greater than 15,000 cfm (7.1 m 3 /s), smoke detectors shall be installed at each story. Such smoke detectors s hall be located upstream of the connection between the return air riser and any air ducts or plenums. [CONT.]: 606.2.3 Return air risers. Where return air risers serve two or more stories and serve any portion of a return air system having a design capacity greater than 15,000 cfm (7.1 m 3 /s), smoke detectors shall be installed at each story. Such smoke detectors s hall be located upstream of the connection between the return air riser and any air ducts or plenums. [CONT.]: 606.2.3 Return air risers. Where return air risers serve two or more stories and serve any portion of a return air system having a design capacity greater than 15,000 cfm (7.1 m 3 /s), smoke detectors shall be installed at each story. Such smoke detectors s hall be located upstream of the connection between the return air riser and any air ducts or plenums. [CONT.]: 606.2.3 Return air risers. Where return air risers serve two or more stories and serve any portion of a return air system having a design capacity greater than 15,000 cfm (7.1 m 3 /s), smoke detectors shall be installed at each story. Such smoke detectors s hall be located upstream of the connection between the return air riser and any air ducts or plenums.",
    "metadata": {
      "section_full": "606.2.3",
      "parent_major": "606",
      "parent_minor": "606.2",
      "source": "030.txt"
    }
  },
  {
    "id": "606.2.4",
    "text": "CONTEXT: 606 > 606.2 | CONTENT: 606.2.4 606.2.4 Supply air systems. Smoke detectors listed for use in air distribution systems shall be installed downstream of the air filters and upstream of an y branch connections in air supply systems having a capacity greater than 2,000 cfm (0.9 m 3 /s). DUCT SYSTEMS [CONT.]: 606.2.4 Supply air systems. Smoke detectors listed for use in air distribution systems shall be installed downstream of the air filters and upstream of an y branch connections in air supply systems having a capacity greater than 2,000 cfm (0.9 m 3 /s). DUCT SYSTEMS [CONT.]: 606.2.4 Supply air systems. Smoke detectors listed for use in air distribution systems shall be installed downstream of the air filters and upstream of an y branch connections in air supply systems having a capacity greater than 2,000 cfm (0.9 m 3 /s). DUCT SYSTEMS [CONT.]: 606.2.4 Supply air systems. Smoke detectors listed for use in air distribution systems shall be installed downstream of the air filters and upstream of an y branch connections in air supply systems having a capacity greater than 2,000 cfm (0.9 m 3 /s). DUCT SYSTEMS [CONT.]: 606.2.4 Supply air systems. Smoke detectors listed for use in air distribution systems shall be installed downstream of the air filters and upstream of an y branch connections in air supply systems having a capacity greater than 2,000 cfm (0.9 m 3 /s). DUCT SYSTEMS [CONT.]: 606.2.4 Supply air systems. Smoke detectors listed for use in air distribution systems shall be installed downstream of the air filters and upstream of an y branch connections in air supply systems having a capacity greater than 2,000 cfm (0.9 m 3 /s). DUCT SYSTEMS [CONT.]: 606.2.4 Supply air systems. Smoke detectors listed for use in air distribution systems shall be installed downstream of the air filters and upstream of an y branch connections in air supply systems having a capacity greater than 2,000 cfm (0.9 m 3 /s). DUCT SYSTEMS [CONT.]: 606.2.4 Supply air systems. Smoke detectors listed for use in air distribution systems shall be installed downstream of the air filters and upstream of an y branch connections in air supply systems having a capacity greater than 2,000 cfm (0.9 m 3 /s). DUCT SYSTEMS [CONT.]: 606.2.4 Supply air systems. Smoke detectors listed for use in air distribution systems shall be installed downstream of the air filters and upstream of an y branch connections in air supply systems having a capacity greater than 2,000 cfm (0.9 m 3 /s). DUCT SYSTEMS [CONT.]: 606.2.4 Supply air systems. Smoke detectors listed for use in air distribution systems shall be installed downstream of the air filters and upstream of an y branch connections in air supply systems having a capacity greater than 2,000 cfm (0.9 m 3 /s). DUCT SYSTEMS",
    "metadata": {
      "section_full": "606.2.4",
      "parent_major": "606",
      "parent_minor": "606.2",
      "source": "030.txt"
    }
  },
  {
    "id": "606.3",
    "text": "CONTEXT: 606 > 606.3 | CONTENT: 606.3 606.3 Installation. Smoke detectors required by this section shall be installed in accordance with the New York City Electrical Code . The required smoke detecto rs shall be installed to monitor the entire airflow conveyed by the system . Access shall be provided to smoke detectors for inspection and maintenance. [CONT.]: 606.3 Installation. Smoke detectors required by this section shall be installed in accordance with the New York City Electrical Code . The required smoke detecto rs shall be installed to monitor the entire airflow conveyed by the system . Access shall be provided to smoke detectors for inspection and maintenance. [CONT.]: 606.3 Installation. Smoke detectors required by this section shall be installed in accordance with the New York City Electrical Code . The required smoke detecto rs shall be installed to monitor the entire airflow conveyed by the system . Access shall be provided to smoke detectors for inspection and maintenance. [CONT.]: 606.3 Installation. Smoke detectors required by this section shall be installed in accordance with the New York City Electrical Code . The required smoke detecto rs shall be installed to monitor the entire airflow conveyed by the system . Access shall be provided to smoke detectors for inspection and maintenance. [CONT.]: 606.3 Installation. Smoke detectors required by this section shall be installed in accordance with the New York City Electrical Code . The required smoke detecto rs shall be installed to monitor the entire airflow conveyed by the system . Access shall be provided to smoke detectors for inspection and maintenance. [CONT.]: 606.3 Installation. Smoke detectors required by this section shall be installed in accordance with the New York City Electrical Code . The required smoke detecto rs shall be installed to monitor the entire airflow conveyed by the system . Access shall be provided to smoke detectors for inspection and maintenance. [CONT.]: 606.3 Installation. Smoke detectors required by this section shall be installed in accordance with the New York City Electrical Code . The required smoke detecto rs shall be installed to monitor the entire airflow conveyed by the system . Access shall be provided to smoke detectors for inspection and maintenance. [CONT.]: 606.3 Installation. Smoke detectors required by this section shall be installed in accordance with the New York City Electrical Code . The required smoke detecto rs shall be installed to monitor the entire airflow conveyed by the system . Access shall be provided to smoke detectors for inspection and maintenance. [CONT.]: 606.3 Installation. Smoke detectors required by this section shall be installed in accordance with the New York City Electrical Code . The required smoke detecto rs shall be installed to monitor the entire airflow conveyed by the system . Access shall be provided to smoke detectors for inspection and maintenance. [CONT.]: 606.3 Installation. Smoke detectors required by this section shall be installed in accordance with the New York City Electrical Code . The required smoke detecto rs shall be installed to monitor the entire airflow conveyed by the system . Access shall be provided to smoke detectors for inspection and maintenance.",
    "metadata": {
      "section_full": "606.3",
      "parent_major": "606",
      "parent_minor": "606.3",
      "source": "030.txt"
    }
  },
  {
    "id": "606.4",
    "text": "CONTEXT: 606 > 606.4 | CONTENT: 606.4 606.4 Controls operation. Upon activation, the smoke detectors shall shut down all operational capabilities of the air distribution systems serving the affected areas in accordance with the listing and labeling of appliances used in the system. Air distribution systems that are part of a smoke control system shall sw itch to the smoke control mode upon activation of a detector. [CONT.]: 606.4 Controls operation. Upon activation, the smoke detectors shall shut down all operational capabilities of the air distribution systems serving the affected areas in accordance with the listing and labeling of appliances used in the system. Air distribution systems that are part of a smoke control system shall sw itch to the smoke control mode upon activation of a detector. [CONT.]: 606.4 Controls operation. Upon activation, the smoke detectors shall shut down all operational capabilities of the air distribution systems serving the affected areas in accordance with the listing and labeling of appliances used in the system. Air distribution systems that are part of a smoke control system shall sw itch to the smoke control mode upon activation of a detector. [CONT.]: 606.4 Controls operation. Upon activation, the smoke detectors shall shut down all operational capabilities of the air distribution systems serving the affected areas in accordance with the listing and labeling of appliances used in the system. Air distribution systems that are part of a smoke control system shall sw itch to the smoke control mode upon activation of a detector. [CONT.]: 606.4 Controls operation. Upon activation, the smoke detectors shall shut down all operational capabilities of the air distribution systems serving the affected areas in accordance with the listing and labeling of appliances used in the system. Air distribution systems that are part of a smoke control system shall sw itch to the smoke control mode upon activation of a detector. [CONT.]: 606.4 Controls operation. Upon activation, the smoke detectors shall shut down all operational capabilities of the air distribution systems serving the affected areas in accordance with the listing and labeling of appliances used in the system. Air distribution systems that are part of a smoke control system shall sw itch to the smoke control mode upon activation of a detector. [CONT.]: 606.4 Controls operation. Upon activation, the smoke detectors shall shut down all operational capabilities of the air distribution systems serving the affected areas in accordance with the listing and labeling of appliances used in the system. Air distribution systems that are part of a smoke control system shall sw itch to the smoke control mode upon activation of a detector. [CONT.]: 606.4 Controls operation. Upon activation, the smoke detectors shall shut down all operational capabilities of the air distribution systems serving the affected areas in accordance with the listing and labeling of appliances used in the system. Air distribution systems that are part of a smoke control system shall sw itch to the smoke control mode upon activation of a detector. [CONT.]: 606.4 Controls operation. Upon activation, the smoke detectors shall shut down all operational capabilities of the air distribution systems serving the affected areas in accordance with the listing and labeling of appliances used in the system. Air distribution systems that are part of a smoke control system shall sw itch to the smoke control mode upon activation of a detector. [CONT.]: 606.4 Controls operation. Upon activation, the smoke detectors shall shut down all operational capabilities of the air distribution systems serving the affected areas in accordance with the listing and labeling of appliances used in the system. Air distribution systems that are part of a smoke control system shall sw itch to the smoke control mode upon activation of a detector.",
    "metadata": {
      "section_full": "606.4",
      "parent_major": "606",
      "parent_minor": "606.4",
      "source": "030.txt"
    }
  },
  {
    "id": "606.4.1",
    "text": "CONTEXT: 606 > 606.4 | CONTENT: 606.4.1 606.4.1 Supervision. The duct smoke detectors shall be connected to a fire alarm system where a fire alarm system is required by Section 907.2 of the New York City Building Code . The actuation o f a duct smoke detector shall activate a visible and audible alarm signal at a constantly attended location. Exceptions: 1. The alarm signal at a constantly attended location is not required where the duct smoke detector activates the building\u2019s alarm - indi cating appliances. 2. In occupancies not required to be equipped with a fire alarm system, actuation of either area or duct smoke detector shall activate a visible and an audible alarm signal in an approved location. Additionally, duct smoke detector troub le conditions shall activate a visible or audible alarm signal in an approved location and shall be identified as air duct detector trouble. [CONT.]: 606.4.1 Supervision. The duct smoke detectors shall be connected to a fire alarm system where a fire alarm system is required by Section 907.2 of the New York City Building Code . The actuation o f a duct smoke detector shall activate a visible and audible alarm signal at a constantly attended location. Exceptions: 1. The alarm signal at a constantly attended location is not required where the duct smoke detector activates the building\u2019s alarm - indi cating appliances. 2. In occupancies not required to be equipped with a fire alarm system, actuation of either area or duct smoke detector shall activate a visible and an audible alarm signal in an approved location. Additionally, duct smoke detector troub le conditions shall activate a visible or audible alarm signal in an approved location and shall be identified as air duct detector trouble. [CONT.]: 606.4.1 Supervision. The duct smoke detectors shall be connected to a fire alarm system where a fire alarm system is required by Section 907.2 of the New York City Building Code . The actuation o f a duct smoke detector shall activate a visible and audible alarm signal at a constantly attended location. Exceptions: 1. The alarm signal at a constantly attended location is not required where the duct smoke detector activates the building\u2019s alarm - indi cating appliances. 2. In occupancies not required to be equipped with a fire alarm system, actuation of either area or duct smoke detector shall activate a visible and an audible alarm signal in an approved location. Additionally, duct smoke detector troub le conditions shall activate a visible or audible alarm signal in an approved location and shall be identified as air duct detector trouble. [CONT.]: 606.4.1 Supervision. The duct smoke detectors shall be connected to a fire alarm system where a fire alarm system is required by Section 907.2 of the New York City Building Code . The actuation o f a duct smoke detector shall activate a visible and audible alarm signal at a constantly attended location. Exceptions: 1. The alarm signal at a constantly attended location is not required where the duct smoke detector activates the building\u2019s alarm - indi cating appliances. 2. In occupancies not required to be equipped with a fire alarm system, actuation of either area or duct smoke detector shall activate a visible and an audible alarm signal in an approved location. Additionally, duct smoke detector troub le conditions shall activate a visible or audible alarm signal in an approved location and shall be identified as air duct detector trouble. [CONT.]: 606.4.1 Supervision. The duct smoke detectors shall be connected to a fire alarm system where a fire alarm system is required by Section 907.2 of the New York City Building Code . The actuation o f a duct smoke detector shall activate a visible and audible alarm signal at a constantly attended location. Exceptions: 1. The alarm signal at a constantly attended location is not required where the duct smoke detector activates the building\u2019s alarm - indi cating appliances. 2. In occupancies not required to be equipped with a fire alarm system, actuation of either area or duct smoke detector shall activate a visible and an audible alarm signal in an approved location. Additionally, duct smoke detector troub le conditions shall activate a visible or audible alarm signal in an approved location and shall be identified as air duct detector trouble. [CONT.]: 606.4.1 Supervision. The duct smoke detectors shall be connected to a fire alarm system where a fire alarm system is required by Section 907.2 of the New York City Building Code . The actuation o f a duct smoke detector shall activate a visible and audible alarm signal at a constantly attended location. Exceptions: 1. The alarm signal at a constantly attended location is not required where the duct smoke detector activates the building\u2019s alarm - indi cating appliances. 2. In occupancies not required to be equipped with a fire alarm system, actuation of either area or duct smoke detector shall activate a visible and an audible alarm signal in an approved location. Additionally, duct smoke detector troub le conditions shall activate a visible or audible alarm signal in an approved location and shall be identified as air duct detector trouble. [CONT.]: 606.4.1 Supervision. The duct smoke detectors shall be connected to a fire alarm system where a fire alarm system is required by Section 907.2 of the New York City Building Code . The actuation o f a duct smoke detector shall activate a visible and audible alarm signal at a constantly attended location. Exceptions: 1. The alarm signal at a constantly attended location is not required where the duct smoke detector activates the building\u2019s alarm - indi cating appliances. 2. In occupancies not required to be equipped with a fire alarm system, actuation of either area or duct smoke detector shall activate a visible and an audible alarm signal in an approved location. Additionally, duct smoke detector troub le conditions shall activate a visible or audible alarm signal in an approved location and shall be identified as air duct detector trouble. [CONT.]: 606.4.1 Supervision. The duct smoke detectors shall be connected to a fire alarm system where a fire alarm system is required by Section 907.2 of the New York City Building Code . The actuation o f a duct smoke detector shall activate a visible and audible alarm signal at a constantly attended location. Exceptions: 1. The alarm signal at a constantly attended location is not required where the duct smoke detector activates the building\u2019s alarm - indi cating appliances. 2. In occupancies not required to be equipped with a fire alarm system, actuation of either area or duct smoke detector shall activate a visible and an audible alarm signal in an approved location. Additionally, duct smoke detector troub le conditions shall activate a visible or audible alarm signal in an approved location and shall be identified as air duct detector trouble. [CONT.]: 606.4.1 Supervision. The duct smoke detectors shall be connected to a fire alarm system where a fire alarm system is required by Section 907.2 of the New York City Building Code . The actuation o f a duct smoke detector shall activate a visible and audible alarm signal at a constantly attended location. Exceptions: 1. The alarm signal at a constantly attended location is not required where the duct smoke detector activates the building\u2019s alarm - indi cating appliances. 2. In occupancies not required to be equipped with a fire alarm system, actuation of either area or duct smoke detector shall activate a visible and an audible alarm signal in an approved location. Additionally, duct smoke detector troub le conditions shall activate a visible or audible alarm signal in an approved location and shall be identified as air duct detector trouble. [CONT.]: 606.4.1 Supervision. The duct smoke detectors shall be connected to a fire alarm system where a fire alarm system is required by Section 907.2 of the New York City Building Code . The actuation o f a duct smoke detector shall activate a visible and audible alarm signal at a constantly attended location. Exceptions: 1. The alarm signal at a constantly attended location is not required where the duct smoke detector activates the building\u2019s alarm - indi cating appliances. 2. In occupancies not required to be equipped with a fire alarm system, actuation of either area or duct smoke detector shall activate a visible and an audible alarm signal in an approved location. Additionally, duct smoke detector troub le conditions shall activate a visible or audible alarm signal in an approved location and shall be identified as air duct detector trouble.",
    "metadata": {
      "section_full": "606.4.1",
      "parent_major": "606",
      "parent_minor": "606.4",
      "source": "030.txt"
    }
  },
  {
    "id": "606.4.2",
    "text": "CONTEXT: 606 > 606.4 | CONTENT: 606.4.2 606.4.2 Fan shutdown for recirculating air systems. When any building or floor is provided with an air system desig ned to use recirculated air and is protected by an automatic sprinkler system or an automatic fire alarm system, the fans recirculating air serving the affected area shall automatically stop when sprinkler water flow or a fire condition is detected in the area. For the purposes of this section, 100 percent outdoor air systems shall not be considered recirculating systems. Exceptions: 1. Activation of a manual pull station shall not be required to automatically stop the fans. 2. Systems having a capacity of 2,000 cfm (0.9 m 3 /s) or less or serving not more than one floor. 3. In Group R - 2 and R - 3 occupancies with energy recovery systems complying with Section 514.4 and not serving public corridors. [CONT.]: 606.4.2 Fan shutdown for recirculating air systems. When any building or floor is provided with an air system desig ned to use recirculated air and is protected by an automatic sprinkler system or an automatic fire alarm system, the fans recirculating air serving the affected area shall automatically stop when sprinkler water flow or a fire condition is detected in the area. For the purposes of this section, 100 percent outdoor air systems shall not be considered recirculating systems. Exceptions: 1. Activation of a manual pull station shall not be required to automatically stop the fans. 2. Systems having a capacity of 2,000 cfm (0.9 m 3 /s) or less or serving not more than one floor. 3. In Group R - 2 and R - 3 occupancies with energy recovery systems complying with Section 514.4 and not serving public corridors. [CONT.]: 606.4.2 Fan shutdown for recirculating air systems. When any building or floor is provided with an air system desig ned to use recirculated air and is protected by an automatic sprinkler system or an automatic fire alarm system, the fans recirculating air serving the affected area shall automatically stop when sprinkler water flow or a fire condition is detected in the area. For the purposes of this section, 100 percent outdoor air systems shall not be considered recirculating systems. Exceptions: 1. Activation of a manual pull station shall not be required to automatically stop the fans. 2. Systems having a capacity of 2,000 cfm (0.9 m 3 /s) or less or serving not more than one floor. 3. In Group R - 2 and R - 3 occupancies with energy recovery systems complying with Section 514.4 and not serving public corridors. [CONT.]: 606.4.2 Fan shutdown for recirculating air systems. When any building or floor is provided with an air system desig ned to use recirculated air and is protected by an automatic sprinkler system or an automatic fire alarm system, the fans recirculating air serving the affected area shall automatically stop when sprinkler water flow or a fire condition is detected in the area. For the purposes of this section, 100 percent outdoor air systems shall not be considered recirculating systems. Exceptions: 1. Activation of a manual pull station shall not be required to automatically stop the fans. 2. Systems having a capacity of 2,000 cfm (0.9 m 3 /s) or less or serving not more than one floor. 3. In Group R - 2 and R - 3 occupancies with energy recovery systems complying with Section 514.4 and not serving public corridors. [CONT.]: 606.4.2 Fan shutdown for recirculating air systems. When any building or floor is provided with an air system desig ned to use recirculated air and is protected by an automatic sprinkler system or an automatic fire alarm system, the fans recirculating air serving the affected area shall automatically stop when sprinkler water flow or a fire condition is detected in the area. For the purposes of this section, 100 percent outdoor air systems shall not be considered recirculating systems. Exceptions: 1. Activation of a manual pull station shall not be required to automatically stop the fans. 2. Systems having a capacity of 2,000 cfm (0.9 m 3 /s) or less or serving not more than one floor. 3. In Group R - 2 and R - 3 occupancies with energy recovery systems complying with Section 514.4 and not serving public corridors. [CONT.]: 606.4.2 Fan shutdown for recirculating air systems. When any building or floor is provided with an air system desig ned to use recirculated air and is protected by an automatic sprinkler system or an automatic fire alarm system, the fans recirculating air serving the affected area shall automatically stop when sprinkler water flow or a fire condition is detected in the area. For the purposes of this section, 100 percent outdoor air systems shall not be considered recirculating systems. Exceptions: 1. Activation of a manual pull station shall not be required to automatically stop the fans. 2. Systems having a capacity of 2,000 cfm (0.9 m 3 /s) or less or serving not more than one floor. 3. In Group R - 2 and R - 3 occupancies with energy recovery systems complying with Section 514.4 and not serving public corridors. [CONT.]: 606.4.2 Fan shutdown for recirculating air systems. When any building or floor is provided with an air system desig ned to use recirculated air and is protected by an automatic sprinkler system or an automatic fire alarm system, the fans recirculating air serving the affected area shall automatically stop when sprinkler water flow or a fire condition is detected in the area. For the purposes of this section, 100 percent outdoor air systems shall not be considered recirculating systems. Exceptions: 1. Activation of a manual pull station shall not be required to automatically stop the fans. 2. Systems having a capacity of 2,000 cfm (0.9 m 3 /s) or less or serving not more than one floor. 3. In Group R - 2 and R - 3 occupancies with energy recovery systems complying with Section 514.4 and not serving public corridors. [CONT.]: 606.4.2 Fan shutdown for recirculating air systems. When any building or floor is provided with an air system desig ned to use recirculated air and is protected by an automatic sprinkler system or an automatic fire alarm system, the fans recirculating air serving the affected area shall automatically stop when sprinkler water flow or a fire condition is detected in the area. For the purposes of this section, 100 percent outdoor air systems shall not be considered recirculating systems. Exceptions: 1. Activation of a manual pull station shall not be required to automatically stop the fans. 2. Systems having a capacity of 2,000 cfm (0.9 m 3 /s) or less or serving not more than one floor. 3. In Group R - 2 and R - 3 occupancies with energy recovery systems complying with Section 514.4 and not serving public corridors. [CONT.]: 606.4.2 Fan shutdown for recirculating air systems. When any building or floor is provided with an air system desig ned to use recirculated air and is protected by an automatic sprinkler system or an automatic fire alarm system, the fans recirculating air serving the affected area shall automatically stop when sprinkler water flow or a fire condition is detected in the area. For the purposes of this section, 100 percent outdoor air systems shall not be considered recirculating systems. Exceptions: 1. Activation of a manual pull station shall not be required to automatically stop the fans. 2. Systems having a capacity of 2,000 cfm (0.9 m 3 /s) or less or serving not more than one floor. 3. In Group R - 2 and R - 3 occupancies with energy recovery systems complying with Section 514.4 and not serving public corridors. [CONT.]: 606.4.2 Fan shutdown for recirculating air systems. When any building or floor is provided with an air system desig ned to use recirculated air and is protected by an automatic sprinkler system or an automatic fire alarm system, the fans recirculating air serving the affected area shall automatically stop when sprinkler water flow or a fire condition is detected in the area. For the purposes of this section, 100 percent outdoor air systems shall not be considered recirculating systems. Exceptions: 1. Activation of a manual pull station shall not be required to automatically stop the fans. 2. Systems having a capacity of 2,000 cfm (0.9 m 3 /s) or less or serving not more than one floor. 3. In Group R - 2 and R - 3 occupancies with energy recovery systems complying with Section 514.4 and not serving public corridors.",
    "metadata": {
      "section_full": "606.4.2",
      "parent_major": "606",
      "parent_minor": "606.4",
      "source": "030.txt"
    }
  },
  {
    "id": "606.4.3",
    "text": "CONTEXT: 606 > 606.4 | CONTENT: 606.4.3 606.4.3 Manual restart of fans after automatic fire detecting device or fire alarm system shut down. Fans or fan systems which have been automatically shut down on activation of an automatic fire detecting device or fire alarm system shall be arranged and equipped so that they do not automatically restart w hen either the automatic fire detecting device or fire alarm system is reset. The manual means of restarting the fans or fan system shall function independently from the manual resetting of either the automatic fire detecting device or fire alarm system. 6 06.5 Manual control. Manual controls of fans shall be provided in accordance with Section 405.2. SECTION MC 607 DUCTS AND AIR TRANSFER OPENINGS [CONT.]: 606.4.3 Manual restart of fans after automatic fire detecting device or fire alarm system shut down. Fans or fan systems which have been automatically shut down on activation of an automatic fire detecting device or fire alarm system shall be arranged and equipped so that they do not automatically restart w hen either the automatic fire detecting device or fire alarm system is reset. The manual means of restarting the fans or fan system shall function independently from the manual resetting of either the automatic fire detecting device or fire alarm system. 6 06.5 Manual control. Manual controls of fans shall be provided in accordance with Section 405.2. SECTION MC 607 DUCTS AND AIR TRANSFER OPENINGS [CONT.]: 606.4.3 Manual restart of fans after automatic fire detecting device or fire alarm system shut down. Fans or fan systems which have been automatically shut down on activation of an automatic fire detecting device or fire alarm system shall be arranged and equipped so that they do not automatically restart w hen either the automatic fire detecting device or fire alarm system is reset. The manual means of restarting the fans or fan system shall function independently from the manual resetting of either the automatic fire detecting device or fire alarm system. 6 06.5 Manual control. Manual controls of fans shall be provided in accordance with Section 405.2. SECTION MC 607 DUCTS AND AIR TRANSFER OPENINGS [CONT.]: 606.4.3 Manual restart of fans after automatic fire detecting device or fire alarm system shut down. Fans or fan systems which have been automatically shut down on activation of an automatic fire detecting device or fire alarm system shall be arranged and equipped so that they do not automatically restart w hen either the automatic fire detecting device or fire alarm system is reset. The manual means of restarting the fans or fan system shall function independently from the manual resetting of either the automatic fire detecting device or fire alarm system. 6 06.5 Manual control. Manual controls of fans shall be provided in accordance with Section 405.2. SECTION MC 607 DUCTS AND AIR TRANSFER OPENINGS [CONT.]: 606.4.3 Manual restart of fans after automatic fire detecting device or fire alarm system shut down. Fans or fan systems which have been automatically shut down on activation of an automatic fire detecting device or fire alarm system shall be arranged and equipped so that they do not automatically restart w hen either the automatic fire detecting device or fire alarm system is reset. The manual means of restarting the fans or fan system shall function independently from the manual resetting of either the automatic fire detecting device or fire alarm system. 6 06.5 Manual control. Manual controls of fans shall be provided in accordance with Section 405.2. SECTION MC 607 DUCTS AND AIR TRANSFER OPENINGS [CONT.]: 606.4.3 Manual restart of fans after automatic fire detecting device or fire alarm system shut down. Fans or fan systems which have been automatically shut down on activation of an automatic fire detecting device or fire alarm system shall be arranged and equipped so that they do not automatically restart w hen either the automatic fire detecting device or fire alarm system is reset. The manual means of restarting the fans or fan system shall function independently from the manual resetting of either the automatic fire detecting device or fire alarm system. 6 06.5 Manual control. Manual controls of fans shall be provided in accordance with Section 405.2. SECTION MC 607 DUCTS AND AIR TRANSFER OPENINGS [CONT.]: 606.4.3 Manual restart of fans after automatic fire detecting device or fire alarm system shut down. Fans or fan systems which have been automatically shut down on activation of an automatic fire detecting device or fire alarm system shall be arranged and equipped so that they do not automatically restart w hen either the automatic fire detecting device or fire alarm system is reset. The manual means of restarting the fans or fan system shall function independently from the manual resetting of either the automatic fire detecting device or fire alarm system. 6 06.5 Manual control. Manual controls of fans shall be provided in accordance with Section 405.2. SECTION MC 607 DUCTS AND AIR TRANSFER OPENINGS [CONT.]: 606.4.3 Manual restart of fans after automatic fire detecting device or fire alarm system shut down. Fans or fan systems which have been automatically shut down on activation of an automatic fire detecting device or fire alarm system shall be arranged and equipped so that they do not automatically restart w hen either the automatic fire detecting device or fire alarm system is reset. The manual means of restarting the fans or fan system shall function independently from the manual resetting of either the automatic fire detecting device or fire alarm system. 6 06.5 Manual control. Manual controls of fans shall be provided in accordance with Section 405.2. SECTION MC 607 DUCTS AND AIR TRANSFER OPENINGS [CONT.]: 606.4.3 Manual restart of fans after automatic fire detecting device or fire alarm system shut down. Fans or fan systems which have been automatically shut down on activation of an automatic fire detecting device or fire alarm system shall be arranged and equipped so that they do not automatically restart w hen either the automatic fire detecting device or fire alarm system is reset. The manual means of restarting the fans or fan system shall function independently from the manual resetting of either the automatic fire detecting device or fire alarm system. 6 06.5 Manual control. Manual controls of fans shall be provided in accordance with Section 405.2. SECTION MC 607 DUCTS AND AIR TRANSFER OPENINGS [CONT.]: 606.4.3 Manual restart of fans after automatic fire detecting device or fire alarm system shut down. Fans or fan systems which have been automatically shut down on activation of an automatic fire detecting device or fire alarm system shall be arranged and equipped so that they do not automatically restart w hen either the automatic fire detecting device or fire alarm system is reset. The manual means of restarting the fans or fan system shall function independently from the manual resetting of either the automatic fire detecting device or fire alarm system. 6 06.5 Manual control. Manual controls of fans shall be provided in accordance with Section 405.2. SECTION MC 607 DUCTS AND AIR TRANSFER OPENINGS",
    "metadata": {
      "section_full": "606.4.3",
      "parent_major": "606",
      "parent_minor": "606.4",
      "source": "030.txt"
    }
  },
  {
    "id": "607.1",
    "text": "CONTEXT: 607 > 607.1 | CONTENT: 607.1 607.1 General. The provisions of this section shall govern the protection of duct penetrations and air transfer openings in fire - resistance - rated assemblies required to be protected. [CONT.]: 607.1 General. The provisions of this section shall govern the protection of duct penetrations and air transfer openings in fire - resistance - rated assemblies required to be protected. [CONT.]: 607.1 General. The provisions of this section shall govern the protection of duct penetrations and air transfer openings in fire - resistance - rated assemblies required to be protected. [CONT.]: 607.1 General. The provisions of this section shall govern the protection of duct penetrations and air transfer openings in fire - resistance - rated assemblies required to be protected. [CONT.]: 607.1 General. The provisions of this section shall govern the protection of duct penetrations and air transfer openings in fire - resistance - rated assemblies required to be protected. [CONT.]: 607.1 General. The provisions of this section shall govern the protection of duct penetrations and air transfer openings in fire - resistance - rated assemblies required to be protected. [CONT.]: 607.1 General. The provisions of this section shall govern the protection of duct penetrations and air transfer openings in fire - resistance - rated assemblies required to be protected. [CONT.]: 607.1 General. The provisions of this section shall govern the protection of duct penetrations and air transfer openings in fire - resistance - rated assemblies required to be protected. [CONT.]: 607.1 General. The provisions of this section shall govern the protection of duct penetrations and air transfer openings in fire - resistance - rated assemblies required to be protected. [CONT.]: 607.1 General. The provisions of this section shall govern the protection of duct penetrations and air transfer openings in fire - resistance - rated assemblies required to be protected.",
    "metadata": {
      "section_full": "607.1",
      "parent_major": "607",
      "parent_minor": "607.1",
      "source": "030.txt"
    }
  },
  {
    "id": "607.1.1",
    "text": "CONTEXT: 607 > 607.1 | CONTENT: 607.1.1 607.1.1 Ducts and air transfer openings. Ducts transitioning horizontally between shafts shall comply with one of the following: 1. The horizontal enclosure between shafts shall match the required rating of the shafts. 2. Fire - resistive duct assemblies shall be provided in accordance with Section 604. The duct assembly shall comply with all of the following: 2.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 2.2. Ducts shall not be lined with nor convey combustible materials; and DUCT SYSTEMS 2.3. Ducts shall not be constructed of materials that are sensitive to thermal shock. 3. The horizontal offset duct shall be provided with combination fire - smoke dampers at the penetration of each shaft. The duct system shall comply with all of the following: 3.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 3.2. The duct system shall be a type permitted to include dampers; and 3.3. Protection of penetrations of the shaft enclosure shall not utilize exceptions requiring continuous air movement. [CONT.]: 607.1.1 Ducts and air transfer openings. Ducts transitioning horizontally between shafts shall comply with one of the following: 1. The horizontal enclosure between shafts shall match the required rating of the shafts. 2. Fire - resistive duct assemblies shall be provided in accordance with Section 604. The duct assembly shall comply with all of the following: 2.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 2.2. Ducts shall not be lined with nor convey combustible materials; and DUCT SYSTEMS 2.3. Ducts shall not be constructed of materials that are sensitive to thermal shock. 3. The horizontal offset duct shall be provided with combination fire - smoke dampers at the penetration of each shaft. The duct system shall comply with all of the following: 3.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 3.2. The duct system shall be a type permitted to include dampers; and 3.3. Protection of penetrations of the shaft enclosure shall not utilize exceptions requiring continuous air movement. [CONT.]: 607.1.1 Ducts and air transfer openings. Ducts transitioning horizontally between shafts shall comply with one of the following: 1. The horizontal enclosure between shafts shall match the required rating of the shafts. 2. Fire - resistive duct assemblies shall be provided in accordance with Section 604. The duct assembly shall comply with all of the following: 2.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 2.2. Ducts shall not be lined with nor convey combustible materials; and DUCT SYSTEMS 2.3. Ducts shall not be constructed of materials that are sensitive to thermal shock. 3. The horizontal offset duct shall be provided with combination fire - smoke dampers at the penetration of each shaft. The duct system shall comply with all of the following: 3.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 3.2. The duct system shall be a type permitted to include dampers; and 3.3. Protection of penetrations of the shaft enclosure shall not utilize exceptions requiring continuous air movement. [CONT.]: 607.1.1 Ducts and air transfer openings. Ducts transitioning horizontally between shafts shall comply with one of the following: 1. The horizontal enclosure between shafts shall match the required rating of the shafts. 2. Fire - resistive duct assemblies shall be provided in accordance with Section 604. The duct assembly shall comply with all of the following: 2.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 2.2. Ducts shall not be lined with nor convey combustible materials; and DUCT SYSTEMS 2.3. Ducts shall not be constructed of materials that are sensitive to thermal shock. 3. The horizontal offset duct shall be provided with combination fire - smoke dampers at the penetration of each shaft. The duct system shall comply with all of the following: 3.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 3.2. The duct system shall be a type permitted to include dampers; and 3.3. Protection of penetrations of the shaft enclosure shall not utilize exceptions requiring continuous air movement. [CONT.]: 607.1.1 Ducts and air transfer openings. Ducts transitioning horizontally between shafts shall comply with one of the following: 1. The horizontal enclosure between shafts shall match the required rating of the shafts. 2. Fire - resistive duct assemblies shall be provided in accordance with Section 604. The duct assembly shall comply with all of the following: 2.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 2.2. Ducts shall not be lined with nor convey combustible materials; and DUCT SYSTEMS 2.3. Ducts shall not be constructed of materials that are sensitive to thermal shock. 3. The horizontal offset duct shall be provided with combination fire - smoke dampers at the penetration of each shaft. The duct system shall comply with all of the following: 3.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 3.2. The duct system shall be a type permitted to include dampers; and 3.3. Protection of penetrations of the shaft enclosure shall not utilize exceptions requiring continuous air movement. [CONT.]: 607.1.1 Ducts and air transfer openings. Ducts transitioning horizontally between shafts shall comply with one of the following: 1. The horizontal enclosure between shafts shall match the required rating of the shafts. 2. Fire - resistive duct assemblies shall be provided in accordance with Section 604. The duct assembly shall comply with all of the following: 2.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 2.2. Ducts shall not be lined with nor convey combustible materials; and DUCT SYSTEMS 2.3. Ducts shall not be constructed of materials that are sensitive to thermal shock. 3. The horizontal offset duct shall be provided with combination fire - smoke dampers at the penetration of each shaft. The duct system shall comply with all of the following: 3.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 3.2. The duct system shall be a type permitted to include dampers; and 3.3. Protection of penetrations of the shaft enclosure shall not utilize exceptions requiring continuous air movement. [CONT.]: 607.1.1 Ducts and air transfer openings. Ducts transitioning horizontally between shafts shall comply with one of the following: 1. The horizontal enclosure between shafts shall match the required rating of the shafts. 2. Fire - resistive duct assemblies shall be provided in accordance with Section 604. The duct assembly shall comply with all of the following: 2.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 2.2. Ducts shall not be lined with nor convey combustible materials; and DUCT SYSTEMS 2.3. Ducts shall not be constructed of materials that are sensitive to thermal shock. 3. The horizontal offset duct shall be provided with combination fire - smoke dampers at the penetration of each shaft. The duct system shall comply with all of the following: 3.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 3.2. The duct system shall be a type permitted to include dampers; and 3.3. Protection of penetrations of the shaft enclosure shall not utilize exceptions requiring continuous air movement. [CONT.]: 607.1.1 Ducts and air transfer openings. Ducts transitioning horizontally between shafts shall comply with one of the following: 1. The horizontal enclosure between shafts shall match the required rating of the shafts. 2. Fire - resistive duct assemblies shall be provided in accordance with Section 604. The duct assembly shall comply with all of the following: 2.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 2.2. Ducts shall not be lined with nor convey combustible materials; and DUCT SYSTEMS 2.3. Ducts shall not be constructed of materials that are sensitive to thermal shock. 3. The horizontal offset duct shall be provided with combination fire - smoke dampers at the penetration of each shaft. The duct system shall comply with all of the following: 3.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 3.2. The duct system shall be a type permitted to include dampers; and 3.3. Protection of penetrations of the shaft enclosure shall not utilize exceptions requiring continuous air movement. [CONT.]: 607.1.1 Ducts and air transfer openings. Ducts transitioning horizontally between shafts shall comply with one of the following: 1. The horizontal enclosure between shafts shall match the required rating of the shafts. 2. Fire - resistive duct assemblies shall be provided in accordance with Section 604. The duct assembly shall comply with all of the following: 2.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 2.2. Ducts shall not be lined with nor convey combustible materials; and DUCT SYSTEMS 2.3. Ducts shall not be constructed of materials that are sensitive to thermal shock. 3. The horizontal offset duct shall be provided with combination fire - smoke dampers at the penetration of each shaft. The duct system shall comply with all of the following: 3.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 3.2. The duct system shall be a type permitted to include dampers; and 3.3. Protection of penetrations of the shaft enclosure shall not utilize exceptions requiring continuous air movement. [CONT.]: 607.1.1 Ducts and air transfer openings. Ducts transitioning horizontally between shafts shall comply with one of the following: 1. The horizontal enclosure between shafts shall match the required rating of the shafts. 2. Fire - resistive duct assemblies shall be provided in accordance with Section 604. The duct assembly shall comply with all of the following: 2.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 2.2. Ducts shall not be lined with nor convey combustible materials; and DUCT SYSTEMS 2.3. Ducts shall not be constructed of materials that are sensitive to thermal shock. 3. The horizontal offset duct shall be provided with combination fire - smoke dampers at the penetration of each shaft. The duct system shall comply with all of the following: 3.1. Ducts shall not be within the scope of Sections 502.10, 504, 506.3, 510, or 511; and 3.2. The duct system shall be a type permitted to include dampers; and 3.3. Protection of penetrations of the shaft enclosure shall not utilize exceptions requiring continuous air movement.",
    "metadata": {
      "section_full": "607.1.1",
      "parent_major": "607",
      "parent_minor": "607.1",
      "source": "030.txt"
    }
  },
  {
    "id": "607.1.2",
    "text": "CONTEXT: 607 > 607.1 | CONTENT: 607.1.2 607.1.2 Ducts that penetrate fire - resistance - rated assemblies without dampers. Ducts that penetrate fire - resistance - rated a ssemblies and are not required by this section to have dampers shall comply with the requirements of Sections 714.2 through 714.3.3 of the New York City Building Code . Ducts that penetrate horizontal assemblies not required to be contained within a shaft and not required by this section to have dampers shall comply with the requirements of Sections 714.4 of the New York City Building Code. [CONT.]: 607.1.2 Ducts that penetrate fire - resistance - rated assemblies without dampers. Ducts that penetrate fire - resistance - rated a ssemblies and are not required by this section to have dampers shall comply with the requirements of Sections 714.2 through 714.3.3 of the New York City Building Code . Ducts that penetrate horizontal assemblies not required to be contained within a shaft and not required by this section to have dampers shall comply with the requirements of Sections 714.4 of the New York City Building Code. [CONT.]: 607.1.2 Ducts that penetrate fire - resistance - rated assemblies without dampers. Ducts that penetrate fire - resistance - rated a ssemblies and are not required by this section to have dampers shall comply with the requirements of Sections 714.2 through 714.3.3 of the New York City Building Code . Ducts that penetrate horizontal assemblies not required to be contained within a shaft and not required by this section to have dampers shall comply with the requirements of Sections 714.4 of the New York City Building Code. [CONT.]: 607.1.2 Ducts that penetrate fire - resistance - rated assemblies without dampers. Ducts that penetrate fire - resistance - rated a ssemblies and are not required by this section to have dampers shall comply with the requirements of Sections 714.2 through 714.3.3 of the New York City Building Code . Ducts that penetrate horizontal assemblies not required to be contained within a shaft and not required by this section to have dampers shall comply with the requirements of Sections 714.4 of the New York City Building Code. [CONT.]: 607.1.2 Ducts that penetrate fire - resistance - rated assemblies without dampers. Ducts that penetrate fire - resistance - rated a ssemblies and are not required by this section to have dampers shall comply with the requirements of Sections 714.2 through 714.3.3 of the New York City Building Code . Ducts that penetrate horizontal assemblies not required to be contained within a shaft and not required by this section to have dampers shall comply with the requirements of Sections 714.4 of the New York City Building Code. [CONT.]: 607.1.2 Ducts that penetrate fire - resistance - rated assemblies without dampers. Ducts that penetrate fire - resistance - rated a ssemblies and are not required by this section to have dampers shall comply with the requirements of Sections 714.2 through 714.3.3 of the New York City Building Code . Ducts that penetrate horizontal assemblies not required to be contained within a shaft and not required by this section to have dampers shall comply with the requirements of Sections 714.4 of the New York City Building Code. [CONT.]: 607.1.2 Ducts that penetrate fire - resistance - rated assemblies without dampers. Ducts that penetrate fire - resistance - rated a ssemblies and are not required by this section to have dampers shall comply with the requirements of Sections 714.2 through 714.3.3 of the New York City Building Code . Ducts that penetrate horizontal assemblies not required to be contained within a shaft and not required by this section to have dampers shall comply with the requirements of Sections 714.4 of the New York City Building Code. [CONT.]: 607.1.2 Ducts that penetrate fire - resistance - rated assemblies without dampers. Ducts that penetrate fire - resistance - rated a ssemblies and are not required by this section to have dampers shall comply with the requirements of Sections 714.2 through 714.3.3 of the New York City Building Code . Ducts that penetrate horizontal assemblies not required to be contained within a shaft and not required by this section to have dampers shall comply with the requirements of Sections 714.4 of the New York City Building Code. [CONT.]: 607.1.2 Ducts that penetrate fire - resistance - rated assemblies without dampers. Ducts that penetrate fire - resistance - rated a ssemblies and are not required by this section to have dampers shall comply with the requirements of Sections 714.2 through 714.3.3 of the New York City Building Code . Ducts that penetrate horizontal assemblies not required to be contained within a shaft and not required by this section to have dampers shall comply with the requirements of Sections 714.4 of the New York City Building Code. [CONT.]: 607.1.2 Ducts that penetrate fire - resistance - rated assemblies without dampers. Ducts that penetrate fire - resistance - rated a ssemblies and are not required by this section to have dampers shall comply with the requirements of Sections 714.2 through 714.3.3 of the New York City Building Code . Ducts that penetrate horizontal assemblies not required to be contained within a shaft and not required by this section to have dampers shall comply with the requirements of Sections 714.4 of the New York City Building Code.",
    "metadata": {
      "section_full": "607.1.2",
      "parent_major": "607",
      "parent_minor": "607.1",
      "source": "030.txt"
    }
  },
  {
    "id": "607.1.2.1",
    "text": "CONTEXT: 607 > 607.1 | CONTENT: 607.1.2.1 607.1.2.1 Ducts that penetrat e nonfire - resistance - rated assemblies. The space around a duct penetrating a nonfire - resistance - rated floor assembly shall comply with Section 717.6.3 of the New York City Building Code. [CONT.]: 607.1.2.1 Ducts that penetrat e nonfire - resistance - rated assemblies. The space around a duct penetrating a nonfire - resistance - rated floor assembly shall comply with Section 717.6.3 of the New York City Building Code. [CONT.]: 607.1.2.1 Ducts that penetrat e nonfire - resistance - rated assemblies. The space around a duct penetrating a nonfire - resistance - rated floor assembly shall comply with Section 717.6.3 of the New York City Building Code. [CONT.]: 607.1.2.1 Ducts that penetrat e nonfire - resistance - rated assemblies. The space around a duct penetrating a nonfire - resistance - rated floor assembly shall comply with Section 717.6.3 of the New York City Building Code. [CONT.]: 607.1.2.1 Ducts that penetrat e nonfire - resistance - rated assemblies. The space around a duct penetrating a nonfire - resistance - rated floor assembly shall comply with Section 717.6.3 of the New York City Building Code. [CONT.]: 607.1.2.1 Ducts that penetrat e nonfire - resistance - rated assemblies. The space around a duct penetrating a nonfire - resistance - rated floor assembly shall comply with Section 717.6.3 of the New York City Building Code. [CONT.]: 607.1.2.1 Ducts that penetrat e nonfire - resistance - rated assemblies. The space around a duct penetrating a nonfire - resistance - rated floor assembly shall comply with Section 717.6.3 of the New York City Building Code. [CONT.]: 607.1.2.1 Ducts that penetrat e nonfire - resistance - rated assemblies. The space around a duct penetrating a nonfire - resistance - rated floor assembly shall comply with Section 717.6.3 of the New York City Building Code. [CONT.]: 607.1.2.1 Ducts that penetrat e nonfire - resistance - rated assemblies. The space around a duct penetrating a nonfire - resistance - rated floor assembly shall comply with Section 717.6.3 of the New York City Building Code. [CONT.]: 607.1.2.1 Ducts that penetrat e nonfire - resistance - rated assemblies. The space around a duct penetrating a nonfire - resistance - rated floor assembly shall comply with Section 717.6.3 of the New York City Building Code.",
    "metadata": {
      "section_full": "607.1.2.1",
      "parent_major": "607",
      "parent_minor": "607.1",
      "source": "030.txt"
    }
  },
  {
    "id": "607.2",
    "text": "CONTEXT: 607 > 607.2 | CONTENT: 607.2 607.2 Installation. Fire dampers, smoke dampers, combination fire/smo ke dampers and ceiling radiation dampers located within air distribution and smoke control systems shall be installed in accordance with the requirements of this section, and the manufacturer\u2019s instructions and listing. [CONT.]: 607.2 Installation. Fire dampers, smoke dampers, combination fire/smo ke dampers and ceiling radiation dampers located within air distribution and smoke control systems shall be installed in accordance with the requirements of this section, and the manufacturer\u2019s instructions and listing. [CONT.]: 607.2 Installation. Fire dampers, smoke dampers, combination fire/smo ke dampers and ceiling radiation dampers located within air distribution and smoke control systems shall be installed in accordance with the requirements of this section, and the manufacturer\u2019s instructions and listing. [CONT.]: 607.2 Installation. Fire dampers, smoke dampers, combination fire/smo ke dampers and ceiling radiation dampers located within air distribution and smoke control systems shall be installed in accordance with the requirements of this section, and the manufacturer\u2019s instructions and listing. [CONT.]: 607.2 Installation. Fire dampers, smoke dampers, combination fire/smo ke dampers and ceiling radiation dampers located within air distribution and smoke control systems shall be installed in accordance with the requirements of this section, and the manufacturer\u2019s instructions and listing. [CONT.]: 607.2 Installation. Fire dampers, smoke dampers, combination fire/smo ke dampers and ceiling radiation dampers located within air distribution and smoke control systems shall be installed in accordance with the requirements of this section, and the manufacturer\u2019s instructions and listing. [CONT.]: 607.2 Installation. Fire dampers, smoke dampers, combination fire/smo ke dampers and ceiling radiation dampers located within air distribution and smoke control systems shall be installed in accordance with the requirements of this section, and the manufacturer\u2019s instructions and listing. [CONT.]: 607.2 Installation. Fire dampers, smoke dampers, combination fire/smo ke dampers and ceiling radiation dampers located within air distribution and smoke control systems shall be installed in accordance with the requirements of this section, and the manufacturer\u2019s instructions and listing. [CONT.]: 607.2 Installation. Fire dampers, smoke dampers, combination fire/smo ke dampers and ceiling radiation dampers located within air distribution and smoke control systems shall be installed in accordance with the requirements of this section, and the manufacturer\u2019s instructions and listing. [CONT.]: 607.2 Installation. Fire dampers, smoke dampers, combination fire/smo ke dampers and ceiling radiation dampers located within air distribution and smoke control systems shall be installed in accordance with the requirements of this section, and the manufacturer\u2019s instructions and listing.",
    "metadata": {
      "section_full": "607.2",
      "parent_major": "607",
      "parent_minor": "607.2",
      "source": "030.txt"
    }
  },
  {
    "id": "607.2.1",
    "text": "CONTEXT: 607 > 607.2 | CONTENT: 607.2.1 607.2.1 Smoke control system. Where the installation of a fire damper will interfere with the operation of a required smoke control system in accordance with Section 909 of the New York City Building Code, approved alternative protection shall be used. Where mechanical systems including duct s and dampers used for normal building ventilation serve as part of the smoke control system, the expected performance of these systems in smoke control mode shall be addressed in the rational analysis required by Section 909.4 of the New York City Buildin g Code. [CONT.]: 607.2.1 Smoke control system. Where the installation of a fire damper will interfere with the operation of a required smoke control system in accordance with Section 909 of the New York City Building Code, approved alternative protection shall be used. Where mechanical systems including duct s and dampers used for normal building ventilation serve as part of the smoke control system, the expected performance of these systems in smoke control mode shall be addressed in the rational analysis required by Section 909.4 of the New York City Buildin g Code. [CONT.]: 607.2.1 Smoke control system. Where the installation of a fire damper will interfere with the operation of a required smoke control system in accordance with Section 909 of the New York City Building Code, approved alternative protection shall be used. Where mechanical systems including duct s and dampers used for normal building ventilation serve as part of the smoke control system, the expected performance of these systems in smoke control mode shall be addressed in the rational analysis required by Section 909.4 of the New York City Buildin g Code. [CONT.]: 607.2.1 Smoke control system. Where the installation of a fire damper will interfere with the operation of a required smoke control system in accordance with Section 909 of the New York City Building Code, approved alternative protection shall be used. Where mechanical systems including duct s and dampers used for normal building ventilation serve as part of the smoke control system, the expected performance of these systems in smoke control mode shall be addressed in the rational analysis required by Section 909.4 of the New York City Buildin g Code. [CONT.]: 607.2.1 Smoke control system. Where the installation of a fire damper will interfere with the operation of a required smoke control system in accordance with Section 909 of the New York City Building Code, approved alternative protection shall be used. Where mechanical systems including duct s and dampers used for normal building ventilation serve as part of the smoke control system, the expected performance of these systems in smoke control mode shall be addressed in the rational analysis required by Section 909.4 of the New York City Buildin g Code. [CONT.]: 607.2.1 Smoke control system. Where the installation of a fire damper will interfere with the operation of a required smoke control system in accordance with Section 909 of the New York City Building Code, approved alternative protection shall be used. Where mechanical systems including duct s and dampers used for normal building ventilation serve as part of the smoke control system, the expected performance of these systems in smoke control mode shall be addressed in the rational analysis required by Section 909.4 of the New York City Buildin g Code. [CONT.]: 607.2.1 Smoke control system. Where the installation of a fire damper will interfere with the operation of a required smoke control system in accordance with Section 909 of the New York City Building Code, approved alternative protection shall be used. Where mechanical systems including duct s and dampers used for normal building ventilation serve as part of the smoke control system, the expected performance of these systems in smoke control mode shall be addressed in the rational analysis required by Section 909.4 of the New York City Buildin g Code. [CONT.]: 607.2.1 Smoke control system. Where the installation of a fire damper will interfere with the operation of a required smoke control system in accordance with Section 909 of the New York City Building Code, approved alternative protection shall be used. Where mechanical systems including duct s and dampers used for normal building ventilation serve as part of the smoke control system, the expected performance of these systems in smoke control mode shall be addressed in the rational analysis required by Section 909.4 of the New York City Buildin g Code. [CONT.]: 607.2.1 Smoke control system. Where the installation of a fire damper will interfere with the operation of a required smoke control system in accordance with Section 909 of the New York City Building Code, approved alternative protection shall be used. Where mechanical systems including duct s and dampers used for normal building ventilation serve as part of the smoke control system, the expected performance of these systems in smoke control mode shall be addressed in the rational analysis required by Section 909.4 of the New York City Buildin g Code. [CONT.]: 607.2.1 Smoke control system. Where the installation of a fire damper will interfere with the operation of a required smoke control system in accordance with Section 909 of the New York City Building Code, approved alternative protection shall be used. Where mechanical systems including duct s and dampers used for normal building ventilation serve as part of the smoke control system, the expected performance of these systems in smoke control mode shall be addressed in the rational analysis required by Section 909.4 of the New York City Buildin g Code.",
    "metadata": {
      "section_full": "607.2.1",
      "parent_major": "607",
      "parent_minor": "607.2",
      "source": "030.txt"
    }
  },
  {
    "id": "607.2.1.1",
    "text": "CONTEXT: 607 > 607.2 | CONTENT: 607.2.1.1 607.2.1.1 Remote operation . Combination fire and smoke dampers shall be operable by remote controls where necessary for smoke removal. Such dampers shall have provisions that allow them to reclose automatically upon reaching the damper\u2019s maximum de gradation test temperature in accordance with UL 555S. [CONT.]: 607.2.1.1 Remote operation . Combination fire and smoke dampers shall be operable by remote controls where necessary for smoke removal. Such dampers shall have provisions that allow them to reclose automatically upon reaching the damper\u2019s maximum de gradation test temperature in accordance with UL 555S. [CONT.]: 607.2.1.1 Remote operation . Combination fire and smoke dampers shall be operable by remote controls where necessary for smoke removal. Such dampers shall have provisions that allow them to reclose automatically upon reaching the damper\u2019s maximum de gradation test temperature in accordance with UL 555S. [CONT.]: 607.2.1.1 Remote operation . Combination fire and smoke dampers shall be operable by remote controls where necessary for smoke removal. Such dampers shall have provisions that allow them to reclose automatically upon reaching the damper\u2019s maximum de gradation test temperature in accordance with UL 555S. [CONT.]: 607.2.1.1 Remote operation . Combination fire and smoke dampers shall be operable by remote controls where necessary for smoke removal. Such dampers shall have provisions that allow them to reclose automatically upon reaching the damper\u2019s maximum de gradation test temperature in accordance with UL 555S. [CONT.]: 607.2.1.1 Remote operation . Combination fire and smoke dampers shall be operable by remote controls where necessary for smoke removal. Such dampers shall have provisions that allow them to reclose automatically upon reaching the damper\u2019s maximum de gradation test temperature in accordance with UL 555S. [CONT.]: 607.2.1.1 Remote operation . Combination fire and smoke dampers shall be operable by remote controls where necessary for smoke removal. Such dampers shall have provisions that allow them to reclose automatically upon reaching the damper\u2019s maximum de gradation test temperature in accordance with UL 555S. [CONT.]: 607.2.1.1 Remote operation . Combination fire and smoke dampers shall be operable by remote controls where necessary for smoke removal. Such dampers shall have provisions that allow them to reclose automatically upon reaching the damper\u2019s maximum de gradation test temperature in accordance with UL 555S. [CONT.]: 607.2.1.1 Remote operation . Combination fire and smoke dampers shall be operable by remote controls where necessary for smoke removal. Such dampers shall have provisions that allow them to reclose automatically upon reaching the damper\u2019s maximum de gradation test temperature in accordance with UL 555S. [CONT.]: 607.2.1.1 Remote operation . Combination fire and smoke dampers shall be operable by remote controls where necessary for smoke removal. Such dampers shall have provisions that allow them to reclose automatically upon reaching the damper\u2019s maximum de gradation test temperature in accordance with UL 555S. [CONT.]: 607.2.1.1 Remote operation . Combination fire and smoke dampers shall be operable by remote controls where necessary for smoke removal. Such dampers shall have provisions that allow them to reclose automatically upon reaching the damper\u2019s maximum de gradation test temperature in accordance with UL 555S. [CONT.]: 607.2.1.1 Remote operation . Combination fire and smoke dampers shall be operable by remote controls where necessary for smoke removal. Such dampers shall have provisions that allow them to reclose automatically upon reaching the damper\u2019s maximum de gradation test temperature in accordance with UL 555S.",
    "metadata": {
      "section_full": "607.2.1.1",
      "parent_major": "607",
      "parent_minor": "607.2",
      "source": "030.txt"
    }
  },
  {
    "id": "607.2.2",
    "text": "CONTEXT: 607 > 607.2 | CONTENT: 607.2.2 607.2.2 Hazardous exhaust ducts. Fire dampers for hazardous exhaust duct systems shall comply with Section 510. [CONT.]: 607.2.2 Hazardous exhaust ducts. Fire dampers for hazardous exhaust duct systems shall comply with Section 510. [CONT.]: 607.2.2 Hazardous exhaust ducts. Fire dampers for hazardous exhaust duct systems shall comply with Section 510. [CONT.]: 607.2.2 Hazardous exhaust ducts. Fire dampers for hazardous exhaust duct systems shall comply with Section 510. [CONT.]: 607.2.2 Hazardous exhaust ducts. Fire dampers for hazardous exhaust duct systems shall comply with Section 510. [CONT.]: 607.2.2 Hazardous exhaust ducts. Fire dampers for hazardous exhaust duct systems shall comply with Section 510. [CONT.]: 607.2.2 Hazardous exhaust ducts. Fire dampers for hazardous exhaust duct systems shall comply with Section 510. [CONT.]: 607.2.2 Hazardous exhaust ducts. Fire dampers for hazardous exhaust duct systems shall comply with Section 510. [CONT.]: 607.2.2 Hazardous exhaust ducts. Fire dampers for hazardous exhaust duct systems shall comply with Section 510. [CONT.]: 607.2.2 Hazardous exhaust ducts. Fire dampers for hazardous exhaust duct systems shall comply with Section 510. [CONT.]: 607.2.2 Hazardous exhaust ducts. Fire dampers for hazardous exhaust duct systems shall comply with Section 510. [CONT.]: 607.2.2 Hazardous exhaust ducts. Fire dampers for hazardous exhaust duct systems shall comply with Section 510.",
    "metadata": {
      "section_full": "607.2.2",
      "parent_major": "607",
      "parent_minor": "607.2",
      "source": "030.txt"
    }
  },
  {
    "id": "607.2.3",
    "text": "CONTEXT: 607 > 607.2 | CONTENT: 607.2.3 607.2.3 Supply air systems. Smoke dampers listed for use in air distribution systems shall be installed both upstream and downstream of filters and ahead of any branch connections in supply air - handling apparatus and systems having a capacity equal to or greater than 15,000 cfm (7.1 m 3 /s). Exceptions: 1. Where the air - handling unit is located on the floor that it serves and serves only that floor. 2. Where the air - handling unit is located on the roof and serves only the floor immediately below the roof. [CONT.]: 607.2.3 Supply air systems. Smoke dampers listed for use in air distribution systems shall be installed both upstream and downstream of filters and ahead of any branch connections in supply air - handling apparatus and systems having a capacity equal to or greater than 15,000 cfm (7.1 m 3 /s). Exceptions: 1. Where the air - handling unit is located on the floor that it serves and serves only that floor. 2. Where the air - handling unit is located on the roof and serves only the floor immediately below the roof. [CONT.]: 607.2.3 Supply air systems. Smoke dampers listed for use in air distribution systems shall be installed both upstream and downstream of filters and ahead of any branch connections in supply air - handling apparatus and systems having a capacity equal to or greater than 15,000 cfm (7.1 m 3 /s). Exceptions: 1. Where the air - handling unit is located on the floor that it serves and serves only that floor. 2. Where the air - handling unit is located on the roof and serves only the floor immediately below the roof. [CONT.]: 607.2.3 Supply air systems. Smoke dampers listed for use in air distribution systems shall be installed both upstream and downstream of filters and ahead of any branch connections in supply air - handling apparatus and systems having a capacity equal to or greater than 15,000 cfm (7.1 m 3 /s). Exceptions: 1. Where the air - handling unit is located on the floor that it serves and serves only that floor. 2. Where the air - handling unit is located on the roof and serves only the floor immediately below the roof. [CONT.]: 607.2.3 Supply air systems. Smoke dampers listed for use in air distribution systems shall be installed both upstream and downstream of filters and ahead of any branch connections in supply air - handling apparatus and systems having a capacity equal to or greater than 15,000 cfm (7.1 m 3 /s). Exceptions: 1. Where the air - handling unit is located on the floor that it serves and serves only that floor. 2. Where the air - handling unit is located on the roof and serves only the floor immediately below the roof. [CONT.]: 607.2.3 Supply air systems. Smoke dampers listed for use in air distribution systems shall be installed both upstream and downstream of filters and ahead of any branch connections in supply air - handling apparatus and systems having a capacity equal to or greater than 15,000 cfm (7.1 m 3 /s). Exceptions: 1. Where the air - handling unit is located on the floor that it serves and serves only that floor. 2. Where the air - handling unit is located on the roof and serves only the floor immediately below the roof. [CONT.]: 607.2.3 Supply air systems. Smoke dampers listed for use in air distribution systems shall be installed both upstream and downstream of filters and ahead of any branch connections in supply air - handling apparatus and systems having a capacity equal to or greater than 15,000 cfm (7.1 m 3 /s). Exceptions: 1. Where the air - handling unit is located on the floor that it serves and serves only that floor. 2. Where the air - handling unit is located on the roof and serves only the floor immediately below the roof. [CONT.]: 607.2.3 Supply air systems. Smoke dampers listed for use in air distribution systems shall be installed both upstream and downstream of filters and ahead of any branch connections in supply air - handling apparatus and systems having a capacity equal to or greater than 15,000 cfm (7.1 m 3 /s). Exceptions: 1. Where the air - handling unit is located on the floor that it serves and serves only that floor. 2. Where the air - handling unit is located on the roof and serves only the floor immediately below the roof. [CONT.]: 607.2.3 Supply air systems. Smoke dampers listed for use in air distribution systems shall be installed both upstream and downstream of filters and ahead of any branch connections in supply air - handling apparatus and systems having a capacity equal to or greater than 15,000 cfm (7.1 m 3 /s). Exceptions: 1. Where the air - handling unit is located on the floor that it serves and serves only that floor. 2. Where the air - handling unit is located on the roof and serves only the floor immediately below the roof. [CONT.]: 607.2.3 Supply air systems. Smoke dampers listed for use in air distribution systems shall be installed both upstream and downstream of filters and ahead of any branch connections in supply air - handling apparatus and systems having a capacity equal to or greater than 15,000 cfm (7.1 m 3 /s). Exceptions: 1. Where the air - handling unit is located on the floor that it serves and serves only that floor. 2. Where the air - handling unit is located on the roof and serves only the floor immediately below the roof. [CONT.]: 607.2.3 Supply air systems. Smoke dampers listed for use in air distribution systems shall be installed both upstream and downstream of filters and ahead of any branch connections in supply air - handling apparatus and systems having a capacity equal to or greater than 15,000 cfm (7.1 m 3 /s). Exceptions: 1. Where the air - handling unit is located on the floor that it serves and serves only that floor. 2. Where the air - handling unit is located on the roof and serves only the floor immediately below the roof. [CONT.]: 607.2.3 Supply air systems. Smoke dampers listed for use in air distribution systems shall be installed both upstream and downstream of filters and ahead of any branch connections in supply air - handling apparatus and systems having a capacity equal to or greater than 15,000 cfm (7.1 m 3 /s). Exceptions: 1. Where the air - handling unit is located on the floor that it serves and serves only that floor. 2. Where the air - handling unit is located on the roof and serves only the floor immediately below the roof.",
    "metadata": {
      "section_full": "607.2.3",
      "parent_major": "607",
      "parent_minor": "607.2",
      "source": "030.txt"
    }
  },
  {
    "id": "607.3",
    "text": "CONTEXT: 607 > 607.3 | CONTENT: 607.3 607.3 Damper testing, ratings and actuation. Damper testing, ratings and actuati on shall be in accordance with Sections 607.3.1 through 607.3.3. [CONT.]: 607.3 Damper testing, ratings and actuation. Damper testing, ratings and actuati on shall be in accordance with Sections 607.3.1 through 607.3.3. [CONT.]: 607.3 Damper testing, ratings and actuation. Damper testing, ratings and actuati on shall be in accordance with Sections 607.3.1 through 607.3.3. [CONT.]: 607.3 Damper testing, ratings and actuation. Damper testing, ratings and actuati on shall be in accordance with Sections 607.3.1 through 607.3.3. [CONT.]: 607.3 Damper testing, ratings and actuation. Damper testing, ratings and actuati on shall be in accordance with Sections 607.3.1 through 607.3.3. [CONT.]: 607.3 Damper testing, ratings and actuation. Damper testing, ratings and actuati on shall be in accordance with Sections 607.3.1 through 607.3.3. [CONT.]: 607.3 Damper testing, ratings and actuation. Damper testing, ratings and actuati on shall be in accordance with Sections 607.3.1 through 607.3.3. [CONT.]: 607.3 Damper testing, ratings and actuation. Damper testing, ratings and actuati on shall be in accordance with Sections 607.3.1 through 607.3.3. [CONT.]: 607.3 Damper testing, ratings and actuation. Damper testing, ratings and actuati on shall be in accordance with Sections 607.3.1 through 607.3.3. [CONT.]: 607.3 Damper testing, ratings and actuation. Damper testing, ratings and actuati on shall be in accordance with Sections 607.3.1 through 607.3.3. [CONT.]: 607.3 Damper testing, ratings and actuation. Damper testing, ratings and actuati on shall be in accordance with Sections 607.3.1 through 607.3.3. [CONT.]: 607.3 Damper testing, ratings and actuation. Damper testing, ratings and actuati on shall be in accordance with Sections 607.3.1 through 607.3.3.",
    "metadata": {
      "section_full": "607.3",
      "parent_major": "607",
      "parent_minor": "607.3",
      "source": "030.txt"
    }
  },
  {
    "id": "607.3.1",
    "text": "CONTEXT: 607 > 607.3 | CONTENT: 607.3.1 607.3.1 Damper testing. Dampers shall be listed and bear the label of an approved testing agency indicating compliance with the standards in this section. Fire dampers shall comply with the r equirements of UL 555. Only fire dampers and ceiling radiation dampers labeled for use in dynamic systems shall be installed in heating, ventilating and air - conditioning systems designed to operate with fans on during a fire. Smoke dampers shall comply wit h the requirements of UL 555S. Combination fire/smoke dampers shall comply with the requirements of both UL 555 and UL 555S. Ceiling radiation dampers shall comply with the requirements of UL 555C - Ceiling Dampers. [CONT.]: 607.3.1 Damper testing. Dampers shall be listed and bear the label of an approved testing agency indicating compliance with the standards in this section. Fire dampers shall comply with the r equirements of UL 555. Only fire dampers and ceiling radiation dampers labeled for use in dynamic systems shall be installed in heating, ventilating and air - conditioning systems designed to operate with fans on during a fire. Smoke dampers shall comply wit h the requirements of UL 555S. Combination fire/smoke dampers shall comply with the requirements of both UL 555 and UL 555S. Ceiling radiation dampers shall comply with the requirements of UL 555C - Ceiling Dampers. [CONT.]: 607.3.1 Damper testing. Dampers shall be listed and bear the label of an approved testing agency indicating compliance with the standards in this section. Fire dampers shall comply with the r equirements of UL 555. Only fire dampers and ceiling radiation dampers labeled for use in dynamic systems shall be installed in heating, ventilating and air - conditioning systems designed to operate with fans on during a fire. Smoke dampers shall comply wit h the requirements of UL 555S. Combination fire/smoke dampers shall comply with the requirements of both UL 555 and UL 555S. Ceiling radiation dampers shall comply with the requirements of UL 555C - Ceiling Dampers. [CONT.]: 607.3.1 Damper testing. Dampers shall be listed and bear the label of an approved testing agency indicating compliance with the standards in this section. Fire dampers shall comply with the r equirements of UL 555. Only fire dampers and ceiling radiation dampers labeled for use in dynamic systems shall be installed in heating, ventilating and air - conditioning systems designed to operate with fans on during a fire. Smoke dampers shall comply wit h the requirements of UL 555S. Combination fire/smoke dampers shall comply with the requirements of both UL 555 and UL 555S. Ceiling radiation dampers shall comply with the requirements of UL 555C - Ceiling Dampers. [CONT.]: 607.3.1 Damper testing. Dampers shall be listed and bear the label of an approved testing agency indicating compliance with the standards in this section. Fire dampers shall comply with the r equirements of UL 555. Only fire dampers and ceiling radiation dampers labeled for use in dynamic systems shall be installed in heating, ventilating and air - conditioning systems designed to operate with fans on during a fire. Smoke dampers shall comply wit h the requirements of UL 555S. Combination fire/smoke dampers shall comply with the requirements of both UL 555 and UL 555S. Ceiling radiation dampers shall comply with the requirements of UL 555C - Ceiling Dampers. [CONT.]: 607.3.1 Damper testing. Dampers shall be listed and bear the label of an approved testing agency indicating compliance with the standards in this section. Fire dampers shall comply with the r equirements of UL 555. Only fire dampers and ceiling radiation dampers labeled for use in dynamic systems shall be installed in heating, ventilating and air - conditioning systems designed to operate with fans on during a fire. Smoke dampers shall comply wit h the requirements of UL 555S. Combination fire/smoke dampers shall comply with the requirements of both UL 555 and UL 555S. Ceiling radiation dampers shall comply with the requirements of UL 555C - Ceiling Dampers. [CONT.]: 607.3.1 Damper testing. Dampers shall be listed and bear the label of an approved testing agency indicating compliance with the standards in this section. Fire dampers shall comply with the r equirements of UL 555. Only fire dampers and ceiling radiation dampers labeled for use in dynamic systems shall be installed in heating, ventilating and air - conditioning systems designed to operate with fans on during a fire. Smoke dampers shall comply wit h the requirements of UL 555S. Combination fire/smoke dampers shall comply with the requirements of both UL 555 and UL 555S. Ceiling radiation dampers shall comply with the requirements of UL 555C - Ceiling Dampers. [CONT.]: 607.3.1 Damper testing. Dampers shall be listed and bear the label of an approved testing agency indicating compliance with the standards in this section. Fire dampers shall comply with the r equirements of UL 555. Only fire dampers and ceiling radiation dampers labeled for use in dynamic systems shall be installed in heating, ventilating and air - conditioning systems designed to operate with fans on during a fire. Smoke dampers shall comply wit h the requirements of UL 555S. Combination fire/smoke dampers shall comply with the requirements of both UL 555 and UL 555S. Ceiling radiation dampers shall comply with the requirements of UL 555C - Ceiling Dampers. [CONT.]: 607.3.1 Damper testing. Dampers shall be listed and bear the label of an approved testing agency indicating compliance with the standards in this section. Fire dampers shall comply with the r equirements of UL 555. Only fire dampers and ceiling radiation dampers labeled for use in dynamic systems shall be installed in heating, ventilating and air - conditioning systems designed to operate with fans on during a fire. Smoke dampers shall comply wit h the requirements of UL 555S. Combination fire/smoke dampers shall comply with the requirements of both UL 555 and UL 555S. Ceiling radiation dampers shall comply with the requirements of UL 555C - Ceiling Dampers. [CONT.]: 607.3.1 Damper testing. Dampers shall be listed and bear the label of an approved testing agency indicating compliance with the standards in this section. Fire dampers shall comply with the r equirements of UL 555. Only fire dampers and ceiling radiation dampers labeled for use in dynamic systems shall be installed in heating, ventilating and air - conditioning systems designed to operate with fans on during a fire. Smoke dampers shall comply wit h the requirements of UL 555S. Combination fire/smoke dampers shall comply with the requirements of both UL 555 and UL 555S. Ceiling radiation dampers shall comply with the requirements of UL 555C - Ceiling Dampers. [CONT.]: 607.3.1 Damper testing. Dampers shall be listed and bear the label of an approved testing agency indicating compliance with the standards in this section. Fire dampers shall comply with the r equirements of UL 555. Only fire dampers and ceiling radiation dampers labeled for use in dynamic systems shall be installed in heating, ventilating and air - conditioning systems designed to operate with fans on during a fire. Smoke dampers shall comply wit h the requirements of UL 555S. Combination fire/smoke dampers shall comply with the requirements of both UL 555 and UL 555S. Ceiling radiation dampers shall comply with the requirements of UL 555C - Ceiling Dampers. [CONT.]: 607.3.1 Damper testing. Dampers shall be listed and bear the label of an approved testing agency indicating compliance with the standards in this section. Fire dampers shall comply with the r equirements of UL 555. Only fire dampers and ceiling radiation dampers labeled for use in dynamic systems shall be installed in heating, ventilating and air - conditioning systems designed to operate with fans on during a fire. Smoke dampers shall comply wit h the requirements of UL 555S. Combination fire/smoke dampers shall comply with the requirements of both UL 555 and UL 555S. Ceiling radiation dampers shall comply with the requirements of UL 555C - Ceiling Dampers. [CONT.]: 607.3.1 555C \u2014 06 Ceiling Dampers \u2014 with revisions through May 2010 ................................ ................................ .............. [CONT.]: 607.3.1 555S \u2014 99 Smoke Dampers \u2014 with revisions through May 2012 ................................ .............................. 607.2.1.1, 607.3.1 586 \u2014 2009 High - Efficiency, Particulate, Air Filter Units ................................ ................................ .............................",
    "metadata": {
      "section_full": "607.3.1",
      "parent_major": "607",
      "parent_minor": "607.3",
      "source": "030.txt"
    }
  },
  {
    "id": "607.3.2",
    "text": "CONTEXT: 607 > 607.3 | CONTENT: 607.3.2 607.3.2 Damper rating. Damper ratings sha ll be in accordance with Sections 607.3.2.1 through 607.3.2. 3 . [CONT.]: 607.3.2 Damper rating. Damper ratings sha ll be in accordance with Sections 607.3.2.1 through 607.3.2. 3 . [CONT.]: 607.3.2 Damper rating. Damper ratings sha ll be in accordance with Sections 607.3.2.1 through 607.3.2. 3 . [CONT.]: 607.3.2 Damper rating. Damper ratings sha ll be in accordance with Sections 607.3.2.1 through 607.3.2. 3 . [CONT.]: 607.3.2 Damper rating. Damper ratings sha ll be in accordance with Sections 607.3.2.1 through 607.3.2. 3 . [CONT.]: 607.3.2 Damper rating. Damper ratings sha ll be in accordance with Sections 607.3.2.1 through 607.3.2. 3 . [CONT.]: 607.3.2 Damper rating. Damper ratings sha ll be in accordance with Sections 607.3.2.1 through 607.3.2. 3 . [CONT.]: 607.3.2 Damper rating. Damper ratings sha ll be in accordance with Sections 607.3.2.1 through 607.3.2. 3 . [CONT.]: 607.3.2 Damper rating. Damper ratings sha ll be in accordance with Sections 607.3.2.1 through 607.3.2. 3 . [CONT.]: 607.3.2 Damper rating. Damper ratings sha ll be in accordance with Sections 607.3.2.1 through 607.3.2. 3 . [CONT.]: 607.3.2 Damper rating. Damper ratings sha ll be in accordance with Sections 607.3.2.1 through 607.3.2. 3 . [CONT.]: 607.3.2 Damper rating. Damper ratings sha ll be in accordance with Sections 607.3.2.1 through 607.3.2. 3 .",
    "metadata": {
      "section_full": "607.3.2",
      "parent_major": "607",
      "parent_minor": "607.3",
      "source": "030.txt"
    }
  },
  {
    "id": "607.3.2.1",
    "text": "CONTEXT: 607 > 607.3 | CONTENT: 607.3.2.1 607.3.2.1 Fire damper ratings. Fire dampers shall have the minimum fire protection rating specified in Table [CONT.]: 607.3.2.1 for the type of penetration. TABLE 607.3.2.1 FIRE DAMPER RATING DUCT SYSTEMS TYPE OF PENETRATION MINIMUM DAMPER RATING (hour) Less than 3 - hour fire - resistance - rated assemblies 1 1 / 2 3 - hour or greater fire - resistance - rated assemblies 3 [CONT.]: 607.3.2.1 Fire damper ratings. Fire dampers shall have the minimum fire protection rating specified in Table [CONT.]: 607.3.2.1 for the type of penetration. TABLE 607.3.2.1 FIRE DAMPER RATING DUCT SYSTEMS TYPE OF PENETRATION MINIMUM DAMPER RATING (hour) Less than 3 - hour fire - resistance - rated assemblies 1 1 / 2 3 - hour or greater fire - resistance - rated assemblies 3 [CONT.]: 607.3.2.1 Fire damper ratings. Fire dampers shall have the minimum fire protection rating specified in Table [CONT.]: 607.3.2.1 for the type of penetration. TABLE 607.3.2.1 FIRE DAMPER RATING DUCT SYSTEMS TYPE OF PENETRATION MINIMUM DAMPER RATING (hour) Less than 3 - hour fire - resistance - rated assemblies 1 1 / 2 3 - hour or greater fire - resistance - rated assemblies 3 [CONT.]: 607.3.2.1 Fire damper ratings. Fire dampers shall have the minimum fire protection rating specified in Table [CONT.]: 607.3.2.1 for the type of penetration. TABLE 607.3.2.1 FIRE DAMPER RATING DUCT SYSTEMS TYPE OF PENETRATION MINIMUM DAMPER RATING (hour) Less than 3 - hour fire - resistance - rated assemblies 1 1 / 2 3 - hour or greater fire - resistance - rated assemblies 3 [CONT.]: 607.3.2.1 Fire damper ratings. Fire dampers shall have the minimum fire protection rating specified in Table [CONT.]: 607.3.2.1 for the type of penetration. TABLE 607.3.2.1 FIRE DAMPER RATING DUCT SYSTEMS TYPE OF PENETRATION MINIMUM DAMPER RATING (hour) Less than 3 - hour fire - resistance - rated assemblies 1 1 / 2 3 - hour or greater fire - resistance - rated assemblies 3 [CONT.]: 607.3.2.1 Fire damper ratings. Fire dampers shall have the minimum fire protection rating specified in Table [CONT.]: 607.3.2.1 for the type of penetration. TABLE 607.3.2.1 FIRE DAMPER RATING DUCT SYSTEMS TYPE OF PENETRATION MINIMUM DAMPER RATING (hour) Less than 3 - hour fire - resistance - rated assemblies 1 1 / 2 3 - hour or greater fire - resistance - rated assemblies 3 [CONT.]: 607.3.2.1 Fire damper ratings. Fire dampers shall have the minimum fire protection rating specified in Table [CONT.]: 607.3.2.1 for the type of penetration. TABLE 607.3.2.1 FIRE DAMPER RATING DUCT SYSTEMS TYPE OF PENETRATION MINIMUM DAMPER RATING (hour) Less than 3 - hour fire - resistance - rated assemblies 1 1 / 2 3 - hour or greater fire - resistance - rated assemblies 3 [CONT.]: 607.3.2.1 Fire damper ratings. Fire dampers shall have the minimum fire protection rating specified in Table [CONT.]: 607.3.2.1 for the type of penetration. TABLE 607.3.2.1 FIRE DAMPER RATING DUCT SYSTEMS TYPE OF PENETRATION MINIMUM DAMPER RATING (hour) Less than 3 - hour fire - resistance - rated assemblies 1 1 / 2 3 - hour or greater fire - resistance - rated assemblies 3 [CONT.]: 607.3.2.1 Fire damper ratings. Fire dampers shall have the minimum fire protection rating specified in Table [CONT.]: 607.3.2.1 for the type of penetration. TABLE 607.3.2.1 FIRE DAMPER RATING DUCT SYSTEMS TYPE OF PENETRATION MINIMUM DAMPER RATING (hour) Less than 3 - hour fire - resistance - rated assemblies 1 1 / 2 3 - hour or greater fire - resistance - rated assemblies 3 [CONT.]: 607.3.2.1 Fire damper ratings. Fire dampers shall have the minimum fire protection rating specified in Table [CONT.]: 607.3.2.1 for the type of penetration. TABLE 607.3.2.1 FIRE DAMPER RATING DUCT SYSTEMS TYPE OF PENETRATION MINIMUM DAMPER RATING (hour) Less than 3 - hour fire - resistance - rated assemblies 1 1 / 2 3 - hour or greater fire - resistance - rated assemblies 3 [CONT.]: 607.3.2.1 Fire damper ratings. Fire dampers shall have the minimum fire protection rating specified in Table [CONT.]: 607.3.2.1 for the type of penetration. TABLE 607.3.2.1 FIRE DAMPER RATING DUCT SYSTEMS TYPE OF PENETRATION MINIMUM DAMPER RATING (hour) Less than 3 - hour fire - resistance - rated assemblies 1 1 / 2 3 - hour or greater fire - resistance - rated assemblies 3 [CONT.]: 607.3.2.1 Fire damper ratings. Fire dampers shall have the minimum fire protection rating specified in Table [CONT.]: 607.3.2.1 for the type of penetration. TABLE 607.3.2.1 FIRE DAMPER RATING DUCT SYSTEMS TYPE OF PENETRATION MINIMUM DAMPER RATING (hour) Less than 3 - hour fire - resistance - rated assemblies 1 1 / 2 3 - hour or greater fire - resistance - rated assemblies 3",
    "metadata": {
      "section_full": "607.3.2.1",
      "parent_major": "607",
      "parent_minor": "607.3",
      "source": "030.txt"
    }
  },
  {
    "id": "607.3.2.2",
    "text": "CONTEXT: 607 > 607.3 | CONTENT: 607.3.2.2 607.3.2.2 Smoke damper ratings. Smoke damper leakage ratings shall be Class I or II. Elevated temperature ratings shall be not less than 250\u00b0F ( 121.1 \u00b0C). [CONT.]: 607.3.2.2 Smoke damper ratings. Smoke damper leakage ratings shall be Class I or II. Elevated temperature ratings shall be not less than 250\u00b0F ( 121.1 \u00b0C). [CONT.]: 607.3.2.2 Smoke damper ratings. Smoke damper leakage ratings shall be Class I or II. Elevated temperature ratings shall be not less than 250\u00b0F ( 121.1 \u00b0C). [CONT.]: 607.3.2.2 Smoke damper ratings. Smoke damper leakage ratings shall be Class I or II. Elevated temperature ratings shall be not less than 250\u00b0F ( 121.1 \u00b0C). [CONT.]: 607.3.2.2 Smoke damper ratings. Smoke damper leakage ratings shall be Class I or II. Elevated temperature ratings shall be not less than 250\u00b0F ( 121.1 \u00b0C). [CONT.]: 607.3.2.2 Smoke damper ratings. Smoke damper leakage ratings shall be Class I or II. Elevated temperature ratings shall be not less than 250\u00b0F ( 121.1 \u00b0C). [CONT.]: 607.3.2.2 Smoke damper ratings. Smoke damper leakage ratings shall be Class I or II. Elevated temperature ratings shall be not less than 250\u00b0F ( 121.1 \u00b0C). [CONT.]: 607.3.2.2 Smoke damper ratings. Smoke damper leakage ratings shall be Class I or II. Elevated temperature ratings shall be not less than 250\u00b0F ( 121.1 \u00b0C). [CONT.]: 607.3.2.2 Smoke damper ratings. Smoke damper leakage ratings shall be Class I or II. Elevated temperature ratings shall be not less than 250\u00b0F ( 121.1 \u00b0C). [CONT.]: 607.3.2.2 Smoke damper ratings. Smoke damper leakage ratings shall be Class I or II. Elevated temperature ratings shall be not less than 250\u00b0F ( 121.1 \u00b0C). [CONT.]: 607.3.2.2 Smoke damper ratings. Smoke damper leakage ratings shall be Class I or II. Elevated temperature ratings shall be not less than 250\u00b0F ( 121.1 \u00b0C). [CONT.]: 607.3.2.2 Smoke damper ratings. Smoke damper leakage ratings shall be Class I or II. Elevated temperature ratings shall be not less than 250\u00b0F ( 121.1 \u00b0C).",
    "metadata": {
      "section_full": "607.3.2.2",
      "parent_major": "607",
      "parent_minor": "607.3",
      "source": "030.txt"
    }
  },
  {
    "id": "607.3.2.3",
    "text": "CONTEXT: 607 > 607.3 | CONTENT: 607.3.2.3 607.3.2.3 Combination fire/smoke damper ratings. Combination fire/smoke dampers shall have the minimum fire protection rating specifi ed for fire dampers in Table 607.3.2.1 for the type of penetration and shall have a minimum smoke damper rating as specified in Section 607.3.2.2. [CONT.]: 607.3.2.3 Combination fire/smoke damper ratings. Combination fire/smoke dampers shall have the minimum fire protection rating specifi ed for fire dampers in Table 607.3.2.1 for the type of penetration and shall have a minimum smoke damper rating as specified in Section 607.3.2.2. [CONT.]: 607.3.2.3 Combination fire/smoke damper ratings. Combination fire/smoke dampers shall have the minimum fire protection rating specifi ed for fire dampers in Table 607.3.2.1 for the type of penetration and shall have a minimum smoke damper rating as specified in Section 607.3.2.2. [CONT.]: 607.3.2.3 Combination fire/smoke damper ratings. Combination fire/smoke dampers shall have the minimum fire protection rating specifi ed for fire dampers in Table 607.3.2.1 for the type of penetration and shall have a minimum smoke damper rating as specified in Section 607.3.2.2. [CONT.]: 607.3.2.3 Combination fire/smoke damper ratings. Combination fire/smoke dampers shall have the minimum fire protection rating specifi ed for fire dampers in Table 607.3.2.1 for the type of penetration and shall have a minimum smoke damper rating as specified in Section 607.3.2.2. [CONT.]: 607.3.2.3 Combination fire/smoke damper ratings. Combination fire/smoke dampers shall have the minimum fire protection rating specifi ed for fire dampers in Table 607.3.2.1 for the type of penetration and shall have a minimum smoke damper rating as specified in Section 607.3.2.2. [CONT.]: 607.3.2.3 Combination fire/smoke damper ratings. Combination fire/smoke dampers shall have the minimum fire protection rating specifi ed for fire dampers in Table 607.3.2.1 for the type of penetration and shall have a minimum smoke damper rating as specified in Section 607.3.2.2. [CONT.]: 607.3.2.3 Combination fire/smoke damper ratings. Combination fire/smoke dampers shall have the minimum fire protection rating specifi ed for fire dampers in Table 607.3.2.1 for the type of penetration and shall have a minimum smoke damper rating as specified in Section 607.3.2.2. [CONT.]: 607.3.2.3 Combination fire/smoke damper ratings. Combination fire/smoke dampers shall have the minimum fire protection rating specifi ed for fire dampers in Table 607.3.2.1 for the type of penetration and shall have a minimum smoke damper rating as specified in Section 607.3.2.2. [CONT.]: 607.3.2.3 Combination fire/smoke damper ratings. Combination fire/smoke dampers shall have the minimum fire protection rating specifi ed for fire dampers in Table 607.3.2.1 for the type of penetration and shall have a minimum smoke damper rating as specified in Section 607.3.2.2. [CONT.]: 607.3.2.3 Combination fire/smoke damper ratings. Combination fire/smoke dampers shall have the minimum fire protection rating specifi ed for fire dampers in Table 607.3.2.1 for the type of penetration and shall have a minimum smoke damper rating as specified in Section 607.3.2.2. [CONT.]: 607.3.2.3 Combination fire/smoke damper ratings. Combination fire/smoke dampers shall have the minimum fire protection rating specifi ed for fire dampers in Table 607.3.2.1 for the type of penetration and shall have a minimum smoke damper rating as specified in Section 607.3.2.2.",
    "metadata": {
      "section_full": "607.3.2.3",
      "parent_major": "607",
      "parent_minor": "607.3",
      "source": "030.txt"
    }
  },
  {
    "id": "607.3.3",
    "text": "CONTEXT: 607 > 607.3 | CONTENT: 607.3.3 607.3.3 Damper actuation. Damper actuation shall be in accordance with Sections 607.3.3.1 through 607.3.3.4 a s applicable. [CONT.]: 607.3.3 Damper actuation. Damper actuation shall be in accordance with Sections 607.3.3.1 through 607.3.3.4 a s applicable. [CONT.]: 607.3.3 Damper actuation. Damper actuation shall be in accordance with Sections 607.3.3.1 through 607.3.3.4 a s applicable. [CONT.]: 607.3.3 Damper actuation. Damper actuation shall be in accordance with Sections 607.3.3.1 through 607.3.3.4 a s applicable. [CONT.]: 607.3.3 Damper actuation. Damper actuation shall be in accordance with Sections 607.3.3.1 through 607.3.3.4 a s applicable. [CONT.]: 607.3.3 Damper actuation. Damper actuation shall be in accordance with Sections 607.3.3.1 through 607.3.3.4 a s applicable. [CONT.]: 607.3.3 Damper actuation. Damper actuation shall be in accordance with Sections 607.3.3.1 through 607.3.3.4 a s applicable. [CONT.]: 607.3.3 Damper actuation. Damper actuation shall be in accordance with Sections 607.3.3.1 through 607.3.3.4 a s applicable. [CONT.]: 607.3.3 Damper actuation. Damper actuation shall be in accordance with Sections 607.3.3.1 through 607.3.3.4 a s applicable. [CONT.]: 607.3.3 Damper actuation. Damper actuation shall be in accordance with Sections 607.3.3.1 through 607.3.3.4 a s applicable. [CONT.]: 607.3.3 Damper actuation. Damper actuation shall be in accordance with Sections 607.3.3.1 through 607.3.3.4 a s applicable. [CONT.]: 607.3.3 Damper actuation. Damper actuation shall be in accordance with Sections 607.3.3.1 through 607.3.3.4 a s applicable.",
    "metadata": {
      "section_full": "607.3.3",
      "parent_major": "607",
      "parent_minor": "607.3",
      "source": "030.txt"
    }
  },
  {
    "id": "607.3.3.1",
    "text": "CONTEXT: 607 > 607.3 | CONTENT: 607.3.3.1 607.3.3.1 Fire damper actuation device. The fire damper actuation device shall meet one of the following requirements: 1. The operating temperature shall be approximately 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but no t less than 160\u00b0F (71.1\u00b0C). 2. The operating temperature shall be not more than 350\u00b0F (176.7\u00b0C) where located in a smoke control system complying with Section 909 of the New York City Building Code . [CONT.]: 607.3.3.1 Fire damper actuation device. The fire damper actuation device shall meet one of the following requirements: 1. The operating temperature shall be approximately 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but no t less than 160\u00b0F (71.1\u00b0C). 2. The operating temperature shall be not more than 350\u00b0F (176.7\u00b0C) where located in a smoke control system complying with Section 909 of the New York City Building Code . [CONT.]: 607.3.3.1 Fire damper actuation device. The fire damper actuation device shall meet one of the following requirements: 1. The operating temperature shall be approximately 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but no t less than 160\u00b0F (71.1\u00b0C). 2. The operating temperature shall be not more than 350\u00b0F (176.7\u00b0C) where located in a smoke control system complying with Section 909 of the New York City Building Code . [CONT.]: 607.3.3.1 Fire damper actuation device. The fire damper actuation device shall meet one of the following requirements: 1. The operating temperature shall be approximately 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but no t less than 160\u00b0F (71.1\u00b0C). 2. The operating temperature shall be not more than 350\u00b0F (176.7\u00b0C) where located in a smoke control system complying with Section 909 of the New York City Building Code . [CONT.]: 607.3.3.1 Fire damper actuation device. The fire damper actuation device shall meet one of the following requirements: 1. The operating temperature shall be approximately 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but no t less than 160\u00b0F (71.1\u00b0C). 2. The operating temperature shall be not more than 350\u00b0F (176.7\u00b0C) where located in a smoke control system complying with Section 909 of the New York City Building Code . [CONT.]: 607.3.3.1 Fire damper actuation device. The fire damper actuation device shall meet one of the following requirements: 1. The operating temperature shall be approximately 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but no t less than 160\u00b0F (71.1\u00b0C). 2. The operating temperature shall be not more than 350\u00b0F (176.7\u00b0C) where located in a smoke control system complying with Section 909 of the New York City Building Code . [CONT.]: 607.3.3.1 Fire damper actuation device. The fire damper actuation device shall meet one of the following requirements: 1. The operating temperature shall be approximately 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but no t less than 160\u00b0F (71.1\u00b0C). 2. The operating temperature shall be not more than 350\u00b0F (176.7\u00b0C) where located in a smoke control system complying with Section 909 of the New York City Building Code . [CONT.]: 607.3.3.1 Fire damper actuation device. The fire damper actuation device shall meet one of the following requirements: 1. The operating temperature shall be approximately 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but no t less than 160\u00b0F (71.1\u00b0C). 2. The operating temperature shall be not more than 350\u00b0F (176.7\u00b0C) where located in a smoke control system complying with Section 909 of the New York City Building Code . [CONT.]: 607.3.3.1 Fire damper actuation device. The fire damper actuation device shall meet one of the following requirements: 1. The operating temperature shall be approximately 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but no t less than 160\u00b0F (71.1\u00b0C). 2. The operating temperature shall be not more than 350\u00b0F (176.7\u00b0C) where located in a smoke control system complying with Section 909 of the New York City Building Code . [CONT.]: 607.3.3.1 Fire damper actuation device. The fire damper actuation device shall meet one of the following requirements: 1. The operating temperature shall be approximately 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but no t less than 160\u00b0F (71.1\u00b0C). 2. The operating temperature shall be not more than 350\u00b0F (176.7\u00b0C) where located in a smoke control system complying with Section 909 of the New York City Building Code . [CONT.]: 607.3.3.1 Fire damper actuation device. The fire damper actuation device shall meet one of the following requirements: 1. The operating temperature shall be approximately 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but no t less than 160\u00b0F (71.1\u00b0C). 2. The operating temperature shall be not more than 350\u00b0F (176.7\u00b0C) where located in a smoke control system complying with Section 909 of the New York City Building Code . [CONT.]: 607.3.3.1 Fire damper actuation device. The fire damper actuation device shall meet one of the following requirements: 1. The operating temperature shall be approximately 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but no t less than 160\u00b0F (71.1\u00b0C). 2. The operating temperature shall be not more than 350\u00b0F (176.7\u00b0C) where located in a smoke control system complying with Section 909 of the New York City Building Code .",
    "metadata": {
      "section_full": "607.3.3.1",
      "parent_major": "607",
      "parent_minor": "607.3",
      "source": "030.txt"
    }
  },
  {
    "id": "607.3.3.2",
    "text": "CONTEXT: 607 > 607.3 | CONTENT: 607.3.3.2 607.3.3.2 Smoke damper actuation. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance with Section 606 of this code and Section 907.3 of the New York City Building Code and one of the following methods, as applicable: 1. Where a smoke damper is installed wi thin a duct, a smoke detector shall be installed inside the duct or outside the duct with sampling tubes protruding into the duct. The detector or tubes within the duct shall be within 5 feet (1524 mm) of the damper. Air outlets and inlets shall not be loc ated between the detector or tubes and the damper. The detector shall be listed for the air velocity, temperature and humidity anticipated at the point where it is installed. Other than in mechanical smoke control systems, dampers shall be closed upon fan shutdown where local smoke detectors require a minimum velocity to operate. Exception: Duct smoke detectors will not be required at each smoke or combination fire smoke damper provided : 1. The supply fan shall shut down and all the smoke and combination fi re smoke dampers associated with the supply system automatically close upon actuation of any automatic alarm initiating device on the floor(s). 2. Nonducted return air systems shall have a smoke detector located within 5 feet (1.5 m) upstream of each retur n air or transfer opening in a fire barrier rated 2 - hour or greater. 3. Ducted return air systems shall have a duct smoke detector located within 5 feet (1.5 m) of a smoke damper; additional smoke detectors are not required at smoke and combination fire sm oke dampers located downstream where there are no additional return air inlets. 2. Where a smoke damper is installed above smoke barrier doors in a smoke barrier, a spot - type detector shall be installed on either side of the smoke barrier door opening. The detector shall be listed for releasing service if used for direct interface with the damper. 3. Where a smoke damper is installed within an unducted opening in a wall, a spot - type detector shall be installed within 5 feet (1524 mm) horizontally of the damper. The detector shall be listed for releasing service if used for direct interface with the damper. 4. Where a smoke damper is installed in a corri dor wall or ceiling, the damper shall be permitted to be controlled by a smoke detection system installed in the corridor. \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 607.3.3.2 Smoke damper actuation. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance with Section 606 of this code and Section 907.3 of the New York City Building Code and one of the following methods, as applicable: 1. Where a smoke damper is installed wi thin a duct, a smoke detector shall be installed inside the duct or outside the duct with sampling tubes protruding into the duct. The detector or tubes within the duct shall be within 5 feet (1524 mm) of the damper. Air outlets and inlets shall not be loc ated between the detector or tubes and the damper. The detector shall be listed for the air velocity, temperature and humidity anticipated at the point where it is installed. Other than in mechanical smoke control systems, dampers shall be closed upon fan shutdown where local smoke detectors require a minimum velocity to operate. Exception: Duct smoke detectors will not be required at each smoke or combination fire smoke damper provided : 1. The supply fan shall shut down and all the smoke and combination fi re smoke dampers associated with the supply system automatically close upon actuation of any automatic alarm initiating device on the floor(s). 2. Nonducted return air systems shall have a smoke detector located within 5 feet (1.5 m) upstream of each retur n air or transfer opening in a fire barrier rated 2 - hour or greater. 3. Ducted return air systems shall have a duct smoke detector located within 5 feet (1.5 m) of a smoke damper; additional smoke detectors are not required at smoke and combination fire sm oke dampers located downstream where there are no additional return air inlets. 2. Where a smoke damper is installed above smoke barrier doors in a smoke barrier, a spot - type detector shall be installed on either side of the smoke barrier door opening. The detector shall be listed for releasing service if used for direct interface with the damper. 3. Where a smoke damper is installed within an unducted opening in a wall, a spot - type detector shall be installed within 5 feet (1524 mm) horizontally of the damper. The detector shall be listed for releasing service if used for direct interface with the damper. 4. Where a smoke damper is installed in a corri dor wall or ceiling, the damper shall be permitted to be controlled by a smoke detection system installed in the corridor. \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 607.3.3.2 Smoke damper actuation. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance with Section 606 of this code and Section 907.3 of the New York City Building Code and one of the following methods, as applicable: 1. Where a smoke damper is installed wi thin a duct, a smoke detector shall be installed inside the duct or outside the duct with sampling tubes protruding into the duct. The detector or tubes within the duct shall be within 5 feet (1524 mm) of the damper. Air outlets and inlets shall not be loc ated between the detector or tubes and the damper. The detector shall be listed for the air velocity, temperature and humidity anticipated at the point where it is installed. Other than in mechanical smoke control systems, dampers shall be closed upon fan shutdown where local smoke detectors require a minimum velocity to operate. Exception: Duct smoke detectors will not be required at each smoke or combination fire smoke damper provided : 1. The supply fan shall shut down and all the smoke and combination fi re smoke dampers associated with the supply system automatically close upon actuation of any automatic alarm initiating device on the floor(s). 2. Nonducted return air systems shall have a smoke detector located within 5 feet (1.5 m) upstream of each retur n air or transfer opening in a fire barrier rated 2 - hour or greater. 3. Ducted return air systems shall have a duct smoke detector located within 5 feet (1.5 m) of a smoke damper; additional smoke detectors are not required at smoke and combination fire sm oke dampers located downstream where there are no additional return air inlets. 2. Where a smoke damper is installed above smoke barrier doors in a smoke barrier, a spot - type detector shall be installed on either side of the smoke barrier door opening. The detector shall be listed for releasing service if used for direct interface with the damper. 3. Where a smoke damper is installed within an unducted opening in a wall, a spot - type detector shall be installed within 5 feet (1524 mm) horizontally of the damper. The detector shall be listed for releasing service if used for direct interface with the damper. 4. Where a smoke damper is installed in a corri dor wall or ceiling, the damper shall be permitted to be controlled by a smoke detection system installed in the corridor. DUCT SYSTEMS 5. Where a smoke detection system is installed in all areas served by the duct in which the damper will be located, the smoke dampers shall be permitted to be controlled by the smoke detection system. 6. Smoke dampers that are part of an engineered smoke control system shall be capable of being positioned manually from a command station. Such positioning devices shall be provided for supply and return/exhaust dampers grouped by floor and by type. Damper switch positions shall indicate whether the related dampers are commanded to be either open or closed. Smoke damper positioning switches shall be located at the Fire Comman d Station, or in a Mechanical Control Center in buildings without a Fire Command Station. [CONT.]: 607.3.3.2 Smoke damper actuation. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance with Section 606 of this code and Section 907.3 of the New York City Building Code and one of the following methods, as applicable: 1. Where a smoke damper is installed wi thin a duct, a smoke detector shall be installed inside the duct or outside the duct with sampling tubes protruding into the duct. The detector or tubes within the duct shall be within 5 feet (1524 mm) of the damper. Air outlets and inlets shall not be loc ated between the detector or tubes and the damper. The detector shall be listed for the air velocity, temperature and humidity anticipated at the point where it is installed. Other than in mechanical smoke control systems, dampers shall be closed upon fan shutdown where local smoke detectors require a minimum velocity to operate. Exception: Duct smoke detectors will not be required at each smoke or combination fire smoke damper provided : 1. The supply fan shall shut down and all the smoke and combination fi re smoke dampers associated with the supply system automatically close upon actuation of any automatic alarm initiating device on the floor(s). 2. Nonducted return air systems shall have a smoke detector located within 5 feet (1.5 m) upstream of each retur n air or transfer opening in a fire barrier rated 2 - hour or greater. 3. Ducted return air systems shall have a duct smoke detector located within 5 feet (1.5 m) of a smoke damper; additional smoke detectors are not required at smoke and combination fire sm oke dampers located downstream where there are no additional return air inlets. 2. Where a smoke damper is installed above smoke barrier doors in a smoke barrier, a spot - type detector shall be installed on either side of the smoke barrier door opening. The detector shall be listed for releasing service if used for direct interface with the damper. 3. Where a smoke damper is installed within an unducted opening in a wall, a spot - type detector shall be installed within 5 feet (1524 mm) horizontally of the damper. The detector shall be listed for releasing service if used for direct interface with the damper. 4. Where a smoke damper is installed in a corri dor wall or ceiling, the damper shall be permitted to be controlled by a smoke detection system installed in the corridor. DUCT SYSTEMS 5. Where a smoke detection system is installed in all areas served by the duct in which the damper will be located, the smoke dampers shall be permitted to be controlled by the smoke detection system. 6. Smoke dampers that are part of an engineered smoke control system shall be capable of being positioned manually from a command station. Such positioning devices shall be provided for supply and return/exhaust dampers grouped by floor and by type. Damper switch positions shall indicate whether the related dampers are commanded to be either open or closed. Smoke damper positioning switches shall be located at the Fire Comman d Station, or in a Mechanical Control Center in buildings without a Fire Command Station. [CONT.]: 607.3.3.2 Smoke damper actuation. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance with Section 606 of this code and Section 907.3 of the New York City Building Code and one of the following methods, as applicable: 1. Where a smoke damper is installed wi thin a duct, a smoke detector shall be installed inside the duct or outside the duct with sampling tubes protruding into the duct. The detector or tubes within the duct shall be within 5 feet (1524 mm) of the damper. Air outlets and inlets shall not be loc ated between the detector or tubes and the damper. The detector shall be listed for the air velocity, temperature and humidity anticipated at the point where it is installed. Other than in mechanical smoke control systems, dampers shall be closed upon fan shutdown where local smoke detectors require a minimum velocity to operate. Exception: Duct smoke detectors will not be required at each smoke or combination fire smoke damper provided : 1. The supply fan shall shut down and all the smoke and combination fi re smoke dampers associated with the supply system automatically close upon actuation of any automatic alarm initiating device on the floor(s). 2. Nonducted return air systems shall have a smoke detector located within 5 feet (1.5 m) upstream of each retur n air or transfer opening in a fire barrier rated 2 - hour or greater. 3. Ducted return air systems shall have a duct smoke detector located within 5 feet (1.5 m) of a smoke damper; additional smoke detectors are not required at smoke and combination fire sm oke dampers located downstream where there are no additional return air inlets. 2. Where a smoke damper is installed above smoke barrier doors in a smoke barrier, a spot - type detector shall be installed on either side of the smoke barrier door opening. The detector shall be listed for releasing service if used for direct interface with the damper. 3. Where a smoke damper is installed within an unducted opening in a wall, a spot - type detector shall be installed within 5 feet (1524 mm) horizontally of the damper. The detector shall be listed for releasing service if used for direct interface with the damper. 4. Where a smoke damper is installed in a corri dor wall or ceiling, the damper shall be permitted to be controlled by a smoke detection system installed in the corridor. DUCT SYSTEMS 5. Where a smoke detection system is installed in all areas served by the duct in which the damper will be located, the smoke dampers shall be permitted to be controlled by the smoke detection system. 6. Smoke dampers that are part of an engineered smoke control system shall be capable of being positioned manually from a command station. Such positioning devices shall be provided for supply and return/exhaust dampers grouped by floor and by type. Damper switch positions shall indicate whether the related dampers are commanded to be either open or closed. Smoke damper positioning switches shall be located at the Fire Comman d Station, or in a Mechanical Control Center in buildings without a Fire Command Station. [CONT.]: 607.3.3.2 Smoke damper actuation. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance with Section 606 of this code and Section 907.3 of the New York City Building Code and one of the following methods, as applicable: 1. Where a smoke damper is installed wi thin a duct, a smoke detector shall be installed inside the duct or outside the duct with sampling tubes protruding into the duct. The detector or tubes within the duct shall be within 5 feet (1524 mm) of the damper. Air outlets and inlets shall not be loc ated between the detector or tubes and the damper. The detector shall be listed for the air velocity, temperature and humidity anticipated at the point where it is installed. Other than in mechanical smoke control systems, dampers shall be closed upon fan shutdown where local smoke detectors require a minimum velocity to operate. Exception: Duct smoke detectors will not be required at each smoke or combination fire smoke damper provided : 1. The supply fan shall shut down and all the smoke and combination fi re smoke dampers associated with the supply system automatically close upon actuation of any automatic alarm initiating device on the floor(s). 2. Nonducted return air systems shall have a smoke detector located within 5 feet (1.5 m) upstream of each retur n air or transfer opening in a fire barrier rated 2 - hour or greater. 3. Ducted return air systems shall have a duct smoke detector located within 5 feet (1.5 m) of a smoke damper; additional smoke detectors are not required at smoke and combination fire sm oke dampers located downstream where there are no additional return air inlets. 2. Where a smoke damper is installed above smoke barrier doors in a smoke barrier, a spot - type detector shall be installed on either side of the smoke barrier door opening. The detector shall be listed for releasing service if used for direct interface with the damper. 3. Where a smoke damper is installed within an unducted opening in a wall, a spot - type detector shall be installed within 5 feet (1524 mm) horizontally of the damper. The detector shall be listed for releasing service if used for direct interface with the damper. 4. Where a smoke damper is installed in a corri dor wall or ceiling, the damper shall be permitted to be controlled by a smoke detection system installed in the corridor. DUCT SYSTEMS 5. Where a smoke detection system is installed in all areas served by the duct in which the damper will be located, the smoke dampers shall be permitted to be controlled by the smoke detection system. 6. Smoke dampers that are part of an engineered smoke control system shall be capable of being positioned manually from a command station. Such positioning devices shall be provided for supply and return/exhaust dampers grouped by floor and by type. Damper switch positions shall indicate whether the related dampers are commanded to be either open or closed. Smoke damper positioning switches shall be located at the Fire Comman d Station, or in a Mechanical Control Center in buildings without a Fire Command Station. [CONT.]: 607.3.3.2 Smoke damper actuation. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance with Section 606 of this code and Section 907.3 of the New York City Building Code and one of the following methods, as applicable: 1. Where a smoke damper is installed wi thin a duct, a smoke detector shall be installed inside the duct or outside the duct with sampling tubes protruding into the duct. The detector or tubes within the duct shall be within 5 feet (1524 mm) of the damper. Air outlets and inlets shall not be loc ated between the detector or tubes and the damper. The detector shall be listed for the air velocity, temperature and humidity anticipated at the point where it is installed. Other than in mechanical smoke control systems, dampers shall be closed upon fan shutdown where local smoke detectors require a minimum velocity to operate. Exception: Duct smoke detectors will not be required at each smoke or combination fire smoke damper provided : 1. The supply fan shall shut down and all the smoke and combination fi re smoke dampers associated with the supply system automatically close upon actuation of any automatic alarm initiating device on the floor(s). 2. Nonducted return air systems shall have a smoke detector located within 5 feet (1.5 m) upstream of each retur n air or transfer opening in a fire barrier rated 2 - hour or greater. 3. Ducted return air systems shall have a duct smoke detector located within 5 feet (1.5 m) of a smoke damper; additional smoke detectors are not required at smoke and combination fire sm oke dampers located downstream where there are no additional return air inlets. 2. Where a smoke damper is installed above smoke barrier doors in a smoke barrier, a spot - type detector shall be installed on either side of the smoke barrier door opening. The detector shall be listed for releasing service if used for direct interface with the damper. 3. Where a smoke damper is installed within an unducted opening in a wall, a spot - type detector shall be installed within 5 feet (1524 mm) horizontally of the damper. The detector shall be listed for releasing service if used for direct interface with the damper. 4. Where a smoke damper is installed in a corri dor wall or ceiling, the damper shall be permitted to be controlled by a smoke detection system installed in the corridor. DUCT SYSTEMS 5. Where a smoke detection system is installed in all areas served by the duct in which the damper will be located, the smoke dampers shall be permitted to be controlled by the smoke detection system. 6. Smoke dampers that are part of an engineered smoke control system shall be capable of being positioned manually from a command station. Such positioning devices shall be provided for supply and return/exhaust dampers grouped by floor and by type. Damper switch positions shall indicate whether the related dampers are commanded to be either open or closed. Smoke damper positioning switches shall be located at the Fire Comman d Station, or in a Mechanical Control Center in buildings without a Fire Command Station. [CONT.]: 607.3.3.2 Smoke damper actuation. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance with Section 606 of this code and Section 907.3 of the New York City Building Code and one of the following methods, as applicable: 1. Where a smoke damper is installed wi thin a duct, a smoke detector shall be installed inside the duct or outside the duct with sampling tubes protruding into the duct. The detector or tubes within the duct shall be within 5 feet (1524 mm) of the damper. Air outlets and inlets shall not be loc ated between the detector or tubes and the damper. The detector shall be listed for the air velocity, temperature and humidity anticipated at the point where it is installed. Other than in mechanical smoke control systems, dampers shall be closed upon fan shutdown where local smoke detectors require a minimum velocity to operate. Exception: Duct smoke detectors will not be required at each smoke or combination fire smoke damper provided : 1. The supply fan shall shut down and all the smoke and combination fi re smoke dampers associated with the supply system automatically close upon actuation of any automatic alarm initiating device on the floor(s). 2. Nonducted return air systems shall have a smoke detector located within 5 feet (1.5 m) upstream of each retur n air or transfer opening in a fire barrier rated 2 - hour or greater. 3. Ducted return air systems shall have a duct smoke detector located within 5 feet (1.5 m) of a smoke damper; additional smoke detectors are not required at smoke and combination fire sm oke dampers located downstream where there are no additional return air inlets. 2. Where a smoke damper is installed above smoke barrier doors in a smoke barrier, a spot - type detector shall be installed on either side of the smoke barrier door opening. The detector shall be listed for releasing service if used for direct interface with the damper. 3. Where a smoke damper is installed within an unducted opening in a wall, a spot - type detector shall be installed within 5 feet (1524 mm) horizontally of the damper. The detector shall be listed for releasing service if used for direct interface with the damper. 4. Where a smoke damper is installed in a corri dor wall or ceiling, the damper shall be permitted to be controlled by a smoke detection system installed in the corridor. DUCT SYSTEMS 5. Where a smoke detection system is installed in all areas served by the duct in which the damper will be located, the smoke dampers shall be permitted to be controlled by the smoke detection system. 6. Smoke dampers that are part of an engineered smoke control system shall be capable of being positioned manually from a command station. Such positioning devices shall be provided for supply and return/exhaust dampers grouped by floor and by type. Damper switch positions shall indicate whether the related dampers are commanded to be either open or closed. Smoke damper positioning switches shall be located at the Fire Comman d Station, or in a Mechanical Control Center in buildings without a Fire Command Station. [CONT.]: 607.3.3.2 Smoke damper actuation. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance with Section 606 of this code and Section 907.3 of the New York City Building Code and one of the following methods, as applicable: 1. Where a smoke damper is installed wi thin a duct, a smoke detector shall be installed inside the duct or outside the duct with sampling tubes protruding into the duct. The detector or tubes within the duct shall be within 5 feet (1524 mm) of the damper. Air outlets and inlets shall not be loc ated between the detector or tubes and the damper. The detector shall be listed for the air velocity, temperature and humidity anticipated at the point where it is installed. Other than in mechanical smoke control systems, dampers shall be closed upon fan shutdown where local smoke detectors require a minimum velocity to operate. Exception: Duct smoke detectors will not be required at each smoke or combination fire smoke damper provided : 1. The supply fan shall shut down and all the smoke and combination fi re smoke dampers associated with the supply system automatically close upon actuation of any automatic alarm initiating device on the floor(s). 2. Nonducted return air systems shall have a smoke detector located within 5 feet (1.5 m) upstream of each retur n air or transfer opening in a fire barrier rated 2 - hour or greater. 3. Ducted return air systems shall have a duct smoke detector located within 5 feet (1.5 m) of a smoke damper; additional smoke detectors are not required at smoke and combination fire sm oke dampers located downstream where there are no additional return air inlets. 2. Where a smoke damper is installed above smoke barrier doors in a smoke barrier, a spot - type detector shall be installed on either side of the smoke barrier door opening. The detector shall be listed for releasing service if used for direct interface with the damper. 3. Where a smoke damper is installed within an unducted opening in a wall, a spot - type detector shall be installed within 5 feet (1524 mm) horizontally of the damper. The detector shall be listed for releasing service if used for direct interface with the damper. 4. Where a smoke damper is installed in a corri dor wall or ceiling, the damper shall be permitted to be controlled by a smoke detection system installed in the corridor. DUCT SYSTEMS 5. Where a smoke detection system is installed in all areas served by the duct in which the damper will be located, the smoke dampers shall be permitted to be controlled by the smoke detection system. 6. Smoke dampers that are part of an engineered smoke control system shall be capable of being positioned manually from a command station. Such positioning devices shall be provided for supply and return/exhaust dampers grouped by floor and by type. Damper switch positions shall indicate whether the related dampers are commanded to be either open or closed. Smoke damper positioning switches shall be located at the Fire Comman d Station, or in a Mechanical Control Center in buildings without a Fire Command Station. [CONT.]: 607.3.3.2 Smoke damper actuation. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance with Section 606 of this code and Section 907.3 of the New York City Building Code and one of the following methods, as applicable: 1. Where a smoke damper is installed wi thin a duct, a smoke detector shall be installed inside the duct or outside the duct with sampling tubes protruding into the duct. The detector or tubes within the duct shall be within 5 feet (1524 mm) of the damper. Air outlets and inlets shall not be loc ated between the detector or tubes and the damper. The detector shall be listed for the air velocity, temperature and humidity anticipated at the point where it is installed. Other than in mechanical smoke control systems, dampers shall be closed upon fan shutdown where local smoke detectors require a minimum velocity to operate. Exception: Duct smoke detectors will not be required at each smoke or combination fire smoke damper provided : 1. The supply fan shall shut down and all the smoke and combination fi re smoke dampers associated with the supply system automatically close upon actuation of any automatic alarm initiating device on the floor(s). 2. Nonducted return air systems shall have a smoke detector located within 5 feet (1.5 m) upstream of each retur n air or transfer opening in a fire barrier rated 2 - hour or greater. 3. Ducted return air systems shall have a duct smoke detector located within 5 feet (1.5 m) of a smoke damper; additional smoke detectors are not required at smoke and combination fire sm oke dampers located downstream where there are no additional return air inlets. 2. Where a smoke damper is installed above smoke barrier doors in a smoke barrier, a spot - type detector shall be installed on either side of the smoke barrier door opening. The detector shall be listed for releasing service if used for direct interface with the damper. 3. Where a smoke damper is installed within an unducted opening in a wall, a spot - type detector shall be installed within 5 feet (1524 mm) horizontally of the damper. The detector shall be listed for releasing service if used for direct interface with the damper. 4. Where a smoke damper is installed in a corri dor wall or ceiling, the damper shall be permitted to be controlled by a smoke detection system installed in the corridor. DUCT SYSTEMS 5. Where a smoke detection system is installed in all areas served by the duct in which the damper will be located, the smoke dampers shall be permitted to be controlled by the smoke detection system. 6. Smoke dampers that are part of an engineered smoke control system shall be capable of being positioned manually from a command station. Such positioning devices shall be provided for supply and return/exhaust dampers grouped by floor and by type. Damper switch positions shall indicate whether the related dampers are commanded to be either open or closed. Smoke damper positioning switches shall be located at the Fire Comman d Station, or in a Mechanical Control Center in buildings without a Fire Command Station. [CONT.]: 607.3.3.2 Smoke damper actuation. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance with Section 606 of this code and Section 907.3 of the New York City Building Code and one of the following methods, as applicable: 1. Where a smoke damper is installed wi thin a duct, a smoke detector shall be installed inside the duct or outside the duct with sampling tubes protruding into the duct. The detector or tubes within the duct shall be within 5 feet (1524 mm) of the damper. Air outlets and inlets shall not be loc ated between the detector or tubes and the damper. The detector shall be listed for the air velocity, temperature and humidity anticipated at the point where it is installed. Other than in mechanical smoke control systems, dampers shall be closed upon fan shutdown where local smoke detectors require a minimum velocity to operate. Exception: Duct smoke detectors will not be required at each smoke or combination fire smoke damper provided : 1. The supply fan shall shut down and all the smoke and combination fi re smoke dampers associated with the supply system automatically close upon actuation of any automatic alarm initiating device on the floor(s). 2. Nonducted return air systems shall have a smoke detector located within 5 feet (1.5 m) upstream of each retur n air or transfer opening in a fire barrier rated 2 - hour or greater. 3. Ducted return air systems shall have a duct smoke detector located within 5 feet (1.5 m) of a smoke damper; additional smoke detectors are not required at smoke and combination fire sm oke dampers located downstream where there are no additional return air inlets. 2. Where a smoke damper is installed above smoke barrier doors in a smoke barrier, a spot - type detector shall be installed on either side of the smoke barrier door opening. The detector shall be listed for releasing service if used for direct interface with the damper. 3. Where a smoke damper is installed within an unducted opening in a wall, a spot - type detector shall be installed within 5 feet (1524 mm) horizontally of the damper. The detector shall be listed for releasing service if used for direct interface with the damper. 4. Where a smoke damper is installed in a corri dor wall or ceiling, the damper shall be permitted to be controlled by a smoke detection system installed in the corridor. DUCT SYSTEMS 5. Where a smoke detection system is installed in all areas served by the duct in which the damper will be located, the smoke dampers shall be permitted to be controlled by the smoke detection system. 6. Smoke dampers that are part of an engineered smoke control system shall be capable of being positioned manually from a command station. Such positioning devices shall be provided for supply and return/exhaust dampers grouped by floor and by type. Damper switch positions shall indicate whether the related dampers are commanded to be either open or closed. Smoke damper positioning switches shall be located at the Fire Comman d Station, or in a Mechanical Control Center in buildings without a Fire Command Station. [CONT.]: 607.3.3.2 Smoke damper actuation. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance with Section 606 of this code and Section 907.3 of the New York City Building Code and one of the following methods, as applicable: 1. Where a smoke damper is installed wi thin a duct, a smoke detector shall be installed inside the duct or outside the duct with sampling tubes protruding into the duct. The detector or tubes within the duct shall be within 5 feet (1524 mm) of the damper. Air outlets and inlets shall not be loc ated between the detector or tubes and the damper. The detector shall be listed for the air velocity, temperature and humidity anticipated at the point where it is installed. Other than in mechanical smoke control systems, dampers shall be closed upon fan shutdown where local smoke detectors require a minimum velocity to operate. Exception: Duct smoke detectors will not be required at each smoke or combination fire smoke damper provided : 1. The supply fan shall shut down and all the smoke and combination fi re smoke dampers associated with the supply system automatically close upon actuation of any automatic alarm initiating device on the floor(s). 2. Nonducted return air systems shall have a smoke detector located within 5 feet (1.5 m) upstream of each retur n air or transfer opening in a fire barrier rated 2 - hour or greater. 3. Ducted return air systems shall have a duct smoke detector located within 5 feet (1.5 m) of a smoke damper; additional smoke detectors are not required at smoke and combination fire sm oke dampers located downstream where there are no additional return air inlets. 2. Where a smoke damper is installed above smoke barrier doors in a smoke barrier, a spot - type detector shall be installed on either side of the smoke barrier door opening. The detector shall be listed for releasing service if used for direct interface with the damper. 3. Where a smoke damper is installed within an unducted opening in a wall, a spot - type detector shall be installed within 5 feet (1524 mm) horizontally of the damper. The detector shall be listed for releasing service if used for direct interface with the damper. 4. Where a smoke damper is installed in a corri dor wall or ceiling, the damper shall be permitted to be controlled by a smoke detection system installed in the corridor. DUCT SYSTEMS 5. Where a smoke detection system is installed in all areas served by the duct in which the damper will be located, the smoke dampers shall be permitted to be controlled by the smoke detection system. 6. Smoke dampers that are part of an engineered smoke control system shall be capable of being positioned manually from a command station. Such positioning devices shall be provided for supply and return/exhaust dampers grouped by floor and by type. Damper switch positions shall indicate whether the related dampers are commanded to be either open or closed. Smoke damper positioning switches shall be located at the Fire Comman d Station, or in a Mechanical Control Center in buildings without a Fire Command Station.",
    "metadata": {
      "section_full": "607.3.3.2",
      "parent_major": "607",
      "parent_minor": "607.3",
      "source": "030.txt"
    }
  },
  {
    "id": "607.3.3.3",
    "text": "CONTEXT: 607 > 607.3 | CONTENT: 607.3.3.3 607.3.3.3 Combination fire/smoke damper actuation. Combination fire/smoke damper actuation shall be in accordance with Sections 607.3.3.1 and 607.3.3.2. Combination f ire/smoke dampers installed in smoke control system shaft penetrations shall not be activated by local area smoke detection unless it is secondary to the smoke management system controls. [CONT.]: 607.3.3.3 Combination fire/smoke damper actuation. Combination fire/smoke damper actuation shall be in accordance with Sections 607.3.3.1 and 607.3.3.2. Combination f ire/smoke dampers installed in smoke control system shaft penetrations shall not be activated by local area smoke detection unless it is secondary to the smoke management system controls. [CONT.]: 607.3.3.3 Combination fire/smoke damper actuation. Combination fire/smoke damper actuation shall be in accordance with Sections 607.3.3.1 and 607.3.3.2. Combination f ire/smoke dampers installed in smoke control system shaft penetrations shall not be activated by local area smoke detection unless it is secondary to the smoke management system controls. [CONT.]: 607.3.3.3 Combination fire/smoke damper actuation. Combination fire/smoke damper actuation shall be in accordance with Sections 607.3.3.1 and 607.3.3.2. Combination f ire/smoke dampers installed in smoke control system shaft penetrations shall not be activated by local area smoke detection unless it is secondary to the smoke management system controls. [CONT.]: 607.3.3.3 Combination fire/smoke damper actuation. Combination fire/smoke damper actuation shall be in accordance with Sections 607.3.3.1 and 607.3.3.2. Combination f ire/smoke dampers installed in smoke control system shaft penetrations shall not be activated by local area smoke detection unless it is secondary to the smoke management system controls. [CONT.]: 607.3.3.3 Combination fire/smoke damper actuation. Combination fire/smoke damper actuation shall be in accordance with Sections 607.3.3.1 and 607.3.3.2. Combination f ire/smoke dampers installed in smoke control system shaft penetrations shall not be activated by local area smoke detection unless it is secondary to the smoke management system controls. [CONT.]: 607.3.3.3 Combination fire/smoke damper actuation. Combination fire/smoke damper actuation shall be in accordance with Sections 607.3.3.1 and 607.3.3.2. Combination f ire/smoke dampers installed in smoke control system shaft penetrations shall not be activated by local area smoke detection unless it is secondary to the smoke management system controls. [CONT.]: 607.3.3.3 Combination fire/smoke damper actuation. Combination fire/smoke damper actuation shall be in accordance with Sections 607.3.3.1 and 607.3.3.2. Combination f ire/smoke dampers installed in smoke control system shaft penetrations shall not be activated by local area smoke detection unless it is secondary to the smoke management system controls. [CONT.]: 607.3.3.3 Combination fire/smoke damper actuation. Combination fire/smoke damper actuation shall be in accordance with Sections 607.3.3.1 and 607.3.3.2. Combination f ire/smoke dampers installed in smoke control system shaft penetrations shall not be activated by local area smoke detection unless it is secondary to the smoke management system controls. [CONT.]: 607.3.3.3 Combination fire/smoke damper actuation. Combination fire/smoke damper actuation shall be in accordance with Sections 607.3.3.1 and 607.3.3.2. Combination f ire/smoke dampers installed in smoke control system shaft penetrations shall not be activated by local area smoke detection unless it is secondary to the smoke management system controls.",
    "metadata": {
      "section_full": "607.3.3.3",
      "parent_major": "607",
      "parent_minor": "607.3",
      "source": "030.txt"
    }
  },
  {
    "id": "607.3.3.4",
    "text": "CONTEXT: 607 > 607.3 | CONTENT: 607.3.3.4 607.3.3.4 Ceiling radiation damper actuation. The operating temperat ure of a ceiling radiation damper actuation device shall be 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but not less than 160\u00b0F (71.1\u00b0C). [CONT.]: 607.3.3.4 Ceiling radiation damper actuation. The operating temperat ure of a ceiling radiation damper actuation device shall be 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but not less than 160\u00b0F (71.1\u00b0C). [CONT.]: 607.3.3.4 Ceiling radiation damper actuation. The operating temperat ure of a ceiling radiation damper actuation device shall be 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but not less than 160\u00b0F (71.1\u00b0C). [CONT.]: 607.3.3.4 Ceiling radiation damper actuation. The operating temperat ure of a ceiling radiation damper actuation device shall be 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but not less than 160\u00b0F (71.1\u00b0C). [CONT.]: 607.3.3.4 Ceiling radiation damper actuation. The operating temperat ure of a ceiling radiation damper actuation device shall be 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but not less than 160\u00b0F (71.1\u00b0C). [CONT.]: 607.3.3.4 Ceiling radiation damper actuation. The operating temperat ure of a ceiling radiation damper actuation device shall be 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but not less than 160\u00b0F (71.1\u00b0C). [CONT.]: 607.3.3.4 Ceiling radiation damper actuation. The operating temperat ure of a ceiling radiation damper actuation device shall be 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but not less than 160\u00b0F (71.1\u00b0C). [CONT.]: 607.3.3.4 Ceiling radiation damper actuation. The operating temperat ure of a ceiling radiation damper actuation device shall be 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but not less than 160\u00b0F (71.1\u00b0C). [CONT.]: 607.3.3.4 Ceiling radiation damper actuation. The operating temperat ure of a ceiling radiation damper actuation device shall be 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but not less than 160\u00b0F (71.1\u00b0C). [CONT.]: 607.3.3.4 Ceiling radiation damper actuation. The operating temperat ure of a ceiling radiation damper actuation device shall be 50\u00b0F (10\u00b0C) above the normal temperature within the duct system, but not less than 160\u00b0F (71.1\u00b0C).",
    "metadata": {
      "section_full": "607.3.3.4",
      "parent_major": "607",
      "parent_minor": "607.3",
      "source": "030.txt"
    }
  },
  {
    "id": "607.4",
    "text": "CONTEXT: 607 > 607.4 | CONTENT: 607.4 607.4 Access and identification. Fire and smoke dampers shall be provided with an approved means of access, large enough to permit inspection and maintenance of the damper and its operating parts. The access shall not affect the integrity of fire - resistance - rated assemblies. The access openings shall not reduce the fire - resistance rating of the assemb ly. Access points shall be permanently identified on the exterior by a label having letters not less than 0.5 inch (12.7 mm) in height reading : FIRE/SMOKE DAMPER, SMOKE DAMPER or FIRE DAMPER , followed by an identification marking that is individual and uni que to the damper accessed . Access doors in ducts shall be tight fitting and suitable for the required duct construction. [CONT.]: 607.4 Access and identification. Fire and smoke dampers shall be provided with an approved means of access, large enough to permit inspection and maintenance of the damper and its operating parts. The access shall not affect the integrity of fire - resistance - rated assemblies. The access openings shall not reduce the fire - resistance rating of the assemb ly. Access points shall be permanently identified on the exterior by a label having letters not less than 0.5 inch (12.7 mm) in height reading : FIRE/SMOKE DAMPER, SMOKE DAMPER or FIRE DAMPER , followed by an identification marking that is individual and uni que to the damper accessed . Access doors in ducts shall be tight fitting and suitable for the required duct construction. [CONT.]: 607.4 Access and identification. Fire and smoke dampers shall be provided with an approved means of access, large enough to permit inspection and maintenance of the damper and its operating parts. The access shall not affect the integrity of fire - resistance - rated assemblies. The access openings shall not reduce the fire - resistance rating of the assemb ly. Access points shall be permanently identified on the exterior by a label having letters not less than 0.5 inch (12.7 mm) in height reading : FIRE/SMOKE DAMPER, SMOKE DAMPER or FIRE DAMPER , followed by an identification marking that is individual and uni que to the damper accessed . Access doors in ducts shall be tight fitting and suitable for the required duct construction. [CONT.]: 607.4 Access and identification. Fire and smoke dampers shall be provided with an approved means of access, large enough to permit inspection and maintenance of the damper and its operating parts. The access shall not affect the integrity of fire - resistance - rated assemblies. The access openings shall not reduce the fire - resistance rating of the assemb ly. Access points shall be permanently identified on the exterior by a label having letters not less than 0.5 inch (12.7 mm) in height reading : FIRE/SMOKE DAMPER, SMOKE DAMPER or FIRE DAMPER , followed by an identification marking that is individual and uni que to the damper accessed . Access doors in ducts shall be tight fitting and suitable for the required duct construction. [CONT.]: 607.4 Access and identification. Fire and smoke dampers shall be provided with an approved means of access, large enough to permit inspection and maintenance of the damper and its operating parts. The access shall not affect the integrity of fire - resistance - rated assemblies. The access openings shall not reduce the fire - resistance rating of the assemb ly. Access points shall be permanently identified on the exterior by a label having letters not less than 0.5 inch (12.7 mm) in height reading : FIRE/SMOKE DAMPER, SMOKE DAMPER or FIRE DAMPER , followed by an identification marking that is individual and uni que to the damper accessed . Access doors in ducts shall be tight fitting and suitable for the required duct construction. [CONT.]: 607.4 Access and identification. Fire and smoke dampers shall be provided with an approved means of access, large enough to permit inspection and maintenance of the damper and its operating parts. The access shall not affect the integrity of fire - resistance - rated assemblies. The access openings shall not reduce the fire - resistance rating of the assemb ly. Access points shall be permanently identified on the exterior by a label having letters not less than 0.5 inch (12.7 mm) in height reading : FIRE/SMOKE DAMPER, SMOKE DAMPER or FIRE DAMPER , followed by an identification marking that is individual and uni que to the damper accessed . Access doors in ducts shall be tight fitting and suitable for the required duct construction. [CONT.]: 607.4 Access and identification. Fire and smoke dampers shall be provided with an approved means of access, large enough to permit inspection and maintenance of the damper and its operating parts. The access shall not affect the integrity of fire - resistance - rated assemblies. The access openings shall not reduce the fire - resistance rating of the assemb ly. Access points shall be permanently identified on the exterior by a label having letters not less than 0.5 inch (12.7 mm) in height reading : FIRE/SMOKE DAMPER, SMOKE DAMPER or FIRE DAMPER , followed by an identification marking that is individual and uni que to the damper accessed . Access doors in ducts shall be tight fitting and suitable for the required duct construction. [CONT.]: 607.4 Access and identification. Fire and smoke dampers shall be provided with an approved means of access, large enough to permit inspection and maintenance of the damper and its operating parts. The access shall not affect the integrity of fire - resistance - rated assemblies. The access openings shall not reduce the fire - resistance rating of the assemb ly. Access points shall be permanently identified on the exterior by a label having letters not less than 0.5 inch (12.7 mm) in height reading : FIRE/SMOKE DAMPER, SMOKE DAMPER or FIRE DAMPER , followed by an identification marking that is individual and uni que to the damper accessed . Access doors in ducts shall be tight fitting and suitable for the required duct construction. [CONT.]: 607.4 Access and identification. Fire and smoke dampers shall be provided with an approved means of access, large enough to permit inspection and maintenance of the damper and its operating parts. The access shall not affect the integrity of fire - resistance - rated assemblies. The access openings shall not reduce the fire - resistance rating of the assemb ly. Access points shall be permanently identified on the exterior by a label having letters not less than 0.5 inch (12.7 mm) in height reading : FIRE/SMOKE DAMPER, SMOKE DAMPER or FIRE DAMPER , followed by an identification marking that is individual and uni que to the damper accessed . Access doors in ducts shall be tight fitting and suitable for the required duct construction. [CONT.]: 607.4 Access and identification. Fire and smoke dampers shall be provided with an approved means of access, large enough to permit inspection and maintenance of the damper and its operating parts. The access shall not affect the integrity of fire - resistance - rated assemblies. The access openings shall not reduce the fire - resistance rating of the assemb ly. Access points shall be permanently identified on the exterior by a label having letters not less than 0.5 inch (12.7 mm) in height reading : FIRE/SMOKE DAMPER, SMOKE DAMPER or FIRE DAMPER , followed by an identification marking that is individual and uni que to the damper accessed . Access doors in ducts shall be tight fitting and suitable for the required duct construction.",
    "metadata": {
      "section_full": "607.4",
      "parent_major": "607",
      "parent_minor": "607.4",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5 607.5 Where required. Fire dampers, smoke dampers , and combination fire/smoke dampers shall be provided at the locations prescribed in Sections 607.5.1 through 607.5.7. Where an assembly is required to have both fire dampers and smoke dampers, combination fire/smoke dampers or a fire damper and smoke damper shall be provided. Exceptions: 1. Ducts 20 square inches (12 903 mm 2 ) or less pas sing through fire - resistance - rated assemblies other than fire walls shall not require fire dampers or smoke dampers. 2. Smoke dampers shall not be required to be located within a prescribed distance of a fire - rated enclosure and where isolation smoke dampe rs are used in air - handling equipment. [CONT.]: 607.5 Where required. Fire dampers, smoke dampers , and combination fire/smoke dampers shall be provided at the locations prescribed in Sections 607.5.1 through 607.5.7. Where an assembly is required to have both fire dampers and smoke dampers, combination fire/smoke dampers or a fire damper and smoke damper shall be provided. Exceptions: 1. Ducts 20 square inches (12 903 mm 2 ) or less pas sing through fire - resistance - rated assemblies other than fire walls shall not require fire dampers or smoke dampers. 2. Smoke dampers shall not be required to be located within a prescribed distance of a fire - rated enclosure and where isolation smoke dampe rs are used in air - handling equipment. [CONT.]: 607.5 Where required. Fire dampers, smoke dampers , and combination fire/smoke dampers shall be provided at the locations prescribed in Sections 607.5.1 through 607.5.7. Where an assembly is required to have both fire dampers and smoke dampers, combination fire/smoke dampers or a fire damper and smoke damper shall be provided. Exceptions: 1. Ducts 20 square inches (12 903 mm 2 ) or less pas sing through fire - resistance - rated assemblies other than fire walls shall not require fire dampers or smoke dampers. 2. Smoke dampers shall not be required to be located within a prescribed distance of a fire - rated enclosure and where isolation smoke dampe rs are used in air - handling equipment. [CONT.]: 607.5 Where required. Fire dampers, smoke dampers , and combination fire/smoke dampers shall be provided at the locations prescribed in Sections 607.5.1 through 607.5.7. Where an assembly is required to have both fire dampers and smoke dampers, combination fire/smoke dampers or a fire damper and smoke damper shall be provided. Exceptions: 1. Ducts 20 square inches (12 903 mm 2 ) or less pas sing through fire - resistance - rated assemblies other than fire walls shall not require fire dampers or smoke dampers. 2. Smoke dampers shall not be required to be located within a prescribed distance of a fire - rated enclosure and where isolation smoke dampe rs are used in air - handling equipment. [CONT.]: 607.5 Where required. Fire dampers, smoke dampers , and combination fire/smoke dampers shall be provided at the locations prescribed in Sections 607.5.1 through 607.5.7. Where an assembly is required to have both fire dampers and smoke dampers, combination fire/smoke dampers or a fire damper and smoke damper shall be provided. Exceptions: 1. Ducts 20 square inches (12 903 mm 2 ) or less pas sing through fire - resistance - rated assemblies other than fire walls shall not require fire dampers or smoke dampers. 2. Smoke dampers shall not be required to be located within a prescribed distance of a fire - rated enclosure and where isolation smoke dampe rs are used in air - handling equipment. [CONT.]: 607.5 Where required. Fire dampers, smoke dampers , and combination fire/smoke dampers shall be provided at the locations prescribed in Sections 607.5.1 through 607.5.7. Where an assembly is required to have both fire dampers and smoke dampers, combination fire/smoke dampers or a fire damper and smoke damper shall be provided. Exceptions: 1. Ducts 20 square inches (12 903 mm 2 ) or less pas sing through fire - resistance - rated assemblies other than fire walls shall not require fire dampers or smoke dampers. 2. Smoke dampers shall not be required to be located within a prescribed distance of a fire - rated enclosure and where isolation smoke dampe rs are used in air - handling equipment. [CONT.]: 607.5 Where required. Fire dampers, smoke dampers , and combination fire/smoke dampers shall be provided at the locations prescribed in Sections 607.5.1 through 607.5.7. Where an assembly is required to have both fire dampers and smoke dampers, combination fire/smoke dampers or a fire damper and smoke damper shall be provided. Exceptions: 1. Ducts 20 square inches (12 903 mm 2 ) or less pas sing through fire - resistance - rated assemblies other than fire walls shall not require fire dampers or smoke dampers. 2. Smoke dampers shall not be required to be located within a prescribed distance of a fire - rated enclosure and where isolation smoke dampe rs are used in air - handling equipment. [CONT.]: 607.5 Where required. Fire dampers, smoke dampers , and combination fire/smoke dampers shall be provided at the locations prescribed in Sections 607.5.1 through 607.5.7. Where an assembly is required to have both fire dampers and smoke dampers, combination fire/smoke dampers or a fire damper and smoke damper shall be provided. Exceptions: 1. Ducts 20 square inches (12 903 mm 2 ) or less pas sing through fire - resistance - rated assemblies other than fire walls shall not require fire dampers or smoke dampers. 2. Smoke dampers shall not be required to be located within a prescribed distance of a fire - rated enclosure and where isolation smoke dampe rs are used in air - handling equipment. [CONT.]: 607.5 Where required. Fire dampers, smoke dampers , and combination fire/smoke dampers shall be provided at the locations prescribed in Sections 607.5.1 through 607.5.7. Where an assembly is required to have both fire dampers and smoke dampers, combination fire/smoke dampers or a fire damper and smoke damper shall be provided. Exceptions: 1. Ducts 20 square inches (12 903 mm 2 ) or less pas sing through fire - resistance - rated assemblies other than fire walls shall not require fire dampers or smoke dampers. 2. Smoke dampers shall not be required to be located within a prescribed distance of a fire - rated enclosure and where isolation smoke dampe rs are used in air - handling equipment. [CONT.]: 607.5 Where required. Fire dampers, smoke dampers , and combination fire/smoke dampers shall be provided at the locations prescribed in Sections 607.5.1 through 607.5.7. Where an assembly is required to have both fire dampers and smoke dampers, combination fire/smoke dampers or a fire damper and smoke damper shall be provided. Exceptions: 1. Ducts 20 square inches (12 903 mm 2 ) or less pas sing through fire - resistance - rated assemblies other than fire walls shall not require fire dampers or smoke dampers. 2. Smoke dampers shall not be required to be located within a prescribed distance of a fire - rated enclosure and where isolation smoke dampe rs are used in air - handling equipment.",
    "metadata": {
      "section_full": "607.5",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5.1",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5.1 607.5.1 Fire walls. Ducts and air transfer openings permitted in firewalls in accordance with Section 706.11 of the New York City Building Code shall be protected with listed fire dampers and smoke dampers installed in accordance with their listing. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . 607 .5.1.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke shall be provided at each point that a duct or air transfer opening penetrates a fire wall that serves as a horizontal exit. Exception: Smoke dampers shall not be requir ed in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.1 Fire walls. Ducts and air transfer openings permitted in firewalls in accordance with Section 706.11 of the New York City Building Code shall be protected with listed fire dampers and smoke dampers installed in accordance with their listing. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . 607 .5.1.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke shall be provided at each point that a duct or air transfer opening penetrates a fire wall that serves as a horizontal exit. Exception: Smoke dampers shall not be requir ed in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.1 Fire walls. Ducts and air transfer openings permitted in firewalls in accordance with Section 706.11 of the New York City Building Code shall be protected with listed fire dampers and smoke dampers installed in accordance with their listing. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . 607 .5.1.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke shall be provided at each point that a duct or air transfer opening penetrates a fire wall that serves as a horizontal exit. Exception: Smoke dampers shall not be requir ed in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.1 Fire walls. Ducts and air transfer openings permitted in firewalls in accordance with Section 706.11 of the New York City Building Code shall be protected with listed fire dampers and smoke dampers installed in accordance with their listing. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . 607 .5.1.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke shall be provided at each point that a duct or air transfer opening penetrates a fire wall that serves as a horizontal exit. Exception: Smoke dampers shall not be requir ed in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.1 Fire walls. Ducts and air transfer openings permitted in firewalls in accordance with Section 706.11 of the New York City Building Code shall be protected with listed fire dampers and smoke dampers installed in accordance with their listing. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . 607 .5.1.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke shall be provided at each point that a duct or air transfer opening penetrates a fire wall that serves as a horizontal exit. Exception: Smoke dampers shall not be requir ed in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.1 Fire walls. Ducts and air transfer openings permitted in firewalls in accordance with Section 706.11 of the New York City Building Code shall be protected with listed fire dampers and smoke dampers installed in accordance with their listing. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . 607 .5.1.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke shall be provided at each point that a duct or air transfer opening penetrates a fire wall that serves as a horizontal exit. Exception: Smoke dampers shall not be requir ed in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.1 Fire walls. Ducts and air transfer openings permitted in firewalls in accordance with Section 706.11 of the New York City Building Code shall be protected with listed fire dampers and smoke dampers installed in accordance with their listing. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . 607 .5.1.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke shall be provided at each point that a duct or air transfer opening penetrates a fire wall that serves as a horizontal exit. Exception: Smoke dampers shall not be requir ed in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.1 Fire walls. Ducts and air transfer openings permitted in firewalls in accordance with Section 706.11 of the New York City Building Code shall be protected with listed fire dampers and smoke dampers installed in accordance with their listing. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . 607 .5.1.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke shall be provided at each point that a duct or air transfer opening penetrates a fire wall that serves as a horizontal exit. Exception: Smoke dampers shall not be requir ed in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.1 Fire walls. Ducts and air transfer openings permitted in firewalls in accordance with Section 706.11 of the New York City Building Code shall be protected with listed fire dampers and smoke dampers installed in accordance with their listing. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . 607 .5.1.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke shall be provided at each point that a duct or air transfer opening penetrates a fire wall that serves as a horizontal exit. Exception: Smoke dampers shall not be requir ed in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.1 Fire walls. Ducts and air transfer openings permitted in firewalls in accordance with Section 706.11 of the New York City Building Code shall be protected with listed fire dampers and smoke dampers installed in accordance with their listing. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . 607 .5.1.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke shall be provided at each point that a duct or air transfer opening penetrates a fire wall that serves as a horizontal exit. Exception: Smoke dampers shall not be requir ed in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code .",
    "metadata": {
      "section_full": "607.5.1",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5.2",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5.2 607.5.2 Fire barriers. Ducts and air transfer openings that penetrate fire barriers shall be protected with listed fire dampers installed in accordance with their listing. Ducts and air transfer openings shall not pe netrate enclosures for interior exit stairways and ramps and exit passageways except as permitted by Sections [CONT.]: 607.5.2 Fire barriers. Ducts and air transfer openings that penetrate fire barriers shall be protected with listed fire dampers installed in accordance with their listing. Ducts and air transfer openings shall not pe netrate enclosures for interior exit stairways and ramps and exit passageways except as permitted by Sections [CONT.]: 607.5.2 Fire barriers. Ducts and air transfer openings that penetrate fire barriers shall be protected with listed fire dampers installed in accordance with their listing. Ducts and air transfer openings shall not pe netrate enclosures for interior exit stairways and ramps and exit passageways except as permitted by Sections [CONT.]: 607.5.2 Fire barriers. Ducts and air transfer openings that penetrate fire barriers shall be protected with listed fire dampers installed in accordance with their listing. Ducts and air transfer openings shall not pe netrate enclosures for interior exit stairways and ramps and exit passageways except as permitted by Sections [CONT.]: 607.5.2 Fire barriers. Ducts and air transfer openings that penetrate fire barriers shall be protected with listed fire dampers installed in accordance with their listing. Ducts and air transfer openings shall not pe netrate enclosures for interior exit stairways and ramps and exit passageways except as permitted by Sections [CONT.]: 607.5.2 Fire barriers. Ducts and air transfer openings that penetrate fire barriers shall be protected with listed fire dampers installed in accordance with their listing. Ducts and air transfer openings shall not pe netrate enclosures for interior exit stairways and ramps and exit passageways except as permitted by Sections [CONT.]: 607.5.2 Fire barriers. Ducts and air transfer openings that penetrate fire barriers shall be protected with listed fire dampers installed in accordance with their listing. Ducts and air transfer openings shall not pe netrate enclosures for interior exit stairways and ramps and exit passageways except as permitted by Sections [CONT.]: 607.5.2 Fire barriers. Ducts and air transfer openings that penetrate fire barriers shall be protected with listed fire dampers installed in accordance with their listing. Ducts and air transfer openings shall not pe netrate enclosures for interior exit stairways and ramps and exit passageways except as permitted by Sections [CONT.]: 607.5.2 Fire barriers. Ducts and air transfer openings that penetrate fire barriers shall be protected with listed fire dampers installed in accordance with their listing. Ducts and air transfer openings shall not pe netrate enclosures for interior exit stairways and ramps and exit passageways except as permitted by Sections [CONT.]: 607.5.2 Fire barriers. Ducts and air transfer openings that penetrate fire barriers shall be protected with listed fire dampers installed in accordance with their listing. Ducts and air transfer openings shall not pe netrate enclosures for interior exit stairways and ramps and exit passageways except as permitted by Sections",
    "metadata": {
      "section_full": "607.5.2",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5.2.1",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5.2.1 607.5.2.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke s hall be provided at each point that a duct or air transfer opening penetrates a fire barrier that serves as a horizontal exit. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.2.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke s hall be provided at each point that a duct or air transfer opening penetrates a fire barrier that serves as a horizontal exit. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.2.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke s hall be provided at each point that a duct or air transfer opening penetrates a fire barrier that serves as a horizontal exit. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.2.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke s hall be provided at each point that a duct or air transfer opening penetrates a fire barrier that serves as a horizontal exit. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.2.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke s hall be provided at each point that a duct or air transfer opening penetrates a fire barrier that serves as a horizontal exit. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.2.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke s hall be provided at each point that a duct or air transfer opening penetrates a fire barrier that serves as a horizontal exit. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.2.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke s hall be provided at each point that a duct or air transfer opening penetrates a fire barrier that serves as a horizontal exit. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.2.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke s hall be provided at each point that a duct or air transfer opening penetrates a fire barrier that serves as a horizontal exit. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.2.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke s hall be provided at each point that a duct or air transfer opening penetrates a fire barrier that serves as a horizontal exit. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.2.1 Horizontal exits. A listed smoke damper designed to resist the passage of smoke s hall be provided at each point that a duct or air transfer opening penetrates a fire barrier that serves as a horizontal exit. Exception: Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions.",
    "metadata": {
      "section_full": "607.5.2.1",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5.2.2",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5.2.2 607.5.2.2 Public corridors. A listed smoke damper designed to resist the passage of smoke shall be provided at each point a duct or air transfer opening penetrates a public corridor wall constructed as a fire barrier. Exceptions: 1. Smoke dampers are not required where the building is equipped throughout with an approved smoke control system in accordance with Section 909 of the New York City Building Code, and smoke dampers are not necessary for the operation and control of the system. 2. Smoke dampers are not required in corridor penetrations where the duct is constructed of steel not less than 0.019 - inch (0.48 mm) in thickness and there are no openings serving the corridor. 3. Smoke dampers are not required in corridor penetrations in Group R - 2 buildings and public corridors serving R - 2 spaces in mixed use buildings. 4. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.2.2 Public corridors. A listed smoke damper designed to resist the passage of smoke shall be provided at each point a duct or air transfer opening penetrates a public corridor wall constructed as a fire barrier. Exceptions: 1. Smoke dampers are not required where the building is equipped throughout with an approved smoke control system in accordance with Section 909 of the New York City Building Code, and smoke dampers are not necessary for the operation and control of the system. 2. Smoke dampers are not required in corridor penetrations where the duct is constructed of steel not less than 0.019 - inch (0.48 mm) in thickness and there are no openings serving the corridor. 3. Smoke dampers are not required in corridor penetrations in Group R - 2 buildings and public corridors serving R - 2 spaces in mixed use buildings. 4. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.2.2 Public corridors. A listed smoke damper designed to resist the passage of smoke shall be provided at each point a duct or air transfer opening penetrates a public corridor wall constructed as a fire barrier. Exceptions: 1. Smoke dampers are not required where the building is equipped throughout with an approved smoke control system in accordance with Section 909 of the New York City Building Code, and smoke dampers are not necessary for the operation and control of the system. 2. Smoke dampers are not required in corridor penetrations where the duct is constructed of steel not less than 0.019 - inch (0.48 mm) in thickness and there are no openings serving the corridor. 3. Smoke dampers are not required in corridor penetrations in Group R - 2 buildings and public corridors serving R - 2 spaces in mixed use buildings. 4. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.2.2 Public corridors. A listed smoke damper designed to resist the passage of smoke shall be provided at each point a duct or air transfer opening penetrates a public corridor wall constructed as a fire barrier. Exceptions: 1. Smoke dampers are not required where the building is equipped throughout with an approved smoke control system in accordance with Section 909 of the New York City Building Code, and smoke dampers are not necessary for the operation and control of the system. 2. Smoke dampers are not required in corridor penetrations where the duct is constructed of steel not less than 0.019 - inch (0.48 mm) in thickness and there are no openings serving the corridor. 3. Smoke dampers are not required in corridor penetrations in Group R - 2 buildings and public corridors serving R - 2 spaces in mixed use buildings. 4. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.2.2 Public corridors. A listed smoke damper designed to resist the passage of smoke shall be provided at each point a duct or air transfer opening penetrates a public corridor wall constructed as a fire barrier. Exceptions: 1. Smoke dampers are not required where the building is equipped throughout with an approved smoke control system in accordance with Section 909 of the New York City Building Code, and smoke dampers are not necessary for the operation and control of the system. 2. Smoke dampers are not required in corridor penetrations where the duct is constructed of steel not less than 0.019 - inch (0.48 mm) in thickness and there are no openings serving the corridor. 3. Smoke dampers are not required in corridor penetrations in Group R - 2 buildings and public corridors serving R - 2 spaces in mixed use buildings. 4. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.2.2 Public corridors. A listed smoke damper designed to resist the passage of smoke shall be provided at each point a duct or air transfer opening penetrates a public corridor wall constructed as a fire barrier. Exceptions: 1. Smoke dampers are not required where the building is equipped throughout with an approved smoke control system in accordance with Section 909 of the New York City Building Code, and smoke dampers are not necessary for the operation and control of the system. 2. Smoke dampers are not required in corridor penetrations where the duct is constructed of steel not less than 0.019 - inch (0.48 mm) in thickness and there are no openings serving the corridor. 3. Smoke dampers are not required in corridor penetrations in Group R - 2 buildings and public corridors serving R - 2 spaces in mixed use buildings. 4. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.2.2 Public corridors. A listed smoke damper designed to resist the passage of smoke shall be provided at each point a duct or air transfer opening penetrates a public corridor wall constructed as a fire barrier. Exceptions: 1. Smoke dampers are not required where the building is equipped throughout with an approved smoke control system in accordance with Section 909 of the New York City Building Code, and smoke dampers are not necessary for the operation and control of the system. 2. Smoke dampers are not required in corridor penetrations where the duct is constructed of steel not less than 0.019 - inch (0.48 mm) in thickness and there are no openings serving the corridor. 3. Smoke dampers are not required in corridor penetrations in Group R - 2 buildings and public corridors serving R - 2 spaces in mixed use buildings. 4. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.2.2 Public corridors. A listed smoke damper designed to resist the passage of smoke shall be provided at each point a duct or air transfer opening penetrates a public corridor wall constructed as a fire barrier. Exceptions: 1. Smoke dampers are not required where the building is equipped throughout with an approved smoke control system in accordance with Section 909 of the New York City Building Code, and smoke dampers are not necessary for the operation and control of the system. 2. Smoke dampers are not required in corridor penetrations where the duct is constructed of steel not less than 0.019 - inch (0.48 mm) in thickness and there are no openings serving the corridor. 3. Smoke dampers are not required in corridor penetrations in Group R - 2 buildings and public corridors serving R - 2 spaces in mixed use buildings. 4. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.2.2 Public corridors. A listed smoke damper designed to resist the passage of smoke shall be provided at each point a duct or air transfer opening penetrates a public corridor wall constructed as a fire barrier. Exceptions: 1. Smoke dampers are not required where the building is equipped throughout with an approved smoke control system in accordance with Section 909 of the New York City Building Code, and smoke dampers are not necessary for the operation and control of the system. 2. Smoke dampers are not required in corridor penetrations where the duct is constructed of steel not less than 0.019 - inch (0.48 mm) in thickness and there are no openings serving the corridor. 3. Smoke dampers are not required in corridor penetrations in Group R - 2 buildings and public corridors serving R - 2 spaces in mixed use buildings. 4. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.2.2 Public corridors. A listed smoke damper designed to resist the passage of smoke shall be provided at each point a duct or air transfer opening penetrates a public corridor wall constructed as a fire barrier. Exceptions: 1. Smoke dampers are not required where the building is equipped throughout with an approved smoke control system in accordance with Section 909 of the New York City Building Code, and smoke dampers are not necessary for the operation and control of the system. 2. Smoke dampers are not required in corridor penetrations where the duct is constructed of steel not less than 0.019 - inch (0.48 mm) in thickness and there are no openings serving the corridor. 3. Smoke dampers are not required in corridor penetrations in Group R - 2 buildings and public corridors serving R - 2 spaces in mixed use buildings. 4. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions or loss of normal power by provision of standby power in accordance with Chapter 27 of the New York City Building Code .",
    "metadata": {
      "section_full": "607.5.2.2",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5.3",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5.3 607.5.3 Fire partitions. Ducts and air transfer openings that penetrate fire partitions shall be protected with listed fire dampers installed in accordance with their listing. Exceptions: In occupancies other than Group H, fire dampers are not required where any of the following apply: 1. The partitions are tenant separation and corridor walls in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code and the duct is protected as a through penetration in accordance with Section 714 of the New York City Building Code. 2. The partitions are tenant partitions in covered and open mall buildings where the walls are not required by provisions elsewhere in th e New York City Building Code to extend to the underside of the floor or roof sheathing, slab or deck above. 3. The duct system is constructed of approved materials in accordance with code and the duct penetrating the wall complies with all of the followin g requirements . 3.1. The duct shall not exceed 100 square inches (0.06 m\u00b2). 3.2. The duct shall be constructed of steel not less than 0.0217 inch (0.55 mm) in thickness. 3.3. The duct shall not have openings that communicate the corridor with adjacent spac es or rooms. 3.4. The duct shall be installed above a ceiling. 3.5. The duct shall not terminate at a wall register in the fire - resistance - rated wall. \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 607.5.3 Fire partitions. Ducts and air transfer openings that penetrate fire partitions shall be protected with listed fire dampers installed in accordance with their listing. Exceptions: In occupancies other than Group H, fire dampers are not required where any of the following apply: 1. The partitions are tenant separation and corridor walls in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code and the duct is protected as a through penetration in accordance with Section 714 of the New York City Building Code. 2. The partitions are tenant partitions in covered and open mall buildings where the walls are not required by provisions elsewhere in th e New York City Building Code to extend to the underside of the floor or roof sheathing, slab or deck above. 3. The duct system is constructed of approved materials in accordance with code and the duct penetrating the wall complies with all of the followin g requirements . 3.1. The duct shall not exceed 100 square inches (0.06 m\u00b2). 3.2. The duct shall be constructed of steel not less than 0.0217 inch (0.55 mm) in thickness. 3.3. The duct shall not have openings that communicate the corridor with adjacent spac es or rooms. 3.4. The duct shall be installed above a ceiling. 3.5. The duct shall not terminate at a wall register in the fire - resistance - rated wall. \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 607.5.3 Fire partitions. Ducts and air transfer openings that penetrate fire partitions shall be protected with listed fire dampers installed in accordance with their listing. Exceptions: In occupancies other than Group H, fire dampers are not required where any of the following apply: 1. The partitions are tenant separation and corridor walls in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code and the duct is protected as a through penetration in accordance with Section 714 of the New York City Building Code. 2. The partitions are tenant partitions in covered and open mall buildings where the walls are not required by provisions elsewhere in th e New York City Building Code to extend to the underside of the floor or roof sheathing, slab or deck above. 3. The duct system is constructed of approved materials in accordance with code and the duct penetrating the wall complies with all of the followin g requirements . 3.1. The duct shall not exceed 100 square inches (0.06 m\u00b2). 3.2. The duct shall be constructed of steel not less than 0.0217 inch (0.55 mm) in thickness. 3.3. The duct shall not have openings that communicate the corridor with adjacent spac es or rooms. 3.4. The duct shall be installed above a ceiling. 3.5. The duct shall not terminate at a wall register in the fire - resistance - rated wall. DUCT SYSTEMS 3.6. A minimum 12 - inch - long (305 mm) by 0.060 - inch - thick (1.52 mm) steel sleeve shall be centered in each duct opening. The sleeve shall be secured to both sides of the wall and all four sides of the sleeve with minimum 1 1 / 2 - inch by 1 1 / 2 - inch by 0.060 - inch (38.1 mm by 38.1 mm by 1.52 mm) steel retaining angles. The retaining angles shall be secured to the sle eve and the wall with No. 10 (M5) screws. The annular space between the steel sleeve and the wall opening shall be filled with rock (mineral) wool batting or approved equivalent on all sides. 4. Such partitions are penetrated by ducted HVAC systems, have a required fire - resistance rating of 1 hour or less, and are in areas of other than Group H and are in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code. For the purposes of this exception, a ducted HVAC system shall be a duct system for conveying supply, return or exhaust air as part of the structure\u2019s HVAC system. Such a duct system shall be constructed of sheet steel not less than 26 gage in thickness and s hall be continuous from the air - handling appliance or equipment to the air outlet and inlet terminals. [CONT.]: 607.5.3 Fire partitions. Ducts and air transfer openings that penetrate fire partitions shall be protected with listed fire dampers installed in accordance with their listing. Exceptions: In occupancies other than Group H, fire dampers are not required where any of the following apply: 1. The partitions are tenant separation and corridor walls in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code and the duct is protected as a through penetration in accordance with Section 714 of the New York City Building Code. 2. The partitions are tenant partitions in covered and open mall buildings where the walls are not required by provisions elsewhere in th e New York City Building Code to extend to the underside of the floor or roof sheathing, slab or deck above. 3. The duct system is constructed of approved materials in accordance with code and the duct penetrating the wall complies with all of the followin g requirements . 3.1. The duct shall not exceed 100 square inches (0.06 m\u00b2). 3.2. The duct shall be constructed of steel not less than 0.0217 inch (0.55 mm) in thickness. 3.3. The duct shall not have openings that communicate the corridor with adjacent spac es or rooms. 3.4. The duct shall be installed above a ceiling. 3.5. The duct shall not terminate at a wall register in the fire - resistance - rated wall. DUCT SYSTEMS 3.6. A minimum 12 - inch - long (305 mm) by 0.060 - inch - thick (1.52 mm) steel sleeve shall be centered in each duct opening. The sleeve shall be secured to both sides of the wall and all four sides of the sleeve with minimum 1 1 / 2 - inch by 1 1 / 2 - inch by 0.060 - inch (38.1 mm by 38.1 mm by 1.52 mm) steel retaining angles. The retaining angles shall be secured to the sle eve and the wall with No. 10 (M5) screws. The annular space between the steel sleeve and the wall opening shall be filled with rock (mineral) wool batting or approved equivalent on all sides. 4. Such partitions are penetrated by ducted HVAC systems, have a required fire - resistance rating of 1 hour or less, and are in areas of other than Group H and are in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code. For the purposes of this exception, a ducted HVAC system shall be a duct system for conveying supply, return or exhaust air as part of the structure\u2019s HVAC system. Such a duct system shall be constructed of sheet steel not less than 26 gage in thickness and s hall be continuous from the air - handling appliance or equipment to the air outlet and inlet terminals. [CONT.]: 607.5.3 Fire partitions. Ducts and air transfer openings that penetrate fire partitions shall be protected with listed fire dampers installed in accordance with their listing. Exceptions: In occupancies other than Group H, fire dampers are not required where any of the following apply: 1. The partitions are tenant separation and corridor walls in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code and the duct is protected as a through penetration in accordance with Section 714 of the New York City Building Code. 2. The partitions are tenant partitions in covered and open mall buildings where the walls are not required by provisions elsewhere in th e New York City Building Code to extend to the underside of the floor or roof sheathing, slab or deck above. 3. The duct system is constructed of approved materials in accordance with code and the duct penetrating the wall complies with all of the followin g requirements . 3.1. The duct shall not exceed 100 square inches (0.06 m\u00b2). 3.2. The duct shall be constructed of steel not less than 0.0217 inch (0.55 mm) in thickness. 3.3. The duct shall not have openings that communicate the corridor with adjacent spac es or rooms. 3.4. The duct shall be installed above a ceiling. 3.5. The duct shall not terminate at a wall register in the fire - resistance - rated wall. DUCT SYSTEMS 3.6. A minimum 12 - inch - long (305 mm) by 0.060 - inch - thick (1.52 mm) steel sleeve shall be centered in each duct opening. The sleeve shall be secured to both sides of the wall and all four sides of the sleeve with minimum 1 1 / 2 - inch by 1 1 / 2 - inch by 0.060 - inch (38.1 mm by 38.1 mm by 1.52 mm) steel retaining angles. The retaining angles shall be secured to the sle eve and the wall with No. 10 (M5) screws. The annular space between the steel sleeve and the wall opening shall be filled with rock (mineral) wool batting or approved equivalent on all sides. 4. Such partitions are penetrated by ducted HVAC systems, have a required fire - resistance rating of 1 hour or less, and are in areas of other than Group H and are in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code. For the purposes of this exception, a ducted HVAC system shall be a duct system for conveying supply, return or exhaust air as part of the structure\u2019s HVAC system. Such a duct system shall be constructed of sheet steel not less than 26 gage in thickness and s hall be continuous from the air - handling appliance or equipment to the air outlet and inlet terminals. [CONT.]: 607.5.3 Fire partitions. Ducts and air transfer openings that penetrate fire partitions shall be protected with listed fire dampers installed in accordance with their listing. Exceptions: In occupancies other than Group H, fire dampers are not required where any of the following apply: 1. The partitions are tenant separation and corridor walls in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code and the duct is protected as a through penetration in accordance with Section 714 of the New York City Building Code. 2. The partitions are tenant partitions in covered and open mall buildings where the walls are not required by provisions elsewhere in th e New York City Building Code to extend to the underside of the floor or roof sheathing, slab or deck above. 3. The duct system is constructed of approved materials in accordance with code and the duct penetrating the wall complies with all of the followin g requirements . 3.1. The duct shall not exceed 100 square inches (0.06 m\u00b2). 3.2. The duct shall be constructed of steel not less than 0.0217 inch (0.55 mm) in thickness. 3.3. The duct shall not have openings that communicate the corridor with adjacent spac es or rooms. 3.4. The duct shall be installed above a ceiling. 3.5. The duct shall not terminate at a wall register in the fire - resistance - rated wall. DUCT SYSTEMS 3.6. A minimum 12 - inch - long (305 mm) by 0.060 - inch - thick (1.52 mm) steel sleeve shall be centered in each duct opening. The sleeve shall be secured to both sides of the wall and all four sides of the sleeve with minimum 1 1 / 2 - inch by 1 1 / 2 - inch by 0.060 - inch (38.1 mm by 38.1 mm by 1.52 mm) steel retaining angles. The retaining angles shall be secured to the sle eve and the wall with No. 10 (M5) screws. The annular space between the steel sleeve and the wall opening shall be filled with rock (mineral) wool batting or approved equivalent on all sides. 4. Such partitions are penetrated by ducted HVAC systems, have a required fire - resistance rating of 1 hour or less, and are in areas of other than Group H and are in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code. For the purposes of this exception, a ducted HVAC system shall be a duct system for conveying supply, return or exhaust air as part of the structure\u2019s HVAC system. Such a duct system shall be constructed of sheet steel not less than 26 gage in thickness and s hall be continuous from the air - handling appliance or equipment to the air outlet and inlet terminals. [CONT.]: 607.5.3 Fire partitions. Ducts and air transfer openings that penetrate fire partitions shall be protected with listed fire dampers installed in accordance with their listing. Exceptions: In occupancies other than Group H, fire dampers are not required where any of the following apply: 1. The partitions are tenant separation and corridor walls in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code and the duct is protected as a through penetration in accordance with Section 714 of the New York City Building Code. 2. The partitions are tenant partitions in covered and open mall buildings where the walls are not required by provisions elsewhere in th e New York City Building Code to extend to the underside of the floor or roof sheathing, slab or deck above. 3. The duct system is constructed of approved materials in accordance with code and the duct penetrating the wall complies with all of the followin g requirements . 3.1. The duct shall not exceed 100 square inches (0.06 m\u00b2). 3.2. The duct shall be constructed of steel not less than 0.0217 inch (0.55 mm) in thickness. 3.3. The duct shall not have openings that communicate the corridor with adjacent spac es or rooms. 3.4. The duct shall be installed above a ceiling. 3.5. The duct shall not terminate at a wall register in the fire - resistance - rated wall. DUCT SYSTEMS 3.6. A minimum 12 - inch - long (305 mm) by 0.060 - inch - thick (1.52 mm) steel sleeve shall be centered in each duct opening. The sleeve shall be secured to both sides of the wall and all four sides of the sleeve with minimum 1 1 / 2 - inch by 1 1 / 2 - inch by 0.060 - inch (38.1 mm by 38.1 mm by 1.52 mm) steel retaining angles. The retaining angles shall be secured to the sle eve and the wall with No. 10 (M5) screws. The annular space between the steel sleeve and the wall opening shall be filled with rock (mineral) wool batting or approved equivalent on all sides. 4. Such partitions are penetrated by ducted HVAC systems, have a required fire - resistance rating of 1 hour or less, and are in areas of other than Group H and are in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code. For the purposes of this exception, a ducted HVAC system shall be a duct system for conveying supply, return or exhaust air as part of the structure\u2019s HVAC system. Such a duct system shall be constructed of sheet steel not less than 26 gage in thickness and s hall be continuous from the air - handling appliance or equipment to the air outlet and inlet terminals. [CONT.]: 607.5.3 Fire partitions. Ducts and air transfer openings that penetrate fire partitions shall be protected with listed fire dampers installed in accordance with their listing. Exceptions: In occupancies other than Group H, fire dampers are not required where any of the following apply: 1. The partitions are tenant separation and corridor walls in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code and the duct is protected as a through penetration in accordance with Section 714 of the New York City Building Code. 2. The partitions are tenant partitions in covered and open mall buildings where the walls are not required by provisions elsewhere in th e New York City Building Code to extend to the underside of the floor or roof sheathing, slab or deck above. 3. The duct system is constructed of approved materials in accordance with code and the duct penetrating the wall complies with all of the followin g requirements . 3.1. The duct shall not exceed 100 square inches (0.06 m\u00b2). 3.2. The duct shall be constructed of steel not less than 0.0217 inch (0.55 mm) in thickness. 3.3. The duct shall not have openings that communicate the corridor with adjacent spac es or rooms. 3.4. The duct shall be installed above a ceiling. 3.5. The duct shall not terminate at a wall register in the fire - resistance - rated wall. DUCT SYSTEMS 3.6. A minimum 12 - inch - long (305 mm) by 0.060 - inch - thick (1.52 mm) steel sleeve shall be centered in each duct opening. The sleeve shall be secured to both sides of the wall and all four sides of the sleeve with minimum 1 1 / 2 - inch by 1 1 / 2 - inch by 0.060 - inch (38.1 mm by 38.1 mm by 1.52 mm) steel retaining angles. The retaining angles shall be secured to the sle eve and the wall with No. 10 (M5) screws. The annular space between the steel sleeve and the wall opening shall be filled with rock (mineral) wool batting or approved equivalent on all sides. 4. Such partitions are penetrated by ducted HVAC systems, have a required fire - resistance rating of 1 hour or less, and are in areas of other than Group H and are in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code. For the purposes of this exception, a ducted HVAC system shall be a duct system for conveying supply, return or exhaust air as part of the structure\u2019s HVAC system. Such a duct system shall be constructed of sheet steel not less than 26 gage in thickness and s hall be continuous from the air - handling appliance or equipment to the air outlet and inlet terminals. [CONT.]: 607.5.3 Fire partitions. Ducts and air transfer openings that penetrate fire partitions shall be protected with listed fire dampers installed in accordance with their listing. Exceptions: In occupancies other than Group H, fire dampers are not required where any of the following apply: 1. The partitions are tenant separation and corridor walls in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code and the duct is protected as a through penetration in accordance with Section 714 of the New York City Building Code. 2. The partitions are tenant partitions in covered and open mall buildings where the walls are not required by provisions elsewhere in th e New York City Building Code to extend to the underside of the floor or roof sheathing, slab or deck above. 3. The duct system is constructed of approved materials in accordance with code and the duct penetrating the wall complies with all of the followin g requirements . 3.1. The duct shall not exceed 100 square inches (0.06 m\u00b2). 3.2. The duct shall be constructed of steel not less than 0.0217 inch (0.55 mm) in thickness. 3.3. The duct shall not have openings that communicate the corridor with adjacent spac es or rooms. 3.4. The duct shall be installed above a ceiling. 3.5. The duct shall not terminate at a wall register in the fire - resistance - rated wall. DUCT SYSTEMS 3.6. A minimum 12 - inch - long (305 mm) by 0.060 - inch - thick (1.52 mm) steel sleeve shall be centered in each duct opening. The sleeve shall be secured to both sides of the wall and all four sides of the sleeve with minimum 1 1 / 2 - inch by 1 1 / 2 - inch by 0.060 - inch (38.1 mm by 38.1 mm by 1.52 mm) steel retaining angles. The retaining angles shall be secured to the sle eve and the wall with No. 10 (M5) screws. The annular space between the steel sleeve and the wall opening shall be filled with rock (mineral) wool batting or approved equivalent on all sides. 4. Such partitions are penetrated by ducted HVAC systems, have a required fire - resistance rating of 1 hour or less, and are in areas of other than Group H and are in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code. For the purposes of this exception, a ducted HVAC system shall be a duct system for conveying supply, return or exhaust air as part of the structure\u2019s HVAC system. Such a duct system shall be constructed of sheet steel not less than 26 gage in thickness and s hall be continuous from the air - handling appliance or equipment to the air outlet and inlet terminals. [CONT.]: 607.5.3 Fire partitions. Ducts and air transfer openings that penetrate fire partitions shall be protected with listed fire dampers installed in accordance with their listing. Exceptions: In occupancies other than Group H, fire dampers are not required where any of the following apply: 1. The partitions are tenant separation and corridor walls in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code and the duct is protected as a through penetration in accordance with Section 714 of the New York City Building Code. 2. The partitions are tenant partitions in covered and open mall buildings where the walls are not required by provisions elsewhere in th e New York City Building Code to extend to the underside of the floor or roof sheathing, slab or deck above. 3. The duct system is constructed of approved materials in accordance with code and the duct penetrating the wall complies with all of the followin g requirements . 3.1. The duct shall not exceed 100 square inches (0.06 m\u00b2). 3.2. The duct shall be constructed of steel not less than 0.0217 inch (0.55 mm) in thickness. 3.3. The duct shall not have openings that communicate the corridor with adjacent spac es or rooms. 3.4. The duct shall be installed above a ceiling. 3.5. The duct shall not terminate at a wall register in the fire - resistance - rated wall. DUCT SYSTEMS 3.6. A minimum 12 - inch - long (305 mm) by 0.060 - inch - thick (1.52 mm) steel sleeve shall be centered in each duct opening. The sleeve shall be secured to both sides of the wall and all four sides of the sleeve with minimum 1 1 / 2 - inch by 1 1 / 2 - inch by 0.060 - inch (38.1 mm by 38.1 mm by 1.52 mm) steel retaining angles. The retaining angles shall be secured to the sle eve and the wall with No. 10 (M5) screws. The annular space between the steel sleeve and the wall opening shall be filled with rock (mineral) wool batting or approved equivalent on all sides. 4. Such partitions are penetrated by ducted HVAC systems, have a required fire - resistance rating of 1 hour or less, and are in areas of other than Group H and are in buildings equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1 or 903.3.1.2 of the New York City Building Code. For the purposes of this exception, a ducted HVAC system shall be a duct system for conveying supply, return or exhaust air as part of the structure\u2019s HVAC system. Such a duct system shall be constructed of sheet steel not less than 26 gage in thickness and s hall be continuous from the air - handling appliance or equipment to the air outlet and inlet terminals.",
    "metadata": {
      "section_full": "607.5.3",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5.4",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5.4 607.5.4 Smoke barriers. A listed smoke damper designed to resist the passage of smoke shall be provided at each point where a duct or an air transfer ope ning penetrates a smoke barrier wall enclosure required to have smoke and draft control doors in accordance with the New York City Building Code . Smoke dampers and smoke damper actuation methods shall comply with Section 607.5.4.1. Exceptions: 1. Smoke dampers are not required in smoke barrier penetrations where the openings in ducts are limited to a single smoke compartment and the ducts are constructed of steel. 2. Smoke dampers are not required in ducts where the air continues to move and the ai r - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.4 Smoke barriers. A listed smoke damper designed to resist the passage of smoke shall be provided at each point where a duct or an air transfer ope ning penetrates a smoke barrier wall enclosure required to have smoke and draft control doors in accordance with the New York City Building Code . Smoke dampers and smoke damper actuation methods shall comply with Section 607.5.4.1. Exceptions: 1. Smoke dampers are not required in smoke barrier penetrations where the openings in ducts are limited to a single smoke compartment and the ducts are constructed of steel. 2. Smoke dampers are not required in ducts where the air continues to move and the ai r - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.4 Smoke barriers. A listed smoke damper designed to resist the passage of smoke shall be provided at each point where a duct or an air transfer ope ning penetrates a smoke barrier wall enclosure required to have smoke and draft control doors in accordance with the New York City Building Code . Smoke dampers and smoke damper actuation methods shall comply with Section 607.5.4.1. Exceptions: 1. Smoke dampers are not required in smoke barrier penetrations where the openings in ducts are limited to a single smoke compartment and the ducts are constructed of steel. 2. Smoke dampers are not required in ducts where the air continues to move and the ai r - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.4 Smoke barriers. A listed smoke damper designed to resist the passage of smoke shall be provided at each point where a duct or an air transfer ope ning penetrates a smoke barrier wall enclosure required to have smoke and draft control doors in accordance with the New York City Building Code . Smoke dampers and smoke damper actuation methods shall comply with Section 607.5.4.1. Exceptions: 1. Smoke dampers are not required in smoke barrier penetrations where the openings in ducts are limited to a single smoke compartment and the ducts are constructed of steel. 2. Smoke dampers are not required in ducts where the air continues to move and the ai r - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.4 Smoke barriers. A listed smoke damper designed to resist the passage of smoke shall be provided at each point where a duct or an air transfer ope ning penetrates a smoke barrier wall enclosure required to have smoke and draft control doors in accordance with the New York City Building Code . Smoke dampers and smoke damper actuation methods shall comply with Section 607.5.4.1. Exceptions: 1. Smoke dampers are not required in smoke barrier penetrations where the openings in ducts are limited to a single smoke compartment and the ducts are constructed of steel. 2. Smoke dampers are not required in ducts where the air continues to move and the ai r - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.4 Smoke barriers. A listed smoke damper designed to resist the passage of smoke shall be provided at each point where a duct or an air transfer ope ning penetrates a smoke barrier wall enclosure required to have smoke and draft control doors in accordance with the New York City Building Code . Smoke dampers and smoke damper actuation methods shall comply with Section 607.5.4.1. Exceptions: 1. Smoke dampers are not required in smoke barrier penetrations where the openings in ducts are limited to a single smoke compartment and the ducts are constructed of steel. 2. Smoke dampers are not required in ducts where the air continues to move and the ai r - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.4 Smoke barriers. A listed smoke damper designed to resist the passage of smoke shall be provided at each point where a duct or an air transfer ope ning penetrates a smoke barrier wall enclosure required to have smoke and draft control doors in accordance with the New York City Building Code . Smoke dampers and smoke damper actuation methods shall comply with Section 607.5.4.1. Exceptions: 1. Smoke dampers are not required in smoke barrier penetrations where the openings in ducts are limited to a single smoke compartment and the ducts are constructed of steel. 2. Smoke dampers are not required in ducts where the air continues to move and the ai r - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.4 Smoke barriers. A listed smoke damper designed to resist the passage of smoke shall be provided at each point where a duct or an air transfer ope ning penetrates a smoke barrier wall enclosure required to have smoke and draft control doors in accordance with the New York City Building Code . Smoke dampers and smoke damper actuation methods shall comply with Section 607.5.4.1. Exceptions: 1. Smoke dampers are not required in smoke barrier penetrations where the openings in ducts are limited to a single smoke compartment and the ducts are constructed of steel. 2. Smoke dampers are not required in ducts where the air continues to move and the ai r - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions.",
    "metadata": {
      "section_full": "607.5.4",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5.4.1",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5.4.1 607.5.4.1 Smoke damper. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance w ith the New York City Building Code and Section 607.3.3.2. [CONT.]: 607.5.4.1 Smoke damper. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance w ith the New York City Building Code and Section 607.3.3.2. [CONT.]: 607.5.4.1 Smoke damper. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance w ith the New York City Building Code and Section 607.3.3.2. [CONT.]: 607.5.4.1 Smoke damper. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance w ith the New York City Building Code and Section 607.3.3.2. [CONT.]: 607.5.4.1 Smoke damper. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance w ith the New York City Building Code and Section 607.3.3.2. [CONT.]: 607.5.4.1 Smoke damper. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance w ith the New York City Building Code and Section 607.3.3.2. [CONT.]: 607.5.4.1 Smoke damper. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance w ith the New York City Building Code and Section 607.3.3.2. [CONT.]: 607.5.4.1 Smoke damper. The smoke damper shall close upon actuation of a listed smoke detector or detectors installed in accordance w ith the New York City Building Code and Section 607.3.3.2.",
    "metadata": {
      "section_full": "607.5.4.1",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5.5",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5.5 607.5.5 Shaft enclosures. Ducts and air transfer openings shall not penetrate a shaft serving as an exit enclosure except as permitted by Section 1022.4 of the New York City Building Code. Shaft en closures that are permitted to be penetrated by ducts and air transfer openings shall be protected with approved fire and smoke dampers installed in accordance with their listing. Exceptions: 1. Fire dampers are not required at penetrations of shafts where any of the following apply: 1.1. In buildings equipped throughout with an automatic sprinkler system in accordance with Chapter 9 of the New York City Building Code, where steel exhaust subducts have a minimum thickness of 0.0187 inch (0.4712 mm) (No. 26 gage) and extend not less than 22 inches (558.8 mm) vertically in exhaust shafts, provided that there is a continuous airflow upward to the outdoors whenever the building is occupied. 1.2. Penetrations are tested in accordance with ASTM E 119 or UL 263 as part of the fire - resistance - rated assembly. 1.3. Ducts are used as part of an engineered smoke control system designed and installed in accordance with Section 909 of the New York City Building Code , and where the fire damper will interfere with the operat ion of the smoke control system. 1.4. The penetrations are in parking garage exhaust or supply shafts that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction. 2. Smoke dampers are not required in exhaust duc ts or shafts where the exhaust fan is maintained in operation whenever the building is occupied, in bathrooms and toilet room exhausts. 3. Smoke dampers are not required at penetrations of exhaust or supply shafts in parking garages that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction . 4. Smoke dampers are not required at penetrations of shafts where ducts are used as part of an engineered mechanical smoke control system designed in accordance with Section 909 of the New York City Building Code and where the smoke damper will interfere with the operation of the smoke control system.Code, approved alternative protection shall be used. Where mechanical systems including duct s and dampers used for normal building ventilation serve as part of the smoke control system, the expected performance of these systems in smoke control mode shall be addressed in the rational analysis required by Section 909.4 of the New York City Buildin g Code. [CONT.]: 607.5.5 Shaft enclosures. Ducts and air transfer openings shall not penetrate a shaft serving as an exit enclosure except as permitted by Section 1022.4 of the New York City Building Code. Shaft en closures that are permitted to be penetrated by ducts and air transfer openings shall be protected with approved fire and smoke dampers installed in accordance with their listing. Exceptions: 1. Fire dampers are not required at penetrations of shafts where any of the following apply: 1.1. In buildings equipped throughout with an automatic sprinkler system in accordance with Chapter 9 of the New York City Building Code, where steel exhaust subducts have a minimum thickness of 0.0187 inch (0.4712 mm) (No. 26 gage) and extend not less than 22 inches (558.8 mm) vertically in exhaust shafts, provided that there is a continuous airflow upward to the outdoors whenever the building is occupied. 1.2. Penetrations are tested in accordance with ASTM E 119 or UL 263 as part of the fire - resistance - rated assembly. 1.3. Ducts are used as part of an engineered smoke control system designed and installed in accordance with Section 909 of the New York City Building Code , and where the fire damper will interfere with the operat ion of the smoke control system. 1.4. The penetrations are in parking garage exhaust or supply shafts that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction. 2. Smoke dampers are not required in exhaust duc ts or shafts where the exhaust fan is maintained in operation whenever the building is occupied, in bathrooms and toilet room exhausts. 3. Smoke dampers are not required at penetrations of exhaust or supply shafts in parking garages that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction . 4. Smoke dampers are not required at penetrations of shafts where ducts are used as part of an engineered mechanical smoke control system designed in accordance with Section 909 of the New York City Building Code and where the smoke damper will interfere with the operation of the smoke control system.Code, approved alternative protection shall be used. Where mechanical systems including duct s and dampers used for normal building ventilation serve as part of the smoke control system, the expected performance of these systems in smoke control mode shall be addressed in the rational analysis required by Section 909.4 of the New York City Buildin g Code. [CONT.]: 607.5.5 Shaft enclosures. Ducts and air transfer openings shall not penetrate a shaft serving as an exit enclosure except as permitted by Section 1022.4 of the New York City Building Code. Shaft en closures that are permitted to be penetrated by ducts and air transfer openings shall be protected with approved fire and smoke dampers installed in accordance with their listing. Exceptions: 1. Fire dampers are not required at penetrations of shafts where any of the following apply: 1.1. In buildings equipped throughout with an automatic sprinkler system in accordance with Chapter 9 of the New York City Building Code, where steel exhaust subducts have a minimum thickness of 0.0187 inch (0.4712 mm) (No. 26 gage) and extend not less than 22 inches (558.8 mm) vertically in exhaust shafts, provided that there is a continuous airflow upward to the outdoors whenever the building is occupied. 1.2. Penetrations are tested in accordance with ASTM E 119 or UL 263 as part of the fire - resistance - rated assembly. 1.3. Ducts are used as part of an engineered smoke control system designed and installed in accordance with Section 909 of the New York City Building Code , and where the fire damper will interfere with the operat ion of the smoke control system. 1.4. The penetrations are in parking garage exhaust or supply shafts that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction. 2. Smoke dampers are not required in exhaust duc ts or shafts where the exhaust fan is maintained in operation whenever the building is occupied, in bathrooms and toilet room exhausts. 3. Smoke dampers are not required at penetrations of exhaust or supply shafts in parking garages that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction . 4. Smoke dampers are not required at penetrations of shafts where ducts are used as part of an engineered mechanical smoke control system designed in accordance with Section 909 of the New York City Building Code and where the smoke damper will interfere with the operation of the smoke control system. DUCT SYSTEMS 5. Fire dampers and /or smoke dampers are not required at a shaft where the shaft is acting as an extension of the mechanical equipment room that it serves and the shaft and mechanical equipment room maintain fire and smoke separation required by the greater of the two spaces from the occupied portions of the building and meet the requirements of Sections 713.11 and 713.12 of the New York City Building Code. 6. Smoke dampers are not required to be located within a prescribed distance of a fire - rated enclosure within which the air handling equipment is located and where isolation smoke dampers are used in air - handling equipment. See Section 607.2.3 for additional requirements. 7. Smoke dampers are not required in ducts where the air continues to move and the air - handling sys tem installed is arranged to prevent recirculation of exhaust or return air during a fire emergency condition. Such fans shall be provided with standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.5 Shaft enclosures. Ducts and air transfer openings shall not penetrate a shaft serving as an exit enclosure except as permitted by Section 1022.4 of the New York City Building Code. Shaft en closures that are permitted to be penetrated by ducts and air transfer openings shall be protected with approved fire and smoke dampers installed in accordance with their listing. Exceptions: 1. Fire dampers are not required at penetrations of shafts where any of the following apply: 1.1. In buildings equipped throughout with an automatic sprinkler system in accordance with Chapter 9 of the New York City Building Code, where steel exhaust subducts have a minimum thickness of 0.0187 inch (0.4712 mm) (No. 26 gage) and extend not less than 22 inches (558.8 mm) vertically in exhaust shafts, provided that there is a continuous airflow upward to the outdoors whenever the building is occupied. 1.2. Penetrations are tested in accordance with ASTM E 119 or UL 263 as part of the fire - resistance - rated assembly. 1.3. Ducts are used as part of an engineered smoke control system designed and installed in accordance with Section 909 of the New York City Building Code , and where the fire damper will interfere with the operat ion of the smoke control system. 1.4. The penetrations are in parking garage exhaust or supply shafts that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction. 2. Smoke dampers are not required in exhaust duc ts or shafts where the exhaust fan is maintained in operation whenever the building is occupied, in bathrooms and toilet room exhausts. 3. Smoke dampers are not required at penetrations of exhaust or supply shafts in parking garages that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction . 4. Smoke dampers are not required at penetrations of shafts where ducts are used as part of an engineered mechanical smoke control system designed in accordance with Section 909 of the New York City Building Code and where the smoke damper will interfere with the operation of the smoke control system. DUCT SYSTEMS 5. Fire dampers and /or smoke dampers are not required at a shaft where the shaft is acting as an extension of the mechanical equipment room that it serves and the shaft and mechanical equipment room maintain fire and smoke separation required by the greater of the two spaces from the occupied portions of the building and meet the requirements of Sections 713.11 and 713.12 of the New York City Building Code. 6. Smoke dampers are not required to be located within a prescribed distance of a fire - rated enclosure within which the air handling equipment is located and where isolation smoke dampers are used in air - handling equipment. See Section 607.2.3 for additional requirements. 7. Smoke dampers are not required in ducts where the air continues to move and the air - handling sys tem installed is arranged to prevent recirculation of exhaust or return air during a fire emergency condition. Such fans shall be provided with standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.5 Shaft enclosures. Ducts and air transfer openings shall not penetrate a shaft serving as an exit enclosure except as permitted by Section 1022.4 of the New York City Building Code. Shaft en closures that are permitted to be penetrated by ducts and air transfer openings shall be protected with approved fire and smoke dampers installed in accordance with their listing. Exceptions: 1. Fire dampers are not required at penetrations of shafts where any of the following apply: 1.1. In buildings equipped throughout with an automatic sprinkler system in accordance with Chapter 9 of the New York City Building Code, where steel exhaust subducts have a minimum thickness of 0.0187 inch (0.4712 mm) (No. 26 gage) and extend not less than 22 inches (558.8 mm) vertically in exhaust shafts, provided that there is a continuous airflow upward to the outdoors whenever the building is occupied. 1.2. Penetrations are tested in accordance with ASTM E 119 or UL 263 as part of the fire - resistance - rated assembly. 1.3. Ducts are used as part of an engineered smoke control system designed and installed in accordance with Section 909 of the New York City Building Code , and where the fire damper will interfere with the operat ion of the smoke control system. 1.4. The penetrations are in parking garage exhaust or supply shafts that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction. 2. Smoke dampers are not required in exhaust duc ts or shafts where the exhaust fan is maintained in operation whenever the building is occupied, in bathrooms and toilet room exhausts. 3. Smoke dampers are not required at penetrations of exhaust or supply shafts in parking garages that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction . 4. Smoke dampers are not required at penetrations of shafts where ducts are used as part of an engineered mechanical smoke control system designed in accordance with Section 909 of the New York City Building Code and where the smoke damper will interfere with the operation of the smoke control system. DUCT SYSTEMS 5. Fire dampers and /or smoke dampers are not required at a shaft where the shaft is acting as an extension of the mechanical equipment room that it serves and the shaft and mechanical equipment room maintain fire and smoke separation required by the greater of the two spaces from the occupied portions of the building and meet the requirements of Sections 713.11 and 713.12 of the New York City Building Code. 6. Smoke dampers are not required to be located within a prescribed distance of a fire - rated enclosure within which the air handling equipment is located and where isolation smoke dampers are used in air - handling equipment. See Section 607.2.3 for additional requirements. 7. Smoke dampers are not required in ducts where the air continues to move and the air - handling sys tem installed is arranged to prevent recirculation of exhaust or return air during a fire emergency condition. Such fans shall be provided with standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.5 Shaft enclosures. Ducts and air transfer openings shall not penetrate a shaft serving as an exit enclosure except as permitted by Section 1022.4 of the New York City Building Code. Shaft en closures that are permitted to be penetrated by ducts and air transfer openings shall be protected with approved fire and smoke dampers installed in accordance with their listing. Exceptions: 1. Fire dampers are not required at penetrations of shafts where any of the following apply: 1.1. In buildings equipped throughout with an automatic sprinkler system in accordance with Chapter 9 of the New York City Building Code, where steel exhaust subducts have a minimum thickness of 0.0187 inch (0.4712 mm) (No. 26 gage) and extend not less than 22 inches (558.8 mm) vertically in exhaust shafts, provided that there is a continuous airflow upward to the outdoors whenever the building is occupied. 1.2. Penetrations are tested in accordance with ASTM E 119 or UL 263 as part of the fire - resistance - rated assembly. 1.3. Ducts are used as part of an engineered smoke control system designed and installed in accordance with Section 909 of the New York City Building Code , and where the fire damper will interfere with the operat ion of the smoke control system. 1.4. The penetrations are in parking garage exhaust or supply shafts that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction. 2. Smoke dampers are not required in exhaust duc ts or shafts where the exhaust fan is maintained in operation whenever the building is occupied, in bathrooms and toilet room exhausts. 3. Smoke dampers are not required at penetrations of exhaust or supply shafts in parking garages that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction . 4. Smoke dampers are not required at penetrations of shafts where ducts are used as part of an engineered mechanical smoke control system designed in accordance with Section 909 of the New York City Building Code and where the smoke damper will interfere with the operation of the smoke control system. DUCT SYSTEMS 5. Fire dampers and /or smoke dampers are not required at a shaft where the shaft is acting as an extension of the mechanical equipment room that it serves and the shaft and mechanical equipment room maintain fire and smoke separation required by the greater of the two spaces from the occupied portions of the building and meet the requirements of Sections 713.11 and 713.12 of the New York City Building Code. 6. Smoke dampers are not required to be located within a prescribed distance of a fire - rated enclosure within which the air handling equipment is located and where isolation smoke dampers are used in air - handling equipment. See Section 607.2.3 for additional requirements. 7. Smoke dampers are not required in ducts where the air continues to move and the air - handling sys tem installed is arranged to prevent recirculation of exhaust or return air during a fire emergency condition. Such fans shall be provided with standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.5 Shaft enclosures. Ducts and air transfer openings shall not penetrate a shaft serving as an exit enclosure except as permitted by Section 1022.4 of the New York City Building Code. Shaft en closures that are permitted to be penetrated by ducts and air transfer openings shall be protected with approved fire and smoke dampers installed in accordance with their listing. Exceptions: 1. Fire dampers are not required at penetrations of shafts where any of the following apply: 1.1. In buildings equipped throughout with an automatic sprinkler system in accordance with Chapter 9 of the New York City Building Code, where steel exhaust subducts have a minimum thickness of 0.0187 inch (0.4712 mm) (No. 26 gage) and extend not less than 22 inches (558.8 mm) vertically in exhaust shafts, provided that there is a continuous airflow upward to the outdoors whenever the building is occupied. 1.2. Penetrations are tested in accordance with ASTM E 119 or UL 263 as part of the fire - resistance - rated assembly. 1.3. Ducts are used as part of an engineered smoke control system designed and installed in accordance with Section 909 of the New York City Building Code , and where the fire damper will interfere with the operat ion of the smoke control system. 1.4. The penetrations are in parking garage exhaust or supply shafts that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction. 2. Smoke dampers are not required in exhaust duc ts or shafts where the exhaust fan is maintained in operation whenever the building is occupied, in bathrooms and toilet room exhausts. 3. Smoke dampers are not required at penetrations of exhaust or supply shafts in parking garages that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction . 4. Smoke dampers are not required at penetrations of shafts where ducts are used as part of an engineered mechanical smoke control system designed in accordance with Section 909 of the New York City Building Code and where the smoke damper will interfere with the operation of the smoke control system. DUCT SYSTEMS 5. Fire dampers and /or smoke dampers are not required at a shaft where the shaft is acting as an extension of the mechanical equipment room that it serves and the shaft and mechanical equipment room maintain fire and smoke separation required by the greater of the two spaces from the occupied portions of the building and meet the requirements of Sections 713.11 and 713.12 of the New York City Building Code. 6. Smoke dampers are not required to be located within a prescribed distance of a fire - rated enclosure within which the air handling equipment is located and where isolation smoke dampers are used in air - handling equipment. See Section 607.2.3 for additional requirements. 7. Smoke dampers are not required in ducts where the air continues to move and the air - handling sys tem installed is arranged to prevent recirculation of exhaust or return air during a fire emergency condition. Such fans shall be provided with standby power in accordance with Chapter 27 of the New York City Building Code . [CONT.]: 607.5.5 Shaft enclosures. Ducts and air transfer openings shall not penetrate a shaft serving as an exit enclosure except as permitted by Section 1022.4 of the New York City Building Code. Shaft en closures that are permitted to be penetrated by ducts and air transfer openings shall be protected with approved fire and smoke dampers installed in accordance with their listing. Exceptions: 1. Fire dampers are not required at penetrations of shafts where any of the following apply: 1.1. In buildings equipped throughout with an automatic sprinkler system in accordance with Chapter 9 of the New York City Building Code, where steel exhaust subducts have a minimum thickness of 0.0187 inch (0.4712 mm) (No. 26 gage) and extend not less than 22 inches (558.8 mm) vertically in exhaust shafts, provided that there is a continuous airflow upward to the outdoors whenever the building is occupied. 1.2. Penetrations are tested in accordance with ASTM E 119 or UL 263 as part of the fire - resistance - rated assembly. 1.3. Ducts are used as part of an engineered smoke control system designed and installed in accordance with Section 909 of the New York City Building Code , and where the fire damper will interfere with the operat ion of the smoke control system. 1.4. The penetrations are in parking garage exhaust or supply shafts that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction. 2. Smoke dampers are not required in exhaust duc ts or shafts where the exhaust fan is maintained in operation whenever the building is occupied, in bathrooms and toilet room exhausts. 3. Smoke dampers are not required at penetrations of exhaust or supply shafts in parking garages that are separated from other building shafts by not less than 2 - hour fire - resistance - rated construction . 4. Smoke dampers are not required at penetrations of shafts where ducts are used as part of an engineered mechanical smoke control system designed in accordance with Section 909 of the New York City Building Code and where the smoke damper will interfere with the operation of the smoke control system. DUCT SYSTEMS 5. Fire dampers and /or smoke dampers are not required at a shaft where the shaft is acting as an extension of the mechanical equipment room that it serves and the shaft and mechanical equipment room maintain fire and smoke separation required by the greater of the two spaces from the occupied portions of the building and meet the requirements of Sections 713.11 and 713.12 of the New York City Building Code. 6. Smoke dampers are not required to be located within a prescribed distance of a fire - rated enclosure within which the air handling equipment is located and where isolation smoke dampers are used in air - handling equipment. See Section 607.2.3 for additional requirements. 7. Smoke dampers are not required in ducts where the air continues to move and the air - handling sys tem installed is arranged to prevent recirculation of exhaust or return air during a fire emergency condition. Such fans shall be provided with standby power in accordance with Chapter 27 of the New York City Building Code .",
    "metadata": {
      "section_full": "607.5.5",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5.5.1",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5.5.1 607.5.5.1 Enclosure at the bott om. Shaft enclosures that do not extend to the bottom of the building or structure shall be protected in accordance with Section 713.11 of the New York City Building Code. [CONT.]: 607.5.5.1 Enclosure at the bott om. Shaft enclosures that do not extend to the bottom of the building or structure shall be protected in accordance with Section 713.11 of the New York City Building Code. [CONT.]: 607.5.5.1 Enclosure at the bott om. Shaft enclosures that do not extend to the bottom of the building or structure shall be protected in accordance with Section 713.11 of the New York City Building Code. [CONT.]: 607.5.5.1 Enclosure at the bott om. Shaft enclosures that do not extend to the bottom of the building or structure shall be protected in accordance with Section 713.11 of the New York City Building Code. [CONT.]: 607.5.5.1 Enclosure at the bott om. Shaft enclosures that do not extend to the bottom of the building or structure shall be protected in accordance with Section 713.11 of the New York City Building Code. [CONT.]: 607.5.5.1 Enclosure at the bott om. Shaft enclosures that do not extend to the bottom of the building or structure shall be protected in accordance with Section 713.11 of the New York City Building Code.",
    "metadata": {
      "section_full": "607.5.5.1",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5.5.2",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5.5.2 607.5.5.2 Limitations. Shafts that constitute air ducts or that enclose air ducts us ed for the movement of environmental air shall not enclose: 1. Exhaust ducts used for the removal of smoke and grease - laden vapors from cooking equipment; 2. Ducts used for removal of flammable vapors; 3. Ducts used for moving, conveying, or transporting s tock, vapor or dust; 4. Ducts used for the removal of nonflammable corrosive fumes and vapors; 5. Refuse and linen chutes; or 6. Piping. Exception: Shafts that constitute air ducts or that enclose air ducts used for the movement of environmental air may en close noncombustible piping conveying water or other nonhazardous or nontoxic materials. [CONT.]: 607.5.5.2 Limitations. Shafts that constitute air ducts or that enclose air ducts us ed for the movement of environmental air shall not enclose: 1. Exhaust ducts used for the removal of smoke and grease - laden vapors from cooking equipment; 2. Ducts used for removal of flammable vapors; 3. Ducts used for moving, conveying, or transporting s tock, vapor or dust; 4. Ducts used for the removal of nonflammable corrosive fumes and vapors; 5. Refuse and linen chutes; or 6. Piping. Exception: Shafts that constitute air ducts or that enclose air ducts used for the movement of environmental air may en close noncombustible piping conveying water or other nonhazardous or nontoxic materials. [CONT.]: 607.5.5.2 Limitations. Shafts that constitute air ducts or that enclose air ducts us ed for the movement of environmental air shall not enclose: 1. Exhaust ducts used for the removal of smoke and grease - laden vapors from cooking equipment; 2. Ducts used for removal of flammable vapors; 3. Ducts used for moving, conveying, or transporting s tock, vapor or dust; 4. Ducts used for the removal of nonflammable corrosive fumes and vapors; 5. Refuse and linen chutes; or 6. Piping. Exception: Shafts that constitute air ducts or that enclose air ducts used for the movement of environmental air may en close noncombustible piping conveying water or other nonhazardous or nontoxic materials. [CONT.]: 607.5.5.2 Limitations. Shafts that constitute air ducts or that enclose air ducts us ed for the movement of environmental air shall not enclose: 1. Exhaust ducts used for the removal of smoke and grease - laden vapors from cooking equipment; 2. Ducts used for removal of flammable vapors; 3. Ducts used for moving, conveying, or transporting s tock, vapor or dust; 4. Ducts used for the removal of nonflammable corrosive fumes and vapors; 5. Refuse and linen chutes; or 6. Piping. Exception: Shafts that constitute air ducts or that enclose air ducts used for the movement of environmental air may en close noncombustible piping conveying water or other nonhazardous or nontoxic materials. [CONT.]: 607.5.5.2 Limitations. Shafts that constitute air ducts or that enclose air ducts us ed for the movement of environmental air shall not enclose: 1. Exhaust ducts used for the removal of smoke and grease - laden vapors from cooking equipment; 2. Ducts used for removal of flammable vapors; 3. Ducts used for moving, conveying, or transporting s tock, vapor or dust; 4. Ducts used for the removal of nonflammable corrosive fumes and vapors; 5. Refuse and linen chutes; or 6. Piping. Exception: Shafts that constitute air ducts or that enclose air ducts used for the movement of environmental air may en close noncombustible piping conveying water or other nonhazardous or nontoxic materials. [CONT.]: 607.5.5.2 Limitations. Shafts that constitute air ducts or that enclose air ducts us ed for the movement of environmental air shall not enclose: 1. Exhaust ducts used for the removal of smoke and grease - laden vapors from cooking equipment; 2. Ducts used for removal of flammable vapors; 3. Ducts used for moving, conveying, or transporting s tock, vapor or dust; 4. Ducts used for the removal of nonflammable corrosive fumes and vapors; 5. Refuse and linen chutes; or 6. Piping. Exception: Shafts that constitute air ducts or that enclose air ducts used for the movement of environmental air may en close noncombustible piping conveying water or other nonhazardous or nontoxic materials.",
    "metadata": {
      "section_full": "607.5.5.2",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5.6",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5.6 607.5.6 Exterior walls. Ducts and air transfer openings in fire - resistance - rated exterior walls required to have protected openings in accordance with Section 705.10 o f the New York City Building Code shall be protected with listed fire dampers installed in accordance with their listing. [CONT.]: 607.5.6 Exterior walls. Ducts and air transfer openings in fire - resistance - rated exterior walls required to have protected openings in accordance with Section 705.10 o f the New York City Building Code shall be protected with listed fire dampers installed in accordance with their listing. [CONT.]: 607.5.6 Exterior walls. Ducts and air transfer openings in fire - resistance - rated exterior walls required to have protected openings in accordance with Section 705.10 o f the New York City Building Code shall be protected with listed fire dampers installed in accordance with their listing. [CONT.]: 607.5.6 Exterior walls. Ducts and air transfer openings in fire - resistance - rated exterior walls required to have protected openings in accordance with Section 705.10 o f the New York City Building Code shall be protected with listed fire dampers installed in accordance with their listing. [CONT.]: 607.5.6 Exterior walls. Ducts and air transfer openings in fire - resistance - rated exterior walls required to have protected openings in accordance with Section 705.10 o f the New York City Building Code shall be protected with listed fire dampers installed in accordance with their listing. [CONT.]: 607.5.6 Exterior walls. Ducts and air transfer openings in fire - resistance - rated exterior walls required to have protected openings in accordance with Section 705.10 o f the New York City Building Code shall be protected with listed fire dampers installed in accordance with their listing.",
    "metadata": {
      "section_full": "607.5.6",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5.6.1",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5.6.1 607.5.6.1 Outdoor air intake openings. An outdoor air intake opening with gross area of more than 144 square inches (92 903 mm 2 ) shall be provided with fire dampers and smoke dampers, or combined fire and smoke dampers when such opening is located as follows (intake and exhaust separation requirements of Chapters 4 and 5 shall also be maintained): 1. Less than 30 feet (9144 mm) a bove grade. 2. Less than 30 feet (9144 mm) in any direction from any opening in another building. 3. Less than 15 feet (4572 mm) from a lot line. 4. Less than 50 feet (15 240 mm) above and less than 50 feet (15 240 mm) in any direction from a roof construc ted of combustible material or a building in which the exterior walls are constructed wholly or partly of wood. Exceptions: 1. Smoke dampers shall not be required for outdoor air intake openings of systems greater than 15,000 cfm (7.1 m 3 /s) which are provi ded with smoke dampers in accordance with Chapter 6 and arranged so as to not introduce smoke into the building or space in which the equipment is located. 2. A damper is not required where the combustion air intake duct, boiler room, and combustion air in take louver for such boiler room are enclosed with construction having a fire - resistance rating not less than the rating of the exterior wall, boiler room and any intervening space. [CONT.]: 607.5.6.1 Outdoor air intake openings. An outdoor air intake opening with gross area of more than 144 square inches (92 903 mm 2 ) shall be provided with fire dampers and smoke dampers, or combined fire and smoke dampers when such opening is located as follows (intake and exhaust separation requirements of Chapters 4 and 5 shall also be maintained): 1. Less than 30 feet (9144 mm) a bove grade. 2. Less than 30 feet (9144 mm) in any direction from any opening in another building. 3. Less than 15 feet (4572 mm) from a lot line. 4. Less than 50 feet (15 240 mm) above and less than 50 feet (15 240 mm) in any direction from a roof construc ted of combustible material or a building in which the exterior walls are constructed wholly or partly of wood. Exceptions: 1. Smoke dampers shall not be required for outdoor air intake openings of systems greater than 15,000 cfm (7.1 m 3 /s) which are provi ded with smoke dampers in accordance with Chapter 6 and arranged so as to not introduce smoke into the building or space in which the equipment is located. 2. A damper is not required where the combustion air intake duct, boiler room, and combustion air in take louver for such boiler room are enclosed with construction having a fire - resistance rating not less than the rating of the exterior wall, boiler room and any intervening space. [CONT.]: 607.5.6.1 Outdoor air intake openings. An outdoor air intake opening with gross area of more than 144 square inches (92 903 mm 2 ) shall be provided with fire dampers and smoke dampers, or combined fire and smoke dampers when such opening is located as follows (intake and exhaust separation requirements of Chapters 4 and 5 shall also be maintained): 1. Less than 30 feet (9144 mm) a bove grade. 2. Less than 30 feet (9144 mm) in any direction from any opening in another building. 3. Less than 15 feet (4572 mm) from a lot line. 4. Less than 50 feet (15 240 mm) above and less than 50 feet (15 240 mm) in any direction from a roof construc ted of combustible material or a building in which the exterior walls are constructed wholly or partly of wood. Exceptions: 1. Smoke dampers shall not be required for outdoor air intake openings of systems greater than 15,000 cfm (7.1 m 3 /s) which are provi ded with smoke dampers in accordance with Chapter 6 and arranged so as to not introduce smoke into the building or space in which the equipment is located. 2. A damper is not required where the combustion air intake duct, boiler room, and combustion air in take louver for such boiler room are enclosed with construction having a fire - resistance rating not less than the rating of the exterior wall, boiler room and any intervening space. [CONT.]: 607.5.6.1 Outdoor air intake openings. An outdoor air intake opening with gross area of more than 144 square inches (92 903 mm 2 ) shall be provided with fire dampers and smoke dampers, or combined fire and smoke dampers when such opening is located as follows (intake and exhaust separation requirements of Chapters 4 and 5 shall also be maintained): 1. Less than 30 feet (9144 mm) a bove grade. 2. Less than 30 feet (9144 mm) in any direction from any opening in another building. 3. Less than 15 feet (4572 mm) from a lot line. 4. Less than 50 feet (15 240 mm) above and less than 50 feet (15 240 mm) in any direction from a roof construc ted of combustible material or a building in which the exterior walls are constructed wholly or partly of wood. Exceptions: 1. Smoke dampers shall not be required for outdoor air intake openings of systems greater than 15,000 cfm (7.1 m 3 /s) which are provi ded with smoke dampers in accordance with Chapter 6 and arranged so as to not introduce smoke into the building or space in which the equipment is located. 2. A damper is not required where the combustion air intake duct, boiler room, and combustion air in take louver for such boiler room are enclosed with construction having a fire - resistance rating not less than the rating of the exterior wall, boiler room and any intervening space. [CONT.]: 607.5.6.1 Outdoor air intake openings. An outdoor air intake opening with gross area of more than 144 square inches (92 903 mm 2 ) shall be provided with fire dampers and smoke dampers, or combined fire and smoke dampers when such opening is located as follows (intake and exhaust separation requirements of Chapters 4 and 5 shall also be maintained): 1. Less than 30 feet (9144 mm) a bove grade. 2. Less than 30 feet (9144 mm) in any direction from any opening in another building. 3. Less than 15 feet (4572 mm) from a lot line. 4. Less than 50 feet (15 240 mm) above and less than 50 feet (15 240 mm) in any direction from a roof construc ted of combustible material or a building in which the exterior walls are constructed wholly or partly of wood. Exceptions: 1. Smoke dampers shall not be required for outdoor air intake openings of systems greater than 15,000 cfm (7.1 m 3 /s) which are provi ded with smoke dampers in accordance with Chapter 6 and arranged so as to not introduce smoke into the building or space in which the equipment is located. 2. A damper is not required where the combustion air intake duct, boiler room, and combustion air in take louver for such boiler room are enclosed with construction having a fire - resistance rating not less than the rating of the exterior wall, boiler room and any intervening space. [CONT.]: 607.5.6.1 Outdoor air intake openings. An outdoor air intake opening with gross area of more than 144 square inches (92 903 mm 2 ) shall be provided with fire dampers and smoke dampers, or combined fire and smoke dampers when such opening is located as follows (intake and exhaust separation requirements of Chapters 4 and 5 shall also be maintained): 1. Less than 30 feet (9144 mm) a bove grade. 2. Less than 30 feet (9144 mm) in any direction from any opening in another building. 3. Less than 15 feet (4572 mm) from a lot line. 4. Less than 50 feet (15 240 mm) above and less than 50 feet (15 240 mm) in any direction from a roof construc ted of combustible material or a building in which the exterior walls are constructed wholly or partly of wood. Exceptions: 1. Smoke dampers shall not be required for outdoor air intake openings of systems greater than 15,000 cfm (7.1 m 3 /s) which are provi ded with smoke dampers in accordance with Chapter 6 and arranged so as to not introduce smoke into the building or space in which the equipment is located. 2. A damper is not required where the combustion air intake duct, boiler room, and combustion air in take louver for such boiler room are enclosed with construction having a fire - resistance rating not less than the rating of the exterior wall, boiler room and any intervening space.",
    "metadata": {
      "section_full": "607.5.6.1",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.5.7",
    "text": "CONTEXT: 607 > 607.5 | CONTENT: 607.5.7 607.5.7 Smoke partitions. A listed smoke damper designed to resist the pa ssage of smoke shall be provided at each point where an air transfer opening penetrates a smoke partition. Smoke dampers and smoke damper actuation methods shall comply with Section 607.3.3.2. Exceptions: \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 607.5.7 Smoke partitions. A listed smoke damper designed to resist the pa ssage of smoke shall be provided at each point where an air transfer opening penetrates a smoke partition. Smoke dampers and smoke damper actuation methods shall comply with Section 607.3.3.2. Exceptions: DUCT SYSTEMS 1. Where the installation of a smoke damper will in terfere with the operation of a required smoke control system in accordance with Section 513, approved alternate protection shall be used. 2. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.7 Smoke partitions. A listed smoke damper designed to resist the pa ssage of smoke shall be provided at each point where an air transfer opening penetrates a smoke partition. Smoke dampers and smoke damper actuation methods shall comply with Section 607.3.3.2. Exceptions: DUCT SYSTEMS 1. Where the installation of a smoke damper will in terfere with the operation of a required smoke control system in accordance with Section 513, approved alternate protection shall be used. 2. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.7 Smoke partitions. A listed smoke damper designed to resist the pa ssage of smoke shall be provided at each point where an air transfer opening penetrates a smoke partition. Smoke dampers and smoke damper actuation methods shall comply with Section 607.3.3.2. Exceptions: DUCT SYSTEMS 1. Where the installation of a smoke damper will in terfere with the operation of a required smoke control system in accordance with Section 513, approved alternate protection shall be used. 2. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.7 Smoke partitions. A listed smoke damper designed to resist the pa ssage of smoke shall be provided at each point where an air transfer opening penetrates a smoke partition. Smoke dampers and smoke damper actuation methods shall comply with Section 607.3.3.2. Exceptions: DUCT SYSTEMS 1. Where the installation of a smoke damper will in terfere with the operation of a required smoke control system in accordance with Section 513, approved alternate protection shall be used. 2. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions. [CONT.]: 607.5.7 Smoke partitions. A listed smoke damper designed to resist the pa ssage of smoke shall be provided at each point where an air transfer opening penetrates a smoke partition. Smoke dampers and smoke damper actuation methods shall comply with Section 607.3.3.2. Exceptions: DUCT SYSTEMS 1. Where the installation of a smoke damper will in terfere with the operation of a required smoke control system in accordance with Section 513, approved alternate protection shall be used. 2. Smoke dampers shall not be required in ducts where the air continues to move and the air - handling system installed is arranged to prevent recirculation of exhaust or return air under fire emergency conditions.",
    "metadata": {
      "section_full": "607.5.7",
      "parent_major": "607",
      "parent_minor": "607.5",
      "source": "030.txt"
    }
  },
  {
    "id": "607.6",
    "text": "CONTEXT: 607 > 607.6 | CONTENT: 607.6 607.6 Horizontal assemblies. Penetrations by air ducts of a floor, floor/ceiling assembly or the ceiling membrane of a roof/ceiling assembly shall be protected by a shaft enclosure that complies with the New York City Building Code or shall comply with this section. [CONT.]: 607.6 Horizontal assemblies. Penetrations by air ducts of a floor, floor/ceiling assembly or the ceiling membrane of a roof/ceiling assembly shall be protected by a shaft enclosure that complies with the New York City Building Code or shall comply with this section. [CONT.]: 607.6 Horizontal assemblies. Penetrations by air ducts of a floor, floor/ceiling assembly or the ceiling membrane of a roof/ceiling assembly shall be protected by a shaft enclosure that complies with the New York City Building Code or shall comply with this section. [CONT.]: 607.6 Horizontal assemblies. Penetrations by air ducts of a floor, floor/ceiling assembly or the ceiling membrane of a roof/ceiling assembly shall be protected by a shaft enclosure that complies with the New York City Building Code or shall comply with this section. [CONT.]: 607.6 Horizontal assemblies. Penetrations by air ducts of a floor, floor/ceiling assembly or the ceiling membrane of a roof/ceiling assembly shall be protected by a shaft enclosure that complies with the New York City Building Code or shall comply with this section.",
    "metadata": {
      "section_full": "607.6",
      "parent_major": "607",
      "parent_minor": "607.6",
      "source": "030.txt"
    }
  },
  {
    "id": "607.6.2",
    "text": "CONTEXT: 607 > 607.6 | CONTENT: 607.6.2 607.6.2 Membrane penetrations. Ducts and air transfer openings constructed of approved materials, in accordance with Section 603, that penetrate the ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly shall be protected with one of the following: 1. A shaft enclosure in accordance with Section 713 of the New York City Building Code . 2. A listed ceiling radiation damper and firestopping insta lled at the ceiling line where a duct penetrates the ceiling of a fire - resistance - rated floor/ceiling or roof/ceiling assembly. 3. A listed ceiling radiation damper and firestopping installed at the ceiling line where a diffuser with no duct attached penet rates the ceiling of a fire - resistance - rated floor/ceiling or roof/ceiling assembly. [CONT.]: 607.6.2 Membrane penetrations. Ducts and air transfer openings constructed of approved materials, in accordance with Section 603, that penetrate the ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly shall be protected with one of the following: 1. A shaft enclosure in accordance with Section 713 of the New York City Building Code . 2. A listed ceiling radiation damper and firestopping insta lled at the ceiling line where a duct penetrates the ceiling of a fire - resistance - rated floor/ceiling or roof/ceiling assembly. 3. A listed ceiling radiation damper and firestopping installed at the ceiling line where a diffuser with no duct attached penet rates the ceiling of a fire - resistance - rated floor/ceiling or roof/ceiling assembly. [CONT.]: 607.6.2 Membrane penetrations. Ducts and air transfer openings constructed of approved materials, in accordance with Section 603, that penetrate the ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly shall be protected with one of the following: 1. A shaft enclosure in accordance with Section 713 of the New York City Building Code . 2. A listed ceiling radiation damper and firestopping insta lled at the ceiling line where a duct penetrates the ceiling of a fire - resistance - rated floor/ceiling or roof/ceiling assembly. 3. A listed ceiling radiation damper and firestopping installed at the ceiling line where a diffuser with no duct attached penet rates the ceiling of a fire - resistance - rated floor/ceiling or roof/ceiling assembly. [CONT.]: 607.6.2 Membrane penetrations. Ducts and air transfer openings constructed of approved materials, in accordance with Section 603, that penetrate the ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly shall be protected with one of the following: 1. A shaft enclosure in accordance with Section 713 of the New York City Building Code . 2. A listed ceiling radiation damper and firestopping insta lled at the ceiling line where a duct penetrates the ceiling of a fire - resistance - rated floor/ceiling or roof/ceiling assembly. 3. A listed ceiling radiation damper and firestopping installed at the ceiling line where a diffuser with no duct attached penet rates the ceiling of a fire - resistance - rated floor/ceiling or roof/ceiling assembly. [CONT.]: 607.6.2 Membrane penetrations. Ducts and air transfer openings constructed of approved materials, in accordance with Section 603, that penetrate the ceiling membrane of a fire - resistance - rated floor/ceiling or roof/ceiling assembly shall be protected with one of the following: 1. A shaft enclosure in accordance with Section 713 of the New York City Building Code . 2. A listed ceiling radiation damper and firestopping insta lled at the ceiling line where a duct penetrates the ceiling of a fire - resistance - rated floor/ceiling or roof/ceiling assembly. 3. A listed ceiling radiation damper and firestopping installed at the ceiling line where a diffuser with no duct attached penet rates the ceiling of a fire - resistance - rated floor/ceiling or roof/ceiling assembly.",
    "metadata": {
      "section_full": "607.6.2",
      "parent_major": "607",
      "parent_minor": "607.6",
      "source": "030.txt"
    }
  },
  {
    "id": "607.6.2.1",
    "text": "CONTEXT: 607 > 607.6 | CONTENT: 607.6.2.1 607.6.2.1 Ceiling radiation dampers. Ceiling radiation dampers shall be tested in accordance with Section 607.3.1. Ceiling radiation dampers shall be installed in accordan ce with the details listed in the fire - resistance - rated assembly and the manufacturer\u2019s instructions and listing. Ceiling radiation dampers are not required where any of the following apply: 1. Tests in accordance with ASTM E 119 or UL 263 have shown that ceiling radiation dampers are not necessary to maintain the fire - resistance rating of the assembly. 2. Where exhaust duct penetrations are protected in accordance with Section 714.4.2 of the New York City Building Code , are located within the cavity of a wall, and do not pass through another dwelling unit or tenant space. 3. Where duct and air transfer openings are protected with a duct outlet protection system tested as part of a fire - resistance - rated assembly in accordance with ASTM E 119 or UL 263 and t he building is protected 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 607.6.2.1 Ceiling radiation dampers. Ceiling radiation dampers shall be tested in accordance with Section 607.3.1. Ceiling radiation dampers shall be installed in accordan ce with the details listed in the fire - resistance - rated assembly and the manufacturer\u2019s instructions and listing. Ceiling radiation dampers are not required where any of the following apply: 1. Tests in accordance with ASTM E 119 or UL 263 have shown that ceiling radiation dampers are not necessary to maintain the fire - resistance rating of the assembly. 2. Where exhaust duct penetrations are protected in accordance with Section 714.4.2 of the New York City Building Code , are located within the cavity of a wall, and do not pass through another dwelling unit or tenant space. 3. Where duct and air transfer openings are protected with a duct outlet protection system tested as part of a fire - resistance - rated assembly in accordance with ASTM E 119 or UL 263 and t he building is protected 84 or UL 723. The temperature of air delivered to or through these plenums shall not exceed 250\u00b0F (121.1\u00b0C), except where used as part of an engineered smoke control system. The use of gypsum boards to form plenums shall be limited to systems where the air temperatures do not exceed 125 \u00b0 F (51.7 \u00b0 C) and th e building and mechanical system design conditions are such that the gypsum board surface temperature will be maintained above the airstream dew - point temperature. Air plenums formed by gypsum boards shall not be incorporated in air - handling systems utiliz ing evaporative coolers. [CONT.]: 607.6.2.1 Ceiling radiation dampers. Ceiling radiation dampers shall be tested in accordance with Section 607.3.1. Ceiling radiation dampers shall be installed in accordan ce with the details listed in the fire - resistance - rated assembly and the manufacturer\u2019s instructions and listing. Ceiling radiation dampers are not required where any of the following apply: 1. Tests in accordance with ASTM E 119 or UL 263 have shown that ceiling radiation dampers are not necessary to maintain the fire - resistance rating of the assembly. 2. Where exhaust duct penetrations are protected in accordance with Section 714.4.2 of the New York City Building Code , are located within the cavity of a wall, and do not pass through another dwelling unit or tenant space. 3. Where duct and air transfer openings are protected with a duct outlet protection system tested as part of a fire - resistance - rated assembly in accordance with ASTM E 119 or UL 263 and t he building is protected DUCT SYSTEMS throughout with an automatic sprinkler system in accordance with Chapter 9 of the New York City Building Code . [CONT.]: 607.6.2.1 Ceiling radiation dampers. Ceiling radiation dampers shall be tested in accordance with Section 607.3.1. Ceiling radiation dampers shall be installed in accordan ce with the details listed in the fire - resistance - rated assembly and the manufacturer\u2019s instructions and listing. Ceiling radiation dampers are not required where any of the following apply: 1. Tests in accordance with ASTM E 119 or UL 263 have shown that ceiling radiation dampers are not necessary to maintain the fire - resistance rating of the assembly. 2. Where exhaust duct penetrations are protected in accordance with Section 714.4.2 of the New York City Building Code , are located within the cavity of a wall, and do not pass through another dwelling unit or tenant space. 3. Where duct and air transfer openings are protected with a duct outlet protection system tested as part of a fire - resistance - rated assembly in accordance with ASTM E 119 or UL 263 and t he building is protected DUCT SYSTEMS throughout with an automatic sprinkler system in accordance with Chapter 9 of the New York City Building Code . [CONT.]: 607.6.2.1 Ceiling radiation dampers. Ceiling radiation dampers shall be tested in accordance with Section 607.3.1. Ceiling radiation dampers shall be installed in accordan ce with the details listed in the fire - resistance - rated assembly and the manufacturer\u2019s instructions and listing. Ceiling radiation dampers are not required where any of the following apply: 1. Tests in accordance with ASTM E 119 or UL 263 have shown that ceiling radiation dampers are not necessary to maintain the fire - resistance rating of the assembly. 2. Where exhaust duct penetrations are protected in accordance with Section 714.4.2 of the New York City Building Code , are located within the cavity of a wall, and do not pass through another dwelling unit or tenant space. 3. Where duct and air transfer openings are protected with a duct outlet protection system tested as part of a fire - resistance - rated assembly in accordance with ASTM E 119 or UL 263 and t he building is protected DUCT SYSTEMS throughout with an automatic sprinkler system in accordance with Chapter 9 of the New York City Building Code .",
    "metadata": {
      "section_full": "607.6.2.1",
      "parent_major": "607",
      "parent_minor": "607.6",
      "source": "030.txt"
    }
  },
  {
    "id": "607.6.3",
    "text": "CONTEXT: 607 > 607.6 | CONTENT: 607.6.3 607.6.3 Nonfire - resistance - rated floor assemblies. Duct systems constructed of approved materials in accordance with Sec tion 603 that penetrate nonfire - resistance - rated floor assemblies shall be protected by any of the following methods: 1. A shaft enclosure in accordance with Section 713 of the New York City Building Code. 2. The duct connects not more than two stories, an d the annular space around the penetrating duct is protected with an approved noncombustible material that resists the free passage of flame and the products of combustion. 3. In floor assemblies composed of noncombustible materials, a shaft shall not be r equired where the duct connects not more than three stories, the annular space around the penetrating duct is protected with an approved noncombustible material that resists the free passage of flame and the products of combustion and a fire damper is inst alled at each floor line. Exception: Fire dampers are not required in ducts within individual residential dwelling units. [CONT.]: 607.6.3 Nonfire - resistance - rated floor assemblies. Duct systems constructed of approved materials in accordance with Sec tion 603 that penetrate nonfire - resistance - rated floor assemblies shall be protected by any of the following methods: 1. A shaft enclosure in accordance with Section 713 of the New York City Building Code. 2. The duct connects not more than two stories, an d the annular space around the penetrating duct is protected with an approved noncombustible material that resists the free passage of flame and the products of combustion. 3. In floor assemblies composed of noncombustible materials, a shaft shall not be r equired where the duct connects not more than three stories, the annular space around the penetrating duct is protected with an approved noncombustible material that resists the free passage of flame and the products of combustion and a fire damper is inst alled at each floor line. Exception: Fire dampers are not required in ducts within individual residential dwelling units. [CONT.]: 607.6.3 Nonfire - resistance - rated floor assemblies. Duct systems constructed of approved materials in accordance with Sec tion 603 that penetrate nonfire - resistance - rated floor assemblies shall be protected by any of the following methods: 1. A shaft enclosure in accordance with Section 713 of the New York City Building Code. 2. The duct connects not more than two stories, an d the annular space around the penetrating duct is protected with an approved noncombustible material that resists the free passage of flame and the products of combustion. 3. In floor assemblies composed of noncombustible materials, a shaft shall not be r equired where the duct connects not more than three stories, the annular space around the penetrating duct is protected with an approved noncombustible material that resists the free passage of flame and the products of combustion and a fire damper is inst alled at each floor line. Exception: Fire dampers are not required in ducts within individual residential dwelling units.",
    "metadata": {
      "section_full": "607.6.3",
      "parent_major": "607",
      "parent_minor": "607.6",
      "source": "030.txt"
    }
  },
  {
    "id": "607.7",
    "text": "CONTEXT: 607 > 607.7 | CONTENT: 607.7 607.7 Flexible ducts and air connectors. Flexible ducts and air connectors shall not pass through any fire - resistance - rated assembly. Flexible air connectors shall not pass through any wall, floor or ceiling. SECTION MC 608 AIR OUTLETS AND AIR INLETS [CONT.]: 607.7 Flexible ducts and air connectors. Flexible ducts and air connectors shall not pass through any fire - resistance - rated assembly. Flexible air connectors shall not pass through any wall, floor or ceiling. SECTION MC 608 AIR OUTLETS AND AIR INLETS [CONT.]: 607.7 Flexible ducts and air connectors. Flexible ducts and air connectors shall not pass through any fire - resistance - rated assembly. Flexible air connectors shall not pass through any wall, floor or ceiling. SECTION MC 608 AIR OUTLETS AND AIR INLETS",
    "metadata": {
      "section_full": "607.7",
      "parent_major": "607",
      "parent_minor": "607.7",
      "source": "030.txt"
    }
  },
  {
    "id": "608.1",
    "text": "CONTEXT: 608 > 608.1 | CONTENT: 608.1 608.1 Air outlets. Air outlets shall comply with Sections 608.1.1 through 608.1.3. [CONT.]: 608.1 Air outlets. Air outlets shall comply with Sections 608.1.1 through 608.1.3. [CONT.]: 608.1 Air outlets. Air outlets shall comply with Sections 608.1.1 through 608.1.3.",
    "metadata": {
      "section_full": "608.1",
      "parent_major": "608",
      "parent_minor": "608.1",
      "source": "030.txt"
    }
  },
  {
    "id": "608.1.1",
    "text": "CONTEXT: 608 > 608.1 | CONTENT: 608.1.1 608.1.1 General. Air supplied to any space shall not con tain flammable vapors, flyings, or dust in quantities and concentrations that would introduce a hazardous condition. [CONT.]: 608.1.1 General. Air supplied to any space shall not con tain flammable vapors, flyings, or dust in quantities and concentrations that would introduce a hazardous condition. [CONT.]: 608.1.1 General. Air supplied to any space shall not con tain flammable vapors, flyings, or dust in quantities and concentrations that would introduce a hazardous condition.",
    "metadata": {
      "section_full": "608.1.1",
      "parent_major": "608",
      "parent_minor": "608.1",
      "source": "030.txt"
    }
  },
  {
    "id": "608.1.2",
    "text": "CONTEXT: 608 > 608.1 | CONTENT: 608.1.2 608.1.2 Construction of air outlets. Air outlets shall be constructed of noncombustible material or a material that has a maximum smoke - developed index/rating of 50 and a maximum flame spread index/rating of 25. [CONT.]: 608.1.2 Construction of air outlets. Air outlets shall be constructed of noncombustible material or a material that has a maximum smoke - developed index/rating of 50 and a maximum flame spread index/rating of 25. [CONT.]: 608.1.2 Construction of air outlets. Air outlets shall be constructed of noncombustible material or a material that has a maximum smoke - developed index/rating of 50 and a maximum flame spread index/rating of 25.",
    "metadata": {
      "section_full": "608.1.2",
      "parent_major": "608",
      "parent_minor": "608.1",
      "source": "030.txt"
    }
  },
  {
    "id": "608.1.3",
    "text": "CONTEXT: 608 > 608.1 | CONTENT: 608.1.3 608.1.3 Location of air outlets. The location of air outlets shall comply with the following requirements: 1. Air outlets shall be located at least 3 inches ( 76.2 mm) above t he floor. Exception: Air outlets may be located less than 3 inches ( 76.2 mm) above the floor where provisions have been made to prevent dirt and dust accumulations from entering the system. 2. Where located less than 7 feet (2133.6 mm) above the floor, out let openings shall be protected by a grille or screen having openings through which a 1 / 2 - inch (12.7 mm) sphere cannot pass. 3. Grilles may be located in floors provided they are installed so that they may be removed for cleaning purposes and provided they are constructed as follows: 3.1. Grilles up to 3 square feet (0.2787 m 2 ) in gross area shall be designed to support a concentrated live load of 250 pounds (113.4 kg) on any 4 square inches (2580.6 mm 2 ) of surface. 3.2. Grilles over 3 square f eet (0.2787 m 2 ) in gross area shall be designed to support the same loads as the floor in the area where used. 3.3. If located where they may be walked upon, the opening in grilles shall reject a 1 / 2 - inch (12.7 mm) sphere. [CONT.]: 608.1.3 Location of air outlets. The location of air outlets shall comply with the following requirements: 1. Air outlets shall be located at least 3 inches ( 76.2 mm) above t he floor. Exception: Air outlets may be located less than 3 inches ( 76.2 mm) above the floor where provisions have been made to prevent dirt and dust accumulations from entering the system. 2. Where located less than 7 feet (2133.6 mm) above the floor, out let openings shall be protected by a grille or screen having openings through which a 1 / 2 - inch (12.7 mm) sphere cannot pass. 3. Grilles may be located in floors provided they are installed so that they may be removed for cleaning purposes and provided they are constructed as follows: 3.1. Grilles up to 3 square feet (0.2787 m 2 ) in gross area shall be designed to support a concentrated live load of 250 pounds (113.4 kg) on any 4 square inches (2580.6 mm 2 ) of surface. 3.2. Grilles over 3 square f eet (0.2787 m 2 ) in gross area shall be designed to support the same loads as the floor in the area where used. 3.3. If located where they may be walked upon, the opening in grilles shall reject a 1 / 2 - inch (12.7 mm) sphere. [CONT.]: 608.1.3 Location of air outlets. The location of air outlets shall comply with the following requirements: 1. Air outlets shall be located at least 3 inches ( 76.2 mm) above t he floor. Exception: Air outlets may be located less than 3 inches ( 76.2 mm) above the floor where provisions have been made to prevent dirt and dust accumulations from entering the system. 2. Where located less than 7 feet (2133.6 mm) above the floor, out let openings shall be protected by a grille or screen having openings through which a 1 / 2 - inch (12.7 mm) sphere cannot pass. 3. Grilles may be located in floors provided they are installed so that they may be removed for cleaning purposes and provided they are constructed as follows: 3.1. Grilles up to 3 square feet (0.2787 m 2 ) in gross area shall be designed to support a concentrated live load of 250 pounds (113.4 kg) on any 4 square inches (2580.6 mm 2 ) of surface. 3.2. Grilles over 3 square f eet (0.2787 m 2 ) in gross area shall be designed to support the same loads as the floor in the area where used. 3.3. If located where they may be walked upon, the opening in grilles shall reject a 1 / 2 - inch (12.7 mm) sphere.",
    "metadata": {
      "section_full": "608.1.3",
      "parent_major": "608",
      "parent_minor": "608.1",
      "source": "030.txt"
    }
  },
  {
    "id": "608.2",
    "text": "CONTEXT: 608 > 608.2 | CONTENT: 608.2 608.2 Air inlets (return or exhau st or return and exhaust). Air inlets shall be constructed in accordance with Sections 608.2.1 through 608.2.3. [CONT.]: 608.2 Air inlets (return or exhau st or return and exhaust). Air inlets shall be constructed in accordance with Sections 608.2.1 through 608.2.3. [CONT.]: 608.2 Air inlets (return or exhau st or return and exhaust). Air inlets shall be constructed in accordance with Sections 608.2.1 through 608.2.3. [CONT.]: 608.2 Air inlets (return or exhau st or return and exhaust). Air inlets shall be constructed in accordance with Sections 608.2.1 through 608.2.3. [CONT.]: 608.2 Air inlets (return or exhau st or return and exhaust). Air inlets shall be constructed in accordance with Sections 608.2.1 through 608.2.3. [CONT.]: 608.2 Air inlets (return or exhau st or return and exhaust). Air inlets shall be constructed in accordance with Sections 608.2.1 through 608.2.3.",
    "metadata": {
      "section_full": "608.2",
      "parent_major": "608",
      "parent_minor": "608.2",
      "source": "030.txt"
    }
  },
  {
    "id": "608.2.1",
    "text": "CONTEXT: 608 > 608.2 | CONTENT: 608.2.1 608.2.1 General. Air shall not be recirculated from any space in which flammable vapors, flyings, or dust is present in quantities and concentrations that would introduce a hazardous condition into the return air system. [CONT.]: 608.2.1 General. Air shall not be recirculated from any space in which flammable vapors, flyings, or dust is present in quantities and concentrations that would introduce a hazardous condition into the return air system. [CONT.]: 608.2.1 General. Air shall not be recirculated from any space in which flammable vapors, flyings, or dust is present in quantities and concentrations that would introduce a hazardous condition into the return air system. [CONT.]: 608.2.1 General. Air shall not be recirculated from any space in which flammable vapors, flyings, or dust is present in quantities and concentrations that would introduce a hazardous condition into the return air system. [CONT.]: 608.2.1 General. Air shall not be recirculated from any space in which flammable vapors, flyings, or dust is present in quantities and concentrations that would introduce a hazardous condition into the return air system. [CONT.]: 608.2.1 General. Air shall not be recirculated from any space in which flammable vapors, flyings, or dust is present in quantities and concentrations that would introduce a hazardous condition into the return air system.",
    "metadata": {
      "section_full": "608.2.1",
      "parent_major": "608",
      "parent_minor": "608.2",
      "source": "030.txt"
    }
  },
  {
    "id": "608.2.2",
    "text": "CONTEXT: 608 > 608.2 | CONTENT: 608.2.2 608.2.2 Construction of air inlets. Air inlets shall be constructed of noncombustible material or a material that has a maximum flame spread index/rating of 25 and a maximum smoke - developed index/rating of 50. [CONT.]: 608.2.2 Construction of air inlets. Air inlets shall be constructed of noncombustible material or a material that has a maximum flame spread index/rating of 25 and a maximum smoke - developed index/rating of 50. [CONT.]: 608.2.2 Construction of air inlets. Air inlets shall be constructed of noncombustible material or a material that has a maximum flame spread index/rating of 25 and a maximum smoke - developed index/rating of 50. [CONT.]: 608.2.2 Construction of air inlets. Air inlets shall be constructed of noncombustible material or a material that has a maximum flame spread index/rating of 25 and a maximum smoke - developed index/rating of 50. [CONT.]: 608.2.2 Construction of air inlets. Air inlets shall be constructed of noncombustible material or a material that has a maximum flame spread index/rating of 25 and a maximum smoke - developed index/rating of 50. [CONT.]: 608.2.2 Construction of air inlets. Air inlets shall be constructed of noncombustible material or a material that has a maximum flame spread index/rating of 25 and a maximum smoke - developed index/rating of 50.",
    "metadata": {
      "section_full": "608.2.2",
      "parent_major": "608",
      "parent_minor": "608.2",
      "source": "030.txt"
    }
  },
  {
    "id": "608.2.3",
    "text": "CONTEXT: 608 > 608.2 | CONTENT: 608.2.3 608.2.3 Location of air inlets. The location of air inlets shall comply with the following require ments. \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 608.2.3 Location of air inlets. The location of air inlets shall comply with the following require ments. \u2021\u2021\u2021 Chapter 6 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 6 DUCT SYSTEMS SECTION MC 601 GENERAL [CONT.]: 608.2.3 Location of air inlets. The location of air inlets shall comply with the following require ments. DUCT SYSTEMS 1. Air inlets shall be located at least 3 inches ( 76.2 mm) above the floor. Exception: Air inlets may be located less than 3 inches ( 76.2 mm) above the floor where provisions have been made to prevent dirt and dust accumulations from entering the sy stem. 2. Where located less than 7 feet (2133.6 mm) above the floor, inlet openings shall be protected by a grille or screens having openings through which a 1 / 2 - inch (12.7 mm) sphere cannot pass. 3. Grilles may be located in floors provided they are inst alled so that they may be removed for cleaning purposes and provided they are constructed as follows: 3.1. Grilles up to 3 square feet (0.2787 m 2 ) in gross area shall be designed to support a concentrated live load of 250 pounds (113.4 kg) on any 4 square inches (2580.6 mm 2 ) of surface. 3.2. Grilles over 3 square feet (0.2787 m 2 ) in gross area shall be designed to support the same loads as the floor in the area where used. 3.3. If located where they may be walked upon, the opening in grilles shall re ject a 1 / 2 - inch (12.7 mm) sphere. SECTION MC 609 SERVICE OPENINGS [CONT.]: 608.2.3 Location of air inlets. The location of air inlets shall comply with the following require ments. DUCT SYSTEMS 1. Air inlets shall be located at least 3 inches ( 76.2 mm) above the floor. Exception: Air inlets may be located less than 3 inches ( 76.2 mm) above the floor where provisions have been made to prevent dirt and dust accumulations from entering the sy stem. 2. Where located less than 7 feet (2133.6 mm) above the floor, inlet openings shall be protected by a grille or screens having openings through which a 1 / 2 - inch (12.7 mm) sphere cannot pass. 3. Grilles may be located in floors provided they are inst alled so that they may be removed for cleaning purposes and provided they are constructed as follows: 3.1. Grilles up to 3 square feet (0.2787 m 2 ) in gross area shall be designed to support a concentrated live load of 250 pounds (113.4 kg) on any 4 square inches (2580.6 mm 2 ) of surface. 3.2. Grilles over 3 square feet (0.2787 m 2 ) in gross area shall be designed to support the same loads as the floor in the area where used. 3.3. If located where they may be walked upon, the opening in grilles shall re ject a 1 / 2 - inch (12.7 mm) sphere. SECTION MC 609 SERVICE OPENINGS [CONT.]: 608.2.3 Location of air inlets. The location of air inlets shall comply with the following require ments. DUCT SYSTEMS 1. Air inlets shall be located at least 3 inches ( 76.2 mm) above the floor. Exception: Air inlets may be located less than 3 inches ( 76.2 mm) above the floor where provisions have been made to prevent dirt and dust accumulations from entering the sy stem. 2. Where located less than 7 feet (2133.6 mm) above the floor, inlet openings shall be protected by a grille or screens having openings through which a 1 / 2 - inch (12.7 mm) sphere cannot pass. 3. Grilles may be located in floors provided they are inst alled so that they may be removed for cleaning purposes and provided they are constructed as follows: 3.1. Grilles up to 3 square feet (0.2787 m 2 ) in gross area shall be designed to support a concentrated live load of 250 pounds (113.4 kg) on any 4 square inches (2580.6 mm 2 ) of surface. 3.2. Grilles over 3 square feet (0.2787 m 2 ) in gross area shall be designed to support the same loads as the floor in the area where used. 3.3. If located where they may be walked upon, the opening in grilles shall re ject a 1 / 2 - inch (12.7 mm) sphere. SECTION MC 609 SERVICE OPENINGS [CONT.]: 608.2.3 Location of air inlets. The location of air inlets shall comply with the following require ments. DUCT SYSTEMS 1. Air inlets shall be located at least 3 inches ( 76.2 mm) above the floor. Exception: Air inlets may be located less than 3 inches ( 76.2 mm) above the floor where provisions have been made to prevent dirt and dust accumulations from entering the sy stem. 2. Where located less than 7 feet (2133.6 mm) above the floor, inlet openings shall be protected by a grille or screens having openings through which a 1 / 2 - inch (12.7 mm) sphere cannot pass. 3. Grilles may be located in floors provided they are inst alled so that they may be removed for cleaning purposes and provided they are constructed as follows: 3.1. Grilles up to 3 square feet (0.2787 m 2 ) in gross area shall be designed to support a concentrated live load of 250 pounds (113.4 kg) on any 4 square inches (2580.6 mm 2 ) of surface. 3.2. Grilles over 3 square feet (0.2787 m 2 ) in gross area shall be designed to support the same loads as the floor in the area where used. 3.3. If located where they may be walked upon, the opening in grilles shall re ject a 1 / 2 - inch (12.7 mm) sphere. SECTION MC 609 SERVICE OPENINGS",
    "metadata": {
      "section_full": "608.2.3",
      "parent_major": "608",
      "parent_minor": "608.2",
      "source": "030.txt"
    }
  },
  {
    "id": "609.1",
    "text": "CONTEXT: 609 > 609.1 | CONTENT: 609.1 609.1 General. Horizontal air ducts and plenums shall be provided with service openings to facilitate the removal of accumulations of dust and combustible materials. Service openings shall b e located at approximately 20 - foot (6096 mm) intervals along the air duct and at the base of each vertical riser. Exceptions: 1. Removable air outlet or air inlet devices of adequate size shall be permitted in lieu of service openings. 2. Service openings shall not be required in supply ducts where the supply air has previously passed through an air filter, air cleaner, or water spray. Such air filters and air cleaners shall be properly maintained and replaced when needed. 3. Service openings shall not be r equired where all of the following conditions exist: 3.1. The occupancy has no process producing combustible material such as dust, lint, or greasy vapors. Such occupancies include banks, office buildings, houses of worship, hotels, and health care facilit ies (but not kitchens, laundries, and manufacturing portions of such facilities). 3.2. The air inlets are at least 7 feet (2133.6 mm) above the floor or are protected by corrosion - resistant metal screens of at least 14 mesh (0.07 inches) (1.8 mm) that are installed at the inlets so that they cannot draw papers, refuse, or other combustible solids into the return air duct. 3.3. The minimum design velocity in the return duct for the particular occupancy is 1000 feet/minute (5.080 m/s)., out let openings shall be protected by a grille or screen having openings through which a 1 / 2 - inch (12.7 mm) sphere cannot pass. 3. Grilles may be located in floors provided they are installed so that they may be removed for cleaning purposes and provided they are constructed as follows: 3.1. Grilles up to 3 square feet (0.2787 m 2 ) in gross area shall be designed to support a concentrated live load of 250 pounds (113.4 kg) on any 4 square inches (2580.6 mm 2 ) of surface. 3.2. Grilles over 3 square f eet (0.2787 m 2 ) in gross area shall be designed to support the same loads as the floor in the area where used. 3.3. If located where they may be walked upon, the opening in grilles shall reject a 1 / 2 - inch (12.7 mm) sphere. [CONT.]: 609.1 General. Horizontal air ducts and plenums shall be provided with service openings to facilitate the removal of accumulations of dust and combustible materials. Service openings shall b e located at approximately 20 - foot (6096 mm) intervals along the air duct and at the base of each vertical riser. Exceptions: 1. Removable air outlet or air inlet devices of adequate size shall be permitted in lieu of service openings. 2. Service openings shall not be required in supply ducts where the supply air has previously passed through an air filter, air cleaner, or water spray. Such air filters and air cleaners shall be properly maintained and replaced when needed. 3. Service openings shall not be r equired where all of the following conditions exist: 3.1. The occupancy has no process producing combustible material such as dust, lint, or greasy vapors. Such occupancies include banks, office buildings, houses of worship, hotels, and health care facilit ies (but not kitchens, laundries, and manufacturing portions of such facilities). 3.2. The air inlets are at least 7 feet (2133.6 mm) above the floor or are protected by corrosion - resistant metal screens of at least 14 mesh (0.07 inches) (1.8 mm) that are installed at the inlets so that they cannot draw papers, refuse, or other combustible solids into the return air duct. 3.3. The minimum design velocity in the return duct for the particular occupancy is 1000 feet/minute (5.080 m/s)., out let openings shall be protected by a grille or screen having openings through which a 1 / 2 - inch (12.7 mm) sphere cannot pass. 3. Grilles may be located in floors provided they are installed so that they may be removed for cleaning purposes and provided they are constructed as follows: 3.1. Grilles up to 3 square feet (0.2787 m 2 ) in gross area shall be designed to support a concentrated live load of 250 pounds (113.4 kg) on any 4 square inches (2580.6 mm 2 ) of surface. 3.2. Grilles over 3 square f eet (0.2787 m 2 ) in gross area shall be designed to support the same loads as the floor in the area where used. 3.3. If located where they may be walked upon, the opening in grilles shall reject a 1 / 2 - inch (12.7 mm) sphere. [CONT.]: 609.1 General. Horizontal air ducts and plenums shall be provided with service openings to facilitate the removal of accumulations of dust and combustible materials. Service openings shall b e located at approximately 20 - foot (6096 mm) intervals along the air duct and at the base of each vertical riser. Exceptions: 1. Removable air outlet or air inlet devices of adequate size shall be permitted in lieu of service openings. 2. Service openings shall not be required in supply ducts where the supply air has previously passed through an air filter, air cleaner, or water spray. Such air filters and air cleaners shall be properly maintained and replaced when needed. 3. Service openings shall not be r equired where all of the following conditions exist: 3.1. The occupancy has no process producing combustible material such as dust, lint, or greasy vapors. Such occupancies include banks, office buildings, houses of worship, hotels, and health care facilit ies (but not kitchens, laundries, and manufacturing portions of such facilities). 3.2. The air inlets are at least 7 feet (2133.6 mm) above the floor or are protected by corrosion - resistant metal screens of at least 14 mesh (0.07 inches) (1.8 mm) that are installed at the inlets so that they cannot draw papers, refuse, or other combustible solids into the return air duct. 3.3. The minimum design velocity in the return duct for the particular occupancy is 1000 feet/minute (5.080 m/s)., out let openings shall be protected by a grille or screen having openings through which a 1 / 2 - inch (12.7 mm) sphere cannot pass. 3. Grilles may be located in floors provided they are installed so that they may be removed for cleaning purposes and provided they are constructed as follows: 3.1. Grilles up to 3 square feet (0.2787 m 2 ) in gross area shall be designed to support a concentrated live load of 250 pounds (113.4 kg) on any 4 square inches (2580.6 mm 2 ) of surface. 3.2. Grilles over 3 square f eet (0.2787 m 2 ) in gross area shall be designed to support the same loads as the floor in the area where used. 3.3. If located where they may be walked upon, the opening in grilles shall reject a 1 / 2 - inch (12.7 mm) sphere. [CONT.]: 609.1 General. Horizontal air ducts and plenums shall be provided with service openings to facilitate the removal of accumulations of dust and combustible materials. Service openings shall b e located at approximately 20 - foot (6096 mm) intervals along the air duct and at the base of each vertical riser. Exceptions: 1. Removable air outlet or air inlet devices of adequate size shall be permitted in lieu of service openings. 2. Service openings shall not be required in supply ducts where the supply air has previously passed through an air filter, air cleaner, or water spray. Such air filters and air cleaners shall be properly maintained and replaced when needed. 3. Service openings shall not be r equired where all of the following conditions exist: 3.1. The occupancy has no process producing combustible material such as dust, lint, or greasy vapors. Such occupancies include banks, office buildings, houses of worship, hotels, and health care facilit ies (but not kitchens, laundries, and manufacturing portions of such facilities). 3.2. The air inlets are at least 7 feet (2133.6 mm) above the floor or are protected by corrosion - resistant metal screens of at least 14 mesh (0.07 inches) (1.8 mm) that are installed at the inlets so that they cannot draw papers, refuse, or other combustible solids into the return air duct. 3.3. The minimum design velocity in the return duct for the particular occupancy is 1000 feet/minute (5.080 m/s).",
    "metadata": {
      "section_full": "609.1",
      "parent_major": "609",
      "parent_minor": "609.1",
      "source": "030.txt"
    }
  },
  {
    "id": "701.1",
    "text": "CONTEXT: 701 > 701.1 | CONTENT: 701.1 701.1 Scope. The provisions of this chapter shall govern the requirements for combustion, ventilation, and dilution air for fuel - burning appliances other than gas - fired appliances. The requirements for combustion, ventilation, and dilution air for gas - fired appliances shal l be in accordance with the New York City Fuel Gas Code.",
    "metadata": {
      "section_full": "701.1",
      "parent_major": "701",
      "parent_minor": "701.1",
      "source": "031.txt"
    }
  },
  {
    "id": "701.2",
    "text": "CONTEXT: 701 > 701.2 | CONTENT: 701.2 701.2 Combustion, ventilation, and dilution air required. Every room or space containing fuel - burning appliances shall be provided with combustion, ventilation, and dilution air as required by this c ode. Combustion, ventilation, and dilution air shall be provided in accordance with Section 702, 703, 704, 705, 706 or 707. Direct - vent appliances or equipment that do not draw combustion air from inside of the building are not required to be considered in the determination of the combustion and dilution air requirements and shall be installed in accordance with the equipment manufacturer\u2019s instructions and listing. Combustion air requirements shall be determined based on the simultaneous operation of all f uel - burning appliances drawing combustion, ventilation, and dilution air from the room or space. Combustion, ventilation, and dilution air shall be obtained solely from the outdoors for fuel - burning appliances with an input greater than 350,000 Btu/h (102. 6 kW). The room or space containing fuel - burning appliances shall comply with the requirements of Sections C402.5.3 and R402.4.4, as applicable, of the New York City Energy Conservation Code and Section 1012 of this code.",
    "metadata": {
      "section_full": "701.2",
      "parent_major": "701",
      "parent_minor": "701.2",
      "source": "031.txt"
    }
  },
  {
    "id": "701.3",
    "text": "CONTEXT: 701 > 701.3 | CONTENT: 701.3 701.3 Circulation of air. The equi pment and appliances within every room containing fuel - burning appliances shall be installed so as to allow free circulation of air. Provisions shall be made to allow for the simultaneous operation of mechanical exhaust systems, fireplaces or other equipme nt and appliances operating in the same room or space from which combustion, ventilation, and dilution air is being drawn. Such provisions shall prevent the operation of such appliances, equipment and systems from affecting the supply of combustion, ventil ation, and dilution air.",
    "metadata": {
      "section_full": "701.3",
      "parent_major": "701",
      "parent_minor": "701.3",
      "source": "031.txt"
    }
  },
  {
    "id": "701.3.1",
    "text": "CONTEXT: 701 > 701.3 | CONTENT: 701.3.1 701.3.1 Makeup air for fuel - burning devices. Where exhaust fans are installed, makeup air shall be provided to replace the exhausted air. Calculations shall be provided on the construction documents to validate the use of the exhaust fan(s) and compliance with this chapter.",
    "metadata": {
      "section_full": "701.3.1",
      "parent_major": "701",
      "parent_minor": "701.3",
      "source": "031.txt"
    }
  },
  {
    "id": "701.3.2",
    "text": "CONTEXT: 701 > 701.3 | CONTENT: 701.3.2 701.3.2 Ventilation air f or fuel - burning devices. Where ventilation air is brought in by mechanical means for heat generation mitigation, provisions must be made for proper air balance to prevent a negative or positive pressure in the boiler and to discharge the ventilation air di rectly to the outside.",
    "metadata": {
      "section_full": "701.3.2",
      "parent_major": "701",
      "parent_minor": "701.3",
      "source": "031.txt"
    }
  },
  {
    "id": "701.4",
    "text": "CONTEXT: 701 > 701.4 | CONTENT: 701.4 701.4 Crawl space and attic space. For the purposes of this chapter, an opening to a naturally ventilated crawl space or attic space shall be considered equivalent to an opening to the outdoors.",
    "metadata": {
      "section_full": "701.4",
      "parent_major": "701",
      "parent_minor": "701.4",
      "source": "031.txt"
    }
  },
  {
    "id": "701.4.1",
    "text": "CONTEXT: 701 > 701.4 | CONTENT: 701.4.1 701.4.1 Crawl space. Where lower combu stion air openings connect with crawl spaces, such spaces shall have unobstructed openings to the outdoors at least twice that required for the combustion air openings . The height of the crawl space shall comply with the requirements of the New York City B uilding Code and shall be without obstruction to the free flow of air.",
    "metadata": {
      "section_full": "701.4.1",
      "parent_major": "701",
      "parent_minor": "701.4",
      "source": "031.txt"
    }
  },
  {
    "id": "701.4.2",
    "text": "CONTEXT: 701 > 701.4 | CONTENT: 701.4.2 701.4.2 Attic space. Where combustion air is obtained from an attic area, the attic ventilating openings shall not be subject to ice or snow blockage, and the attic shall have not less than 30 inches (762 mm) vertical clear height at its maxi - mum point. Attic ventilation openings shall be sufficient to provide the required volume of combustion air and the attic ventilation required by the New York City Building Code. The combustion air o penings shall be provided with a sleeve of not less than 0.019 inch (0.48 mm) (No.26 Gage) galvanized steel or other approved material extending from the appliance enclosure to at least 6 inches (",
    "metadata": {
      "section_full": "701.4.2",
      "parent_major": "701",
      "parent_minor": "701.4",
      "source": "031.txt"
    }
  },
  {
    "id": "152.4",
    "text": "CONTEXT: 152 > 152.4 | CONTENT: 152.4 152.4 mm) above the top of the ceiling joists and insulation . [CONT.]: 152.4 mm) and under. 6.3. Where welding is not feasible, the commissioner may allow an acceptable alternative. 7. Radiographic examination, when required, shall be performed on butt - welds in accordance with ASME B31.1 based on the piping system design pressure and shall be as foll ows: Piping System Design Pressure Percentage 90 psig (620.5 kPa) or below Not RequiredB31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 152.4 mm) and under. 6.3. Where welding is not feasible, the commissioner may allow an acceptable alternative. 7. Radiographic examination, when required, shall be performed on butt - welds in accordance with ASME B31.1 based on the piping system design pressure and shall be as foll ows: Piping System Design Pressure Percentage 90 psig (620.5 kPa) or below Not RequiredB31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 152.4 mm) and under. 6.3. Where welding is not feasible, the commissioner may allow an acceptable alternative. 7. Radiographic examination, when required, shall be performed on butt - welds in accordance with ASME B31.1 based on the piping system design pressure and shall be as foll ows: Piping System Design Pressure Percentage 90 psig (620.5 kPa) or below Not Required HYDRONIC PIPING 91 psig (627.4 kPa) to 150 psig (1034.2 kPa) 10 at Random Over 150 psig (1034.2 kPa) 100 However, if, in the opinion of the engineer responsible for special inspection, radiographic examination is not required for piping at pressure between 90 psig (620.5 kPa) and 150 psig (1034.2 kPa), the engineer shall so specify in writing, and the final r eport on the installation may omit the foregoing, and be predicated on all of the other requirements noted in this section, and a hydrostatic test. [CONT.]: 152.4 mm) and under. 6.3. Where welding is not feasible, the commissioner may allow an acceptable alternative. 7. Radiographic examination, when required, shall be performed on butt - welds in accordance with ASME B31.1 based on the piping system design pressure and shall be as foll ows: Piping System Design Pressure Percentage 90 psig (620.5 kPa) or below Not Required HYDRONIC PIPING 91 psig (627.4 kPa) to 150 psig (1034.2 kPa) 10 at Random Over 150 psig (1034.2 kPa) 100 However, if, in the opinion of the engineer responsible for special inspection, radiographic examination is not required for piping at pressure between 90 psig (620.5 kPa) and 150 psig (1034.2 kPa), the engineer shall so specify in writing, and the final r eport on the installation may omit the foregoing, and be predicated on all of the other requirements noted in this section, and a hydrostatic test. [CONT.]: 152.4 mm) and under. 6.3. Where welding is not feasible, the commissioner may allow an acceptable alternative. 7. Radiographic examination, when required, shall be performed on butt - welds in accordance with ASME B31.1 based on the piping system design pressure and shall be as foll ows: Piping System Design Pressure Percentage 90 psig (620.5 kPa) or below Not Required HYDRONIC PIPING 91 psig (627.4 kPa) to 150 psig (1034.2 kPa) 10 at Random Over 150 psig (1034.2 kPa) 100 However, if, in the opinion of the engineer responsible for special inspection, radiographic examination is not required for piping at pressure between 90 psig (620.5 kPa) and 150 psig (1034.2 kPa), the engineer shall so specify in writing, and the final r eport on the installation may omit the foregoing, and be predicated on all of the other requirements noted in this section, and a hydrostatic test. [CONT.]: 152.4 mm) and under. 6.3. Where welding is not feasible, the commissioner may allow an acceptable alternative. 7. Radiographic examination, when required, shall be performed on butt - welds in accordance with ASME B31.1 based on the piping system design pressure and shall be as foll ows: Piping System Design Pressure Percentage 90 psig (620.5 kPa) or below Not Required HYDRONIC PIPING 91 psig (627.4 kPa) to 150 psig (1034.2 kPa) 10 at Random Over 150 psig (1034.2 kPa) 100 However, if, in the opinion of the engineer responsible for special inspection, radiographic examination is not required for piping at pressure between 90 psig (620.5 kPa) and 150 psig (1034.2 kPa), the engineer shall so specify in writing, and the final r eport on the installation may omit the foregoing, and be predicated on all of the other requirements noted in this section, and a hydrostatic test.",
    "metadata": {
      "section_full": "152.4",
      "parent_major": "152",
      "parent_minor": "152.4",
      "source": "031.txt"
    }
  },
  {
    "id": "701.5",
    "text": "CONTEXT: 701 > 701.5 | CONTENT: 701.5 701.5 Prohibited sources. Openings and ducts shall not connect appliance enclosures with a space in which the operation of a fan will adversely affect the flow of the combustion, ventilation, and dilution air. Combustion, ventilation, and dilution air sh all not be subject to ice or snow blockage. No combustion, ventilation, and dilution air inlet COMBUSTION, VENTILATION, AND DILUTION AIR shall be less than 30 inches (762 mm) above grade. Combustion, ventilation, and dilution air shall not be obtained from a hazardous location, except where the fu el - fired appliances are located within the hazardous location and are installed in accordance with this code. Combustion, ventilation, and dilution air shall not be taken from a refrigeration machinery room, except where a refrigerant vapor detector system is installed to automatically shut off the combustion process in the event of refrigerant leakage. For structures in flood hazard areas, air shall be obtained from a location complying with the additional requirements of Appendix G of the New York City Bu ilding Code. SECTION MC 702 INSIDE AIR",
    "metadata": {
      "section_full": "701.5",
      "parent_major": "701",
      "parent_minor": "701.5",
      "source": "031.txt"
    }
  },
  {
    "id": "702.1",
    "text": "CONTEXT: 702 > 702.1 | CONTENT: 702.1 702.1 All air from indoors. Combustion, ventilation, and dilution air shall be permitted to be obtained entirely from the indoors in buildings that are not of unusually tight construction. In buildings of unusually tight construction, combustion air shall be obtained from the outdoors in accordance with Section 703, 705, 706 or 707.",
    "metadata": {
      "section_full": "702.1",
      "parent_major": "702",
      "parent_minor": "702.1",
      "source": "031.txt"
    }
  },
  {
    "id": "702.2",
    "text": "CONTEXT: 702 > 702.2 | CONTENT: 702.2 702.2 Air from the same room or space. The room or space containing fuel - burning appliances shall be an unconfined space as de fined in Section 202.",
    "metadata": {
      "section_full": "702.2",
      "parent_major": "702",
      "parent_minor": "702.2",
      "source": "031.txt"
    }
  },
  {
    "id": "702.3",
    "text": "CONTEXT: 702 > 702.3 | CONTENT: 702.3 702.3 Air from adjacent spaces. Where the volume of the room in which the fuel - burning appliances are located does not comply with Section 702.2, additional inside combustion, ventilation, and dilution air shall be obtained by opening the room to adjacent spaces so that the combined volume of all communicating spaces meets the volumetric requirement of Section 702.2. Openings connecting the spaces shall comply with Sections 702.3.1, 702.3.2 and Figure A - 1 of Appendix A.",
    "metadata": {
      "section_full": "702.3",
      "parent_major": "702",
      "parent_minor": "702.3",
      "source": "031.txt"
    }
  },
  {
    "id": "702.3.1",
    "text": "CONTEXT: 702 > 702.3 | CONTENT: 702.3.1 702.3.1 Number and location of openings. Two openings shall be provided, one within 1 foot (",
    "metadata": {
      "section_full": "702.3.1",
      "parent_major": "702",
      "parent_minor": "702.3",
      "source": "031.txt"
    }
  },
  {
    "id": "702.3.2",
    "text": "CONTEXT: 702 > 702.3 | CONTENT: 702.3.2 702.3.2 Size of openings. The net free area of each opening, calculated in accordance with Sect ion 708, shall be a minimum of 1 square inch per 1,000 Btu/h (2201 mm 2 /kW) of input rating of the fuel - burning appliances drawing combustion, ventilation, and dilution air from the communicating spaces and shall be not less than 100 square inches (64 516 m m 2 ). SECTION MC 703 OUTDOOR AIR",
    "metadata": {
      "section_full": "702.3.2",
      "parent_major": "702",
      "parent_minor": "702.3",
      "source": "031.txt"
    }
  },
  {
    "id": "703.1",
    "text": "CONTEXT: 703 > 703.1 | CONTENT: 703.1 703.1 All air from the outdoors. Where all combustion, ventilation, and dilution air is to be provided by outdoor air, the required combustion, ventilation, and dilution air shall be obtained by direct opening by louver or a duct(s) from the boiler room to the outdoors. Openings connecting the room to the outdoor air shall comply with Sections",
    "metadata": {
      "section_full": "703.1",
      "parent_major": "703",
      "parent_minor": "703.1",
      "source": "031.txt"
    }
  },
  {
    "id": "703.1.1",
    "text": "CONTEXT: 703 > 703.1 | CONTENT: 703.1.1 703.1.1 Two - permanent - openings method. Two permanent openings, one commencing within 12 inches (304.8 mm) at the top and one commencing within 12 inches (304.8 mm) of the bottom of the room, shall be provided. The openings shall communicate directly, or by ducts, with the outdoors or spaces th at freely communicate with the outdoors as follows: 1. Where directly communicating with the outdoors, or where communicating with the outdoors through vertical ducts, each opening shall have a minimum free area of 1 square inch per 4,000 Btu/h (550 mm 2 /kW ) of total input rating of all equipment in the room. 2. Where communicating with the outdoors through horizontal ducts, each opening shall have a minimum free area of not less than 1 square inch per 2,000 Btu/H (1100 mm 2 /kW) of total input rating of all e quipment in the room.",
    "metadata": {
      "section_full": "703.1.1",
      "parent_major": "703",
      "parent_minor": "703.1",
      "source": "031.txt"
    }
  },
  {
    "id": "703.1.2",
    "text": "CONTEXT: 703 > 703.1 | CONTENT: 703.1.2 703.1.2 One - permanent - opening method. One permanent opening, commencing within 12 inches (304.8 mm) of the top of the enclosure, shall be provided. The equipment shall have clearances of at least 1 inch (25.4 mm) from the sides and b ack and 6 inches (152.4 mm) from the front of the appliance. The opening shall directly communicate with the outdoors or through a vertical or horizontal duct to the outdoors or spaces that freely communicate with mm) at the top and one commencing within 12 inches (304.8 mm) of the bottom of the room, shall be provided. The openings shall communicate directly, or by ducts, with the outdoors or spaces th at freely communicate with the outdoors as follows: 1. Where directly communicating with the outdoors, or where communicating with the outdoors through vertical ducts, each opening shall have a minimum free area of 1 square inch per 4,000 Btu/h (550 mm 2 /kW ) of total input rating of all equipment in the room. 2. Where communicating with the outdoors through horizontal ducts, each opening shall have a minimum free area of not less than 1 square inch per 2,000 Btu/H (1100 mm 2 /kW) of total input rating of all e quipment in the room. [CONT.]: 703.1.2 One - permanent - opening method. One permanent opening, commencing within 12 inches (304.8 mm) of the top of the enclosure, shall be provided. The equipment shall have clearances of at least 1 inch (25.4 mm) from the sides and b ack and 6 inches (152.4 mm) from the front of the appliance. The opening shall directly communicate with the outdoors or through a vertical or horizontal duct to the outdoors or spaces that freely communicate with COMBUSTION, VENTILATION, AND DILUTION AIR the outdoors and shall have a minimum free area of 1 square inch per 3,000 Btu/h (734 mm 2 /kW) of the total input rating of all equipment located in the enclosure, and not less than the sum of the areas of all vent connectors in the space. SECTION MC 704 COMBINED USE OF INSIDE AND OUTDOOR AIR (COND ITION 1)",
    "metadata": {
      "section_full": "703.1.2",
      "parent_major": "703",
      "parent_minor": "703.1",
      "source": "031.txt"
    }
  },
  {
    "id": "704.1",
    "text": "CONTEXT: 704 > 704.1 | CONTENT: 704.1 704.1 Combination of air from inside and outdoors. This section shall apply only to appliances located in confined spaces in buildings not of unusually tight construction. Where the volumes of rooms and spaces are combined for the purpose of provi ding indoor combustion air, such rooms and spaces shall communicate through permanent openings in compliance with Sections 702.3.1 and 702.3.2. The required combustion, ventilation, and dilution air shall be obtained by opening the room to the outdoors usi ng a combination of inside and outdoor air, prorated in accordance with Section 704.1.6. The ratio of interior spaces shall comply with Section 704.1.5. The number, location and ratios of openings connecting the space with the outdoor air shall comply with Sections 704.1.1 through 704.1.4.",
    "metadata": {
      "section_full": "704.1",
      "parent_major": "704",
      "parent_minor": "704.1",
      "source": "031.txt"
    }
  },
  {
    "id": "704.1.1",
    "text": "CONTEXT: 704 > 704.1 | CONTENT: 704.1.1 704.1.1 Number and location of openings. At least two openings shall be provided, one within 1 foot (",
    "metadata": {
      "section_full": "704.1.1",
      "parent_major": "704",
      "parent_minor": "704.1",
      "source": "031.txt"
    }
  },
  {
    "id": "704.1.2",
    "text": "CONTEXT: 704 > 704.1 | CONTENT: 704.1.2 704.1.2 Ratio of direct openings. Wh ere direct openings to the outdoors are provided in accordance with Section 703.1, the ratio of direct openings shall be the sum of the net free areas of both direct openings to the outdoors, divided by the sum of the required areas for both such openings as determined in accordance with Section 703.1.2.",
    "metadata": {
      "section_full": "704.1.2",
      "parent_major": "704",
      "parent_minor": "704.1",
      "source": "031.txt"
    }
  },
  {
    "id": "704.1.3",
    "text": "CONTEXT: 704 > 704.1 | CONTENT: 704.1.3 704.1.3 Ratio of horizontal openings. Where openings connected to the outdoors through horizontal ducts are pro - vided in accordance with Section 703.1, the ratio of horizontal openings shall be the sum of the net free areas of both such openings, divided by the sum of the required areas for both such openings as determined in accordance with Section 703.1.3.",
    "metadata": {
      "section_full": "704.1.3",
      "parent_major": "704",
      "parent_minor": "704.1",
      "source": "031.txt"
    }
  },
  {
    "id": "704.1.4",
    "text": "CONTEXT: 704 > 704.1 | CONTENT: 704.1.4 704.1.4 Ratio of vertical openings. Where openings connected to the outdoors through vertical ducts are provided in accordance with Section 703.1, the ratio of vertical openings shall be the sum of the net free areas of both such openings, divided by the sum of the required areas for both such openings as determined in accordance with Section 703.1.4. 70 4.1.5 Ratio of interior spaces. The ratio of interior spaces shall be the available volume of all communicating spaces, divided by the required volume as determined in accordance with Sections 702.2 and 702.3.",
    "metadata": {
      "section_full": "704.1.4",
      "parent_major": "704",
      "parent_minor": "704.1",
      "source": "031.txt"
    }
  },
  {
    "id": "704.1.6",
    "text": "CONTEXT: 704 > 704.1 | CONTENT: 704.1.6 704.1.6 Prorating of inside and outdoor air. In spaces that utilize a combination of inside and outdoor air, the sum of the ratios of all direct openings, horizontal openings, vertical openings and interior spaces shall equal or exceed 1. SECTION MC 705 COMBINED USE OF INSIDE AND OUTDOOR AIR (CONDITI ON 2)",
    "metadata": {
      "section_full": "704.1.6",
      "parent_major": "704",
      "parent_minor": "704.1",
      "source": "031.txt"
    }
  },
  {
    "id": "705.1",
    "text": "CONTEXT: 705 > 705.1 | CONTENT: 705.1 705.1 General. This section shall apply only to appliances located in unconfined spaces in buildings of unusually tight construction. Combustion air supplied by a combined use of indoor and outdoor air shall be supplied through openings and ducts ext ending to the appliance room or to the vicinity of the appliance.",
    "metadata": {
      "section_full": "705.1",
      "parent_major": "705",
      "parent_minor": "705.1",
      "source": "031.txt"
    }
  },
  {
    "id": "705.1.1",
    "text": "CONTEXT: 705 > 705.1 | CONTENT: 705.1.1 705.1.1 Openings and supply ducts. Openings shall be provided, located and sized in accordance with Sections",
    "metadata": {
      "section_full": "705.1.1",
      "parent_major": "705",
      "parent_minor": "705.1",
      "source": "031.txt"
    }
  },
  {
    "id": "706.1",
    "text": "CONTEXT: 706 > 706.1 | CONTENT: 706.1 706.1 Rate of air supplied. Where all combustion air is provided by a mechanical air suppl y system, the combustion air shall be supplied from the outdoors at a rate of not less than 0.35 cubic feet per minute per 1,000 Btu/h (0.034 COMBUSTION, VENTILATION, AND DILUTION AIR m 3 /min per kW) of total input rating for all the fuel - burning appliances located within the space. Combustion air rates shall also comply with any applicable rules of the New York City Department of Environmental Protection. The mechanical air supply shall be sufficient to accommodate combustion air, ventilation air, and dilution air requirements of the installation.",
    "metadata": {
      "section_full": "706.1",
      "parent_major": "706",
      "parent_minor": "706.1",
      "source": "031.txt"
    }
  },
  {
    "id": "706.1.1",
    "text": "CONTEXT: 706 > 706.1 | CONTENT: 706.1.1 706.1.1 Appliance interlock. Each of the appliances served shall be interlocked with the mechanical air supply system to prevent main burner operation when the mechanical air supply system is not in operation. The air flow and the damper operation shall be proven prior to burner operation. SECTION MC 707 DIRECT CONNECTION",
    "metadata": {
      "section_full": "706.1.1",
      "parent_major": "706",
      "parent_minor": "706.1",
      "source": "031.txt"
    }
  },
  {
    "id": "707.1",
    "text": "CONTEXT: 707 > 707.1 | CONTENT: 707.1 707.1 General. Fuel - burning appliances that are listed and labeled for direct combustion air connection to the outdoors shall be installed in accordance with the manufacturer\u2019s instruction s. SECTION MC 708 COMBUSTION AIR DUCTS",
    "metadata": {
      "section_full": "707.1",
      "parent_major": "707",
      "parent_minor": "707.1",
      "source": "031.txt"
    }
  },
  {
    "id": "708.1",
    "text": "CONTEXT: 708 > 708.1 | CONTENT: 708.1 708.1 General. Combustion air ducts shall comply with all of the following: 1. Be of galvanized steel complying with Chapter 6 or of equivalent corrosion - resistant material approved for this application. Exception: Within dwelling units, unobstructed stud and joist spaces shall not be prohibited from conveying combustion air, provided that not more than one required fireblock is removed. 2. Have a minimum dimension of 3 inches ( 76.2 mm) in all directions. 3. Termin ate in an unobstructed space allowing free movement of combustion air to the appliances. 4. Have the same cross - sectional areas as the free area of the openings to which they connect. 5. Serve a single appliance enclosure. 6. Not serve both upper and lo wer combustion air openings where both such openings are used. The separation between ducts serving upper and lower combustion air openings shall be maintained to the source of combustion air. 7. Not be screened where terminating in an attic space. 8. No t slope downward toward the source of combustion air, where serving the upper required combustion air opening. 9. Be constructed so that the remaining space surrounding a chimney or chimney liner, installed within a masonry, metal or factory - built chimney cannot be used to supply combustion, ventilation and dilution air, except for direct vent appliances designed and installed in accordance with the equipment manufacturer\u2019s instructions and listing. 10. Be insulated in accordance with Section C402.5.3 of t he New York City Energy Conservation Code . SECTION MC 709 OPENING OBSTRUCTIONS",
    "metadata": {
      "section_full": "708.1",
      "parent_major": "708",
      "parent_minor": "708.1",
      "source": "031.txt"
    }
  },
  {
    "id": "709.1",
    "text": "CONTEXT: 709 > 709.1 | CONTENT: 709.1 709.1 General. The required size of openings for combustion, ventilation, and dilution air shall be based on the net free area of each opening. The net free area of an opening s hall be that specified by the manufacturer of the opening covering. In the absence of such information, openings covered with metal louvers shall be deemed to have a net free area of 60 percent of the area of the opening, and openings covered with wood lou vers shall be deemed to have a net free area of 10 percent of the area of the opening. Louvers and grills shall be fixed in the open position. Exception: Operable louvers shall be interlocked with the appliance so that they are proven to be in the full open position prior to main burner ignition and during main burner operation. Means shall be provided to prevent the COMBUSTION, VENTILATION, AND DILUTION AIR main burner from igniting if the louvers fail to open during burner startup and to shut down the main burner if the louvers close during operation.",
    "metadata": {
      "section_full": "709.1",
      "parent_major": "709",
      "parent_minor": "709.1",
      "source": "031.txt"
    }
  },
  {
    "id": "709.2",
    "text": "CONTEXT: 709 > 709.2 | CONTENT: 709.2 709.2 Dampered openings. Where the combustion air openings are provided with automatic, smoke or fire dampers, the dampers shall be electrically interlocked with the appliances served, so as to prevent operation of any appliance that draws combustion and dilution air from the room when any of the dampers are closed. Manually operated dampers shall not be installed in combustion air ope nings. The damper opening shall be proven prior to burner operation . Dampers shall be provided in accordance with Chapter 6.",
    "metadata": {
      "section_full": "709.2",
      "parent_major": "709",
      "parent_minor": "709.2",
      "source": "031.txt"
    }
  },
  {
    "id": "709.3",
    "text": "CONTEXT: 709 > 709.3 | CONTENT: 709.3 709.3 Caution sign. A sign stating, \u201cLouvers, dampers and/or ventilation openings must not be blocked or disabled.\u201d shall be perman ently affixed, in clear view, and adjacent to the opening(s) within the room containing the equipment. The letters used on the sign shall be at least 1 inch ( 25.4 mm) in height. SECTION MC 710 OPENING LOCATION AND PROTECTION",
    "metadata": {
      "section_full": "709.3",
      "parent_major": "709",
      "parent_minor": "709.3",
      "source": "031.txt"
    }
  },
  {
    "id": "710.1",
    "text": "CONTEXT: 710 > 710.1 | CONTENT: 710.1 710.1 General. Combustion air o penings to the outdoors shall comply with the location and protection provisions applicable to outside air intake openings of Sections 401.5 and 401.6.",
    "metadata": {
      "section_full": "710.1",
      "parent_major": "710",
      "parent_minor": "710.1",
      "source": "031.txt"
    }
  },
  {
    "id": "801.1",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code . [CONT.]: 801.1 Scope. This chapter shall govern the installation, maintenance, design, minimum safety requirements , repair and approval of factory - built chimneys, chimney liners, vents and connectors , and field - built chimneys and connectors for all nongas - fired appliances. This chapter shall also govern the utilization of masonry chimneys. Gas - fired appliances shall be vented in accordance with the New Yor k City Fuel Gas Code. The construction, repair, maintenance and approval of masonry chimneys shall be regulated by the New York City Building Code. Venting systems shall be designed in accordance with this chapter and comply with the requirements of the Ne w York City Air Pollution Control Code .",
    "metadata": {
      "section_full": "801.1",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.1.1",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1.1 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 - [CONT.]: 801.1.1 Existing chimneys and vents. Existing chimneys and vents shall comply with the requirements of Section 28 -",
    "metadata": {
      "section_full": "801.1.1",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.1.1.1",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1.1.1 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction. [CONT.]: 801.1.1.1 Responsibility of owner of taller building. Whenever a building is erected, enlarged, or increased in height so that any portion of such building, except chimneys or vents, extends higher than the top of any existing chimneys or vents within 100 feet (30 480 mm), the owner of such new or altered building shall have the responsibility of altering such chimneys or vents to make them conform with the requirements of this chapter. A chimney or ve nt that is no longer connected with a fireplace or combustion or other equipment for which a chimney or vent was required shall be exempt from this requirement. Such alterations shall be accomplished by one of the following means or a combination thereof: 1. Carry up the existing chimneys or vents to the height required in this chapter. 2. Offset such chimneys or vents to a distance beyond that required in this chapter from the new or altered building provided that the new location of the outlet of the offset chimney or vent shall otherwise comply with the requirements of this chapter. Such requirements shall not dispense with or modify any additional requirements that may be applicable pursuant to rules of the New York City Department of Environmental Prote ction.",
    "metadata": {
      "section_full": "801.1.1.1",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.1.1.1.1",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1.1.1.1 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code . [CONT.]: 801.1.1.1.1 Chimney and vent plan. Applications for a new or altered building shall include a chimney and vent plan submitted pursuant to Section 107.18 of the New York City Building Code .",
    "metadata": {
      "section_full": "801.1.1.1.1",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.1.1.2",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1.1.2 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment. [CONT.]: 801.1.1.2 Protection of draft. After the alteration of a chimney or vent as required by this section, it shall be the responsibility of the owner of the new or altered building to provide any mechanical equipment or devices necessary to maintain the proper draft in the equipment.",
    "metadata": {
      "section_full": "801.1.1.2",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.1.1.3",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1.1.3 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3. [CONT.]: 801.1.1.3 Written notification, pl ans and required documents. The owner of the new or altered building shall notify the owner of any building that may require a chimney or vent to be altered. Notification, plans and required documents shall comply with the requirements of Sections 801.1.1. 3.1 through 801.1.1.3.3.",
    "metadata": {
      "section_full": "801.1.1.3",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.1.1.3.1",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1.1.3.1 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department. [CONT.]: 801.1.1.3.1 First notice. Written notice in a form acceptable to the department shall be provided to the building owner not less than 60 days prior to a request for permit for construction on the new or altered building. Such noti ce shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and certified mail, return receipt requested. A copy of such return receipt shall be file d with the department.",
    "metadata": {
      "section_full": "801.1.1.3.1",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.1.1.3.2",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1.1.3.2 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department. [CONT.]: 801.1.1.3.2 Second notice. Written notice in a form acceptable to the department shall be provided to the building owner not more than 45 days following commencement of work after a permit has been issued for the new or altered build ing. Such notice shall include a request for access to determine the need to alter the existing chimney or vent and a description of such work. Notice shall be sent by regular mail and CHIMNEYS AND VENTS certified mail, return receipt requested. The second notice shall also be posted by a licensed process server at the public entrance of the building requiring a chimney or vent to be altered. A copy of such return receipt and proof of service by the licensed process server shall be filed with the department. Exceptions: 1. A second notice shall not be required where an application to alter the affected chimney or vent has been filed with the department. 2. A second notice shall not be required where access is granted and conditions are observed that result i n a determination that chimney or vent alteration is not required and a revised chimney and vent plan is submitted to the department.",
    "metadata": {
      "section_full": "801.1.1.3.2",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.1.1.3.3",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1.1.3.3 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made. [CONT.]: 801.1.1.3.3 Plans and required documentation for alteration work. Where access is granted and conditions are observed that result in a determination that chimney or vent alteration is required, plans for such alteration work shall be provided to the owner of the existing building and a request for written consent to submit construction documents and perform such work shall be made.",
    "metadata": {
      "section_full": "801.1.1.3.3",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.1.1.4",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1.1.4 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 - [CONT.]: 801.1.1.4 Approval. The construction documents for the proposed chimney extension, alteration or relocation shall be submitted to the department pursuant to Section 28 - 104 of the New York City Administrative Code . No certificate of occupancy shall b e issued for the new building pursuant to Section 28 -",
    "metadata": {
      "section_full": "801.1.1.4",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.1.1.5",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1.1.5 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021 [CONT.]: 801.1.1.5 Refusal of consent. If consent is not gr anted by the owner of the affected building to do the alteration work required by this section, such owner shall signify his or her refusal in writing to the owner of the new or altered building and to the commissioner; and the owner of the new or altered building having provided the notices required by Section 801.1.1.3 shall thereupon be released from any responsibility for the proper operation of the equipment due to loss of draft and for any health hazard or nuisance that may occur as a result of the ne w or altered building. Such responsibilities shall then be assumed by the owner of the previously constructed building. Similarly, should such owner fail to grant consent within 45 days from the date of the second notice or fail to signify his or her refus al, he or she shall then assume all responsibilities as prescribed above. \u2021\u2021\u2021",
    "metadata": {
      "section_full": "801.1.1.5",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.1.1.6",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1.1.6 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code . [CONT.]: 801.1.1.6 Procedure. It shall be the obligation of the owner of the new or altered building to: 1. Prepare and submit a chimney and vent plan to the department pursuant to Section 107.18 of the New York City Building Code ; 2. Provide required notification pursuant to Section 801.1.1.3 of this code; 3. Provide plans pursuant to Section 801.1.1.3.3 of this code; 4. Prepare and submit construction documents to the department pursuant to Section 28 - 104 of the New York City Administrative Code for the alteration of existing chimneys or vents which conform to the requirements of this chapter; 5. Obtain pe rmit(s) for the proposed work in accordance with Section 28 - 105 of the New York City Administrative Code ; 6. Schedule this work so as to create a minimum of disturbance to the occupants of the affected building; 7. Provide such essential services as are normally supplied by the equipment while it is out of service; 8. Where necessary, support such extended chimneys, vents and equipment from this building or to carry up such chimneys or vents within his or her building; CHIMNEYS AND VENTS 9. Provide for the maintenance, repair, and/or replacement of such extensions and added equipment; 10. Make such alterations of the same material as the original chimney or vent so as to maintain the same quality and appearance, except where the owner of the chimney or vent shall give his or her consent to do otherwise. All work shall be done in such fashion as to maintain the architectural aesthetics of the existing building. Where there is practical difficulty in complying strictly with the provisions of this item, the commissioner ma y permit an equally safe alternative; 11. Comply with the tenant protection plan requirements of Section 28 - 120 of the New York City Administrative Code ; and 12. Comply with inspection and sign - off requirements of Section 28 - 116 of the New York City Admin istrative Code .",
    "metadata": {
      "section_full": "801.1.1.6",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.1.1.7",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1.1.7 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building. [CONT.]: 801.1.1.7 Existing violations. Any existing violations on the previously constructed equipment shall be corrected by the owner of the equipment before any equipment is added or alterations made at the expense of the owner of the new or alte red building.",
    "metadata": {
      "section_full": "801.1.1.7",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.1.1.8",
    "text": "CONTEXT: 801 > 801.1 | CONTENT: 801.1.1.8 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code. [CONT.]: 801.1.1.8 Variance. The commissioner may grant a variance in accordance with the provisions of this code.",
    "metadata": {
      "section_full": "801.1.1.8",
      "parent_major": "801",
      "parent_minor": "801.1",
      "source": "032.txt"
    }
  },
  {
    "id": "801.2",
    "text": "CONTEXT: 801 > 801.2 | CONTENT: 801.2 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent. [CONT.]: 801.2 General. Every fuel - burning appliance shall discharge the products of combustion to a vent, factory - built chimney or masonry chim ney, except for appliances vented in accordance with Section 804. The chimney or vent shall be designed for the type of appliance being vented. Exception: Commercial cooking appliances vented by a Type I hood installed in accordance with Section 507. 801.2 .1 Design. Chimneys and vents shall be designed and constructed so as to provide the necessary draft and capacity for each appliance connected to completely exhaust the products of combustion to the outside air. The temperature on adjacent combustible surfaces shall not be raised above 160\u00b0F (71.1\u00b0C). Chimneys and vents shall be designed to resist the effects of condensation that would cause deterioration of the chimney or vent.",
    "metadata": {
      "section_full": "801.2",
      "parent_major": "801",
      "parent_minor": "801.2",
      "source": "032.txt"
    }
  },
  {
    "id": "801.2.2",
    "text": "CONTEXT: 801 > 801.2 | CONTENT: 801.2.2 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet. [CONT.]: 801.2.2 Outlets. The outlet shall be arranged so that the flue gases are not directed so that they jeopardize people, overheat combustible structures, or enter building openings in the vicinity of the outlet.",
    "metadata": {
      "section_full": "801.2.2",
      "parent_major": "801",
      "parent_minor": "801.2",
      "source": "032.txt"
    }
  },
  {
    "id": "801.2.3",
    "text": "CONTEXT: 801 > 801.2 | CONTENT: 801.2.3 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads. [CONT.]: 801.2.3 Support. Chimneys and vents shall not be supported by the equipment they serve unless such equipment has been specifically designed for such loads.",
    "metadata": {
      "section_full": "801.2.3",
      "parent_major": "801",
      "parent_minor": "801.2",
      "source": "032.txt"
    }
  },
  {
    "id": "801.2.4",
    "text": "CONTEXT: 801 > 801.2 | CONTENT: 801.2.4 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31. [CONT.]: 801.2.4 Oil - fired appliances. Oil - fired ap pliances shall be vented in accordance with this code and NFPA 31.",
    "metadata": {
      "section_full": "801.2.4",
      "parent_major": "801",
      "parent_minor": "801.2",
      "source": "032.txt"
    }
  },
  {
    "id": "801.2.5",
    "text": "CONTEXT: 801 > 801.2 | CONTENT: 801.2.5 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code . [CONT.]: 801.2.5 Gas - fired appliances. Gas - fired appliances shall be vented in accordance with the New York City Fuel Gas Code .",
    "metadata": {
      "section_full": "801.2.5",
      "parent_major": "801",
      "parent_minor": "801.2",
      "source": "032.txt"
    }
  },
  {
    "id": "801.3",
    "text": "CONTEXT: 801 > 801.3 | CONTENT: 801.3 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code. [CONT.]: 801.3 Masonry chimneys. Masonry chimneys shall be constructed in accor dance with the New York City Building Code.",
    "metadata": {
      "section_full": "801.3",
      "parent_major": "801",
      "parent_minor": "801.3",
      "source": "032.txt"
    }
  },
  {
    "id": "801.4",
    "text": "CONTEXT: 801 > 801.4 | CONTENT: 801.4 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere. [CONT.]: 801.4 Positive flow. Venting systems shall be designed and constructed so as to develop a positive flow adequate to convey all combustion products to the outside atmosphere.",
    "metadata": {
      "section_full": "801.4",
      "parent_major": "801",
      "parent_minor": "801.4",
      "source": "032.txt"
    }
  },
  {
    "id": "801.5",
    "text": "CONTEXT: 801 > 801.5 | CONTENT: 801.5 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 801.5 Design. Venting systems shall b e designed in accordance with this chapter and comply with the requirements of the New York City Air Pollution Control Code .",
    "metadata": {
      "section_full": "801.5",
      "parent_major": "801",
      "parent_minor": "801.5",
      "source": "032.txt"
    }
  },
  {
    "id": "801.6",
    "text": "CONTEXT: 801 > 801.6 | CONTENT: 801.6 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection. [CONT.]: 801.6 Minimum size of chimney or vent. Except as otherwise provided for in this chapter, the size of the chimney or vent, serving a single appliance, except engineered systems, shall have a minimum area equal to the area of the appliance connection.",
    "metadata": {
      "section_full": "801.6",
      "parent_major": "801",
      "parent_minor": "801.6",
      "source": "032.txt"
    }
  },
  {
    "id": "801.7",
    "text": "CONTEXT: 801 > 801.7 | CONTENT: 801.7 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet. [CONT.]: 801.7 Solid fuel - burning appliance flues. The cross - sectional area of a flue serving a solid fuel - burning appliance shall be not greate r than three times the cross - sectional area of the appliance flue collar or flue outlet.",
    "metadata": {
      "section_full": "801.7",
      "parent_major": "801",
      "parent_minor": "801.7",
      "source": "032.txt"
    }
  },
  {
    "id": "801.8",
    "text": "CONTEXT: 801 > 801.8 | CONTENT: 801.8 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned . [CONT.]: 801.8 Abandoned inlet openings. Abandoned inlet openings in chimneys and vents shall be closed by an approved method , sealed air - tight and permanently labeled as abandoned .",
    "metadata": {
      "section_full": "801.8",
      "parent_major": "801",
      "parent_minor": "801.8",
      "source": "032.txt"
    }
  },
  {
    "id": "801.9",
    "text": "CONTEXT: 801 > 801.9 | CONTENT: 801.9 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS [CONT.]: 801.9 Positive pressure. Where an appliance equipped with a forced or induced draft system creates a positive pressure in the venting system, the venting system shall be designed and listed for positive pressure applications. CHIMNEYS AND VENTS",
    "metadata": {
      "section_full": "801.9",
      "parent_major": "801",
      "parent_minor": "801.9",
      "source": "032.txt"
    }
  },
  {
    "id": "801.10",
    "text": "CONTEXT: 801 > 801.10 | CONTENT: 801.10 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3. [CONT.]: 801.10 Connection to fireplace. Connection of appliances to chimney flues serving fireplaces shall be in accordance with Sections 801.10.1 through 801.10.3.",
    "metadata": {
      "section_full": "801.10",
      "parent_major": "801",
      "parent_minor": "801.10",
      "source": "032.txt"
    }
  },
  {
    "id": "801.10.1",
    "text": "CONTEXT: 801 > 801.10 | CONTENT: 801.10.1 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning. [CONT.]: 801.10.1 Closure and access. A noncombustible seal shall be provided below the point of connection to prevent entry of room air into the flue. Means shall be provided for access to the flue for inspection and cleaning.",
    "metadata": {
      "section_full": "801.10.1",
      "parent_major": "801",
      "parent_minor": "801.10",
      "source": "032.txt"
    }
  },
  {
    "id": "801.10.2",
    "text": "CONTEXT: 801 > 801.10 | CONTENT: 801.10.2 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions. [CONT.]: 801.10.2 Connection to factory - built fireplace flue. An appliance shall not be connected to a flue serving a factory - built fireplace unl ess the appliance is specifically listed for such installation. The connection shall be made in accordance with the appliance manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "801.10.2",
      "parent_major": "801",
      "parent_minor": "801.10",
      "source": "032.txt"
    }
  },
  {
    "id": "801.10.3",
    "text": "CONTEXT: 801 > 801.10 | CONTENT: 801.10.3 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing. [CONT.]: 801.10.3 Connection to masonry fireplace flue. A connector shall extend from the appliance to the flu e serving a masonry fireplace such that the flue gases are exhausted directly into the flue. The connector shall be provided with access or shall be removable for inspection and cleaning of both the connector and the flue. Listed direct connection devices shall be installed in accordance with their listing.",
    "metadata": {
      "section_full": "801.10.3",
      "parent_major": "801",
      "parent_minor": "801.10",
      "source": "032.txt"
    }
  },
  {
    "id": "801.11",
    "text": "CONTEXT: 801 > 801.11 | CONTENT: 801.11 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance. [CONT.]: 801.11 Multiple solid fuel - burning appliances prohibited. A solid fuel - burning appliance or fireplace shall not connect to a chimney passageway venting another appliance.",
    "metadata": {
      "section_full": "801.11",
      "parent_major": "801",
      "parent_minor": "801.11",
      "source": "032.txt"
    }
  },
  {
    "id": "801.12",
    "text": "CONTEXT: 801 > 801.12 | CONTENT: 801.12 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue. [CONT.]: 801.12 Chimney entrance. Connect ors shall connect to a chimney flue at a point not less than 12 inches (304.8 mm) above the lowest portion of the interior of the chimney flue.",
    "metadata": {
      "section_full": "801.12",
      "parent_major": "801",
      "parent_minor": "801.12",
      "source": "032.txt"
    }
  },
  {
    "id": "801.13",
    "text": "CONTEXT: 801 > 801.13 | CONTENT: 801.13 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by [CONT.]: 801.13 Cleanouts. Factory - built chimneys and vents shall be provided with a cleanout opening or access door at t he base of the chimney or vent installed in accordance with the manufacturer\u2019s instructions. Masonry and metal chimneys shall be provided with a cleanout opening having a minimum height of 6 inches (152.4 mm). The upper edge of the opening shall be located not less than 6 inches (152.4 mm) below the lowest chimney inlet opening. The cleanout shall be provided with a tight - fitting, noncombustible cover of a minimum size of 8 inches by 8 inches (203.2 mm by",
    "metadata": {
      "section_full": "801.13",
      "parent_major": "801",
      "parent_minor": "801.13",
      "source": "032.txt"
    }
  },
  {
    "id": "203.2",
    "text": "CONTEXT: 203 > 203.2 | CONTENT: 203.2 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening. [CONT.]: 203.2 mm). Cleanouts shall comply with the requireme nts of the New York City Air Pollution Control Code. Exception: Cleanouts shall not be required for chimney flues serving masonry fireplaces, if such flues are provided with access through the fireplace opening.",
    "metadata": {
      "section_full": "203.2",
      "parent_major": "203",
      "parent_minor": "203.2",
      "source": "032.txt"
    }
  },
  {
    "id": "801.14",
    "text": "CONTEXT: 801 > 801.14 | CONTENT: 801.14 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code . [CONT.]: 801.14 Connections to exhauster. Appliance c onnections to a chimney or vent equipped with a power exhauster shall be made on the inlet side of the exhauster. Joints and piping on the positive pressure side of the exhauster shall be listed for positive pressure applications as specified by the manufa cturer\u2019s instructions for the exhauster or in accordance with this code .",
    "metadata": {
      "section_full": "801.14",
      "parent_major": "801",
      "parent_minor": "801.14",
      "source": "032.txt"
    }
  },
  {
    "id": "801.15",
    "text": "CONTEXT: 801 > 801.15 | CONTENT: 801.15 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented. [CONT.]: 801.15 Fuel - fired appliances. Masonry chimneys utilized to vent fuel - fired appliances shall be located, constructed and sized as specified in the manufacturer\u2019s instructions for the appliances being vented.",
    "metadata": {
      "section_full": "801.15",
      "parent_major": "801",
      "parent_minor": "801.15",
      "source": "032.txt"
    }
  },
  {
    "id": "801.16",
    "text": "CONTEXT: 801 > 801.16 | CONTENT: 801.16 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code. [CONT.]: 801.16 Flue lining. Masonry chimneys shall be lined. The lining material shall be compatible with the type of appliance connected, in accordance with the appliance listing and manufacturer\u2019s instructions. Listed materials used as flue linings shall be installed in accordance with their listings and the manufacturer\u2019s instructions. 8 01.16.1 Residential and low - heat appliances (general). Flue lining systems for use with residential - type and low - heat appliances shall be limited to the following: 1. Clay flue lining complying with the requirements of ASTM C 315 or equivalent. Clay flue l ining shall be installed in accordance with the New York City Building Code. 2. Listed and labeled chimney lining systems complying with UL 1777 (new and existing chimneys) or ULC - S635 (existing chimneys) or ULC - S640 (new chimneys). 3. Other approved mater ials that will resist, without cracking, softening or corrosion, flue gases and condensate at temperatures up to 1,800 \u00b0 F (982.2 \u00b0 C). 4. Existing firebrick chimneys may be used to vent appliances if the firebrick is acid resistant and lab tested. The brick a nd mortar must be inspected in accordance with Section 1705.32 of the New York City Building Code.",
    "metadata": {
      "section_full": "801.16",
      "parent_major": "801",
      "parent_minor": "801.16",
      "source": "032.txt"
    }
  },
  {
    "id": "801.17",
    "text": "CONTEXT: 801 > 801.17 | CONTENT: 801.17 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS [CONT.]: 801.17 Space around lining. The space surrounding a flue lining system or other vent installed within a masonry chimney shall not be used to vent any other a ppliance. This shall not prevent the installation of a separate flue lining in accordance with the manufacturer\u2019s instructions and this code. CHIMNEYS AND VENTS",
    "metadata": {
      "section_full": "801.17",
      "parent_major": "801",
      "parent_minor": "801.17",
      "source": "032.txt"
    }
  },
  {
    "id": "801.18",
    "text": "CONTEXT: 801 > 801.18 | CONTENT: 801.18 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4. [CONT.]: 801.18 Existing chimneys and vents. Where an appliance is permanently disconnected from an existing chimney or ven t, or where an appliance is connected to an existing chimney or vent during the process of a new installation, the chimney or vent shall comply with Sections 801.18.1 through 801.18.4.",
    "metadata": {
      "section_full": "801.18",
      "parent_major": "801",
      "parent_minor": "801.18",
      "source": "032.txt"
    }
  },
  {
    "id": "801.18.1",
    "text": "CONTEXT: 801 > 801.18 | CONTENT: 801.18.1 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31. [CONT.]: 801.18.1 Size. The chimney or vent shall be resized as necessary to con trol flue gas condensation in the interior of the chimney or vent and to provide the appliance or appliances served with the required draft. For the venting of oil - fired appliances to masonry chimneys, the resizing shall be in accordance with NFPA 31. 801. 18.2 Flue passageways. The flue gas passageway shall be free of obstructions and combustible deposits and shall be cleaned if previously used for venting a solid or liquid fuel - burning appliance or fireplace. The flue liner, chimney inner wall or vent inne r wall shall be continuous and shall be free of cracks, gaps, perforations or other damage or deterioration which would allow the escape of combustion products, including gases, moisture and creosote. Where an oil - fired appliance is connected to an existin g masonry chimney, such chimney flue shall be repaired or relined in accordance with NFPA 31.",
    "metadata": {
      "section_full": "801.18.1",
      "parent_major": "801",
      "parent_minor": "801.18",
      "source": "032.txt"
    }
  },
  {
    "id": "801.18.3",
    "text": "CONTEXT: 801 > 801.18 | CONTENT: 801.18.3 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13. [CONT.]: 801.18.3 Cleanout. Masonry chimneys shall be provided with a cleanout opening complying with Section 801.13.",
    "metadata": {
      "section_full": "801.18.3",
      "parent_major": "801",
      "parent_minor": "801.18",
      "source": "032.txt"
    }
  },
  {
    "id": "801.18.4",
    "text": "CONTEXT: 801 > 801.18 | CONTENT: 801.18.4 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code. [CONT.]: 801.18.4 Clearances. Chimneys and vents shall have ai rspace clearance to combustibles in accordance with the New York City Building Code and the chimney or vent manufacturer\u2019s instructions. Exception: Masonry chimneys without the required airspace clearances shall be permitted to be used if lined or relined with a chimney lining system listed for use in chimneys with reduced clearances in accordance with UL 1777 or ULC - S635 . The chimney clearance shall be not less than permitted by the terms of the chimney liner listing and the manufacturer\u2019s instructions. 80 1.18.4.1 Fireblocking. Noncombustible fireblocking shall be provided in accordance with the New York City Building Code.",
    "metadata": {
      "section_full": "801.18.4",
      "parent_major": "801",
      "parent_minor": "801.18",
      "source": "032.txt"
    }
  },
  {
    "id": "801.19",
    "text": "CONTEXT: 801 > 801.19 | CONTENT: 801.19 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited. [CONT.]: 801.19 Multistory prohibited. Common venting systems for appliances located on more than one floor level shall be prohibited.",
    "metadata": {
      "section_full": "801.19",
      "parent_major": "801",
      "parent_minor": "801.19",
      "source": "032.txt"
    }
  },
  {
    "id": "801.21",
    "text": "CONTEXT: 801 > 801.21 | CONTENT: 801.21 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 801.21 Termination requirements. Terminations shall comply with the appliance listing and manufacturer\u2019s instructions, and the following: 1. Chimneys, vents and flues serving appliances or fireplaces with outlet temperatures less than 600\u00b0F (315.6\u00b0C) shall extend at least 3 feet (914.4 m m) above the highest construction, such as a roof ridge, parapet wall or penthouse within 10 feet (3048 mm) of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3",
    "metadata": {
      "section_full": "801.21",
      "parent_major": "801",
      "parent_minor": "801.21",
      "source": "032.txt"
    }
  },
  {
    "id": "801.22",
    "text": "CONTEXT: 801 > 801.22 | CONTENT: 801.22 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing. [CONT.]: 801.22 Drains. A drain shall be provided for all chimneys and gas vents to remove rain water and condensation. The drain shall be not less than 1 inch (25.4 mm) in diameter and shall be equipped with an appropriately - sized p - trap with automatic trap seal primer in accor dance with Section 1002 of the New York City Plumbing Code or a float drain trap installed in accordance with the manufacturer\u2019s requirements. The drain shall be sized by the design engineer and shall be suitable for the chimney area. For listed chimneys and gas vents, the connection tap into the chimney shall be determined by the manufacturer and connected to the drain piping in accordance with the listing and installation instructions. On all outdoor chimneys and gas vents, the connection and drain shall be installed indoors as close as practicable to the chimney base to prevent freezing.",
    "metadata": {
      "section_full": "801.22",
      "parent_major": "801",
      "parent_minor": "801.22",
      "source": "032.txt"
    }
  },
  {
    "id": "801.23",
    "text": "CONTEXT: 801 > 801.23 | CONTENT: 801.23 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5. [CONT.]: 801.23 Draft controls. The installation of draft controls shall comply with Sections 801.23.1 through 801.23.5.",
    "metadata": {
      "section_full": "801.23",
      "parent_major": "801",
      "parent_minor": "801.23",
      "source": "032.txt"
    }
  },
  {
    "id": "801.23.1",
    "text": "CONTEXT: 801 > 801.23 | CONTENT: 801.23.1 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6. [CONT.]: 801.23.1 Draft control devices. Where a draft control device is part of the appliance or is supplied by the appliance manufacturer, it shall be installed in accordance with the manufacturers\u2019 instructions. In the absence of manufacturers\u2019 instructions, the device shall be attached to the flue collar of the applia nce or as near to the appliance as practical. 801. 23.2 Additional devices. Appliances requiring a controlled chimney draft shall be permitted to be equipped with a listed barometric draft regulator or automatic damper installed and adjusted in accordance w ith the manufacturers\u2019 instructions. Automatic dampers shall be installed in accordance with Section 803.6.",
    "metadata": {
      "section_full": "801.23.1",
      "parent_major": "801",
      "parent_minor": "801.23",
      "source": "032.txt"
    }
  },
  {
    "id": "801.23.3",
    "text": "CONTEXT: 801 > 801.23 | CONTENT: 801.23.3 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS [CONT.]: 801.23.3 Thermal safety (spill) switches. Thermal safety (spill) switches shall be installed on barometric draft regulators and all other appurtenan ces that allow dilution air into chimneys or vents. Thermal safety (spill) switches shall be interlocked with all of the appliances connected to the same chimney or vent. CHIMNEYS AND VENTS",
    "metadata": {
      "section_full": "801.23.3",
      "parent_major": "801",
      "parent_minor": "801.23",
      "source": "032.txt"
    }
  },
  {
    "id": "801.23.4",
    "text": "CONTEXT: 801 > 801.23 | CONTENT: 801.23.4 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware. [CONT.]: 801.23.4 Location. Barometric draft regulators shall be installed in the same room or enclosure as the appliance in such a manner as to prevent any difference in pressure between the regulator and the combustion air supply. 801. 23.5 Positioning. Barometric draft regulators shall be installed in the position for which they were designed wit h reference to the horizontal and vertical planes and shall be located so that the relief opening is not obstructed by any part of the appliance, adjacent construction or installation hardware.",
    "metadata": {
      "section_full": "801.23.4",
      "parent_major": "801",
      "parent_minor": "801.23",
      "source": "032.txt"
    }
  },
  {
    "id": "801.24",
    "text": "CONTEXT: 801 > 801.24 | CONTENT: 801.24 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent. [CONT.]: 801.24 Obstructions. Devices or items that protrude into, impe de or restrict the flow of vent gases shall not be installed in a vent connector, chimney, or vent.",
    "metadata": {
      "section_full": "801.24",
      "parent_major": "801",
      "parent_minor": "801.24",
      "source": "032.txt"
    }
  },
  {
    "id": "801.25",
    "text": "CONTEXT: 801 > 801.25 | CONTENT: 801.25 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS [CONT.]: 801.25 Outdoor chimneys and vents. Outdoor portions of chimneys or vents shall be provided with integral R - 8 insulation or be provided with an R - 8 insulation enclosure, where exposed to the outdoors for more than 5 feet (1524 mm). SECTION MC 802 VENTS",
    "metadata": {
      "section_full": "801.25",
      "parent_major": "801",
      "parent_minor": "801.25",
      "source": "032.txt"
    }
  },
  {
    "id": "802.1",
    "text": "CONTEXT: 802 > 802.1 | CONTENT: 802.1 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 General. Vent systems shall be listed and labeled or field fabricated in accordance with NFPA 211. Type L vents shall be tested in accordance wit h UL 641. [CONT.]: 802.1 705 \u2014 2004 Standard for Power Ventilators \u2014 with revisions through March 2012 ................................ .........................",
    "metadata": {
      "section_full": "802.1",
      "parent_major": "802",
      "parent_minor": "802.1",
      "source": "032.txt"
    }
  },
  {
    "id": "802.2",
    "text": "CONTEXT: 802 > 802.2 | CONTENT: 802.2 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents. [CONT.]: 802.2 Vent application. The application of vents shall be in accordance with Table 802.2. TABLE 802.2 VENT APPLICATION VENT TYPES APPLIANCE TYPES Type L oil vents Oil - burning appliances listed and labeled for venting with Type L vents; gas appliances listed and labeled for venting with Type B vents.",
    "metadata": {
      "section_full": "802.2",
      "parent_major": "802",
      "parent_minor": "802.2",
      "source": "032.txt"
    }
  },
  {
    "id": "802.3",
    "text": "CONTEXT: 802 > 802.3 | CONTENT: 802.3 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions. [CONT.]: 802.3 Installation. Vent systems shall be sized, installed and terminated in accordance with the vent and appliance manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "802.3",
      "parent_major": "802",
      "parent_minor": "802.3",
      "source": "032.txt"
    }
  },
  {
    "id": "802.4",
    "text": "CONTEXT: 802 > 802.4 | CONTENT: 802.4 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . [CONT.]: 802.4 Vent termination caps. Vent termination caps shall not be permitted and a drain installed to receive condensed or rain water shall be required. A positive means, such as offsets, shall be provided to prevent water from entering the appliance. Exception: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code .",
    "metadata": {
      "section_full": "802.4",
      "parent_major": "802",
      "parent_minor": "802.4",
      "source": "032.txt"
    }
  },
  {
    "id": "802.5",
    "text": "CONTEXT: 802 > 802.5 | CONTENT: 802.5 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 . [CONT.]: 802.5 Type L vent terminations. Type L vents shall terminate in accordance with Section 801.21 .",
    "metadata": {
      "section_full": "802.5",
      "parent_major": "802",
      "parent_minor": "802.5",
      "source": "032.txt"
    }
  },
  {
    "id": "802.6",
    "text": "CONTEXT: 802 > 802.6 | CONTENT: 802.6 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. [CONT.]: 802.6 Minimum vent heights. Vents shall terminate not less than 5 feet (1524 mm) in vertical height above the highest connected appliance flue collar. Exceptions: 1. Venting systems of direct vent appliances shall be installed in accordance with the appliance and the vent manufacturer\u2019s in structions. 2. Appliances listed for outdoor installations incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "802.6",
      "parent_major": "802",
      "parent_minor": "802.6",
      "source": "032.txt"
    }
  },
  {
    "id": "802.7",
    "text": "CONTEXT: 802 > 802.7 | CONTENT: 802.7 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed. [CONT.]: 802.7 Support of vents. All portions of vents shall be installed in ac cordance with the manufacturer\u2019s instructions and shall be adequately supported for the design and weight of the materials employed.",
    "metadata": {
      "section_full": "802.7",
      "parent_major": "802",
      "parent_minor": "802.7",
      "source": "032.txt"
    }
  },
  {
    "id": "802.8",
    "text": "CONTEXT: 802 > 802.8 | CONTENT: 802.8 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 802.8 Insulation shield. Where vents pass through insulated assemblies, an insulation shield constructed of not less than N o. 26 gage sheet metal shall be installed to provide clearance between the vent and the insulation material. The CHIMNEYS AND VENTS clearance shall be not less than the clearance to combustibles specified by the vent manufacturer\u2019s instructions. Where vents pass through atti c space, the shield shall terminate not less than 2 inches (50.8 mm) above the insulation materials and shall be secured in place to prevent displacement. Insulation shields provided as part of a listed vent system shall be installed in accordance with the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "802.8",
      "parent_major": "802",
      "parent_minor": "802.8",
      "source": "032.txt"
    }
  },
  {
    "id": "802.9",
    "text": "CONTEXT: 802 > 802.9 | CONTENT: 802.9 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS [CONT.]: 802.9 Door swing. Appliance and equipment vent terminals shall be located such that doors cannot swing within 12 inches (304.8 mm) horizontally of the vent terminals. Doorstops or closers shall not be installed to obtain this clearance. SECTION MC 803 CONNECTORS",
    "metadata": {
      "section_full": "802.9",
      "parent_major": "802",
      "parent_minor": "802.9",
      "source": "032.txt"
    }
  },
  {
    "id": "803.1",
    "text": "CONTEXT: 803 > 803.1 | CONTENT: 803.1 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance. [CONT.]: 803.1 Connectors required. Connectors shall be used to connect appliances to the vertical chimney or vent, except where the chimney or vent is attached directly to the appliance.",
    "metadata": {
      "section_full": "803.1",
      "parent_major": "803",
      "parent_minor": "803.1",
      "source": "032.txt"
    }
  },
  {
    "id": "803.2",
    "text": "CONTEXT: 803 > 803.2 | CONTENT: 803.2 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe. [CONT.]: 803.2 Location. Connectors shall be loca ted entirely within the room in which the connecting appliance is located, except as provided for in Section 803.10.4. Where passing through an unheated space, a connector shall not be constructed of single - wall pipe.",
    "metadata": {
      "section_full": "803.2",
      "parent_major": "803",
      "parent_minor": "803.2",
      "source": "032.txt"
    }
  },
  {
    "id": "803.3",
    "text": "CONTEXT: 803 > 803.3 | CONTENT: 803.3 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector. [CONT.]: 803.3 Size. The connector shall not be smaller than the size of the flue collar supplied by the manufacturer of the appliance. Where the appliance has more than one flue outlet, and in the absence of the manufacturer\u2019s specific instructions, the connector area shall be not less than the combin ed area of the flue outlets for which it acts as a common connector.",
    "metadata": {
      "section_full": "803.3",
      "parent_major": "803",
      "parent_minor": "803.3",
      "source": "032.txt"
    }
  },
  {
    "id": "803.4",
    "text": "CONTEXT: 803 > 803.4 | CONTENT: 803.4 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 803.4 Branch connections. Branch connections to the vent connector shall be made in accordance with the vent manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "803.4",
      "parent_major": "803",
      "parent_minor": "803.4",
      "source": "032.txt"
    }
  },
  {
    "id": "803.5",
    "text": "CONTEXT: 803 > 803.5 | CONTENT: 803.5 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances. [CONT.]: 803.5 Manual dampers. Manual dampers shall not be installed in connectors except in chimney connectors serving solid fuel - burning appliances.",
    "metadata": {
      "section_full": "803.5",
      "parent_major": "803",
      "parent_minor": "803.5",
      "source": "032.txt"
    }
  },
  {
    "id": "803.6",
    "text": "CONTEXT: 803 > 803.6 | CONTENT: 803.6 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device. [CONT.]: 803.6 Automatic dampers. Automatically operated dampers shall be equipped with safety controls and shall be of a listed type. Such safety controls shall be capable of demonstrating operation of the damper and appropriate draft before appliance operation. The automatically operated dampers shall be installed in accordance with the manufacturer\u2019s instructions. An automatic vent damper device shall not be installed on an existing appliance unless the appliance is listed and labeled and the device is installed in accordance with the terms of its listing. The name of the installer and date of installation shall be marked on a label affixed to the damper device.",
    "metadata": {
      "section_full": "803.6",
      "parent_major": "803",
      "parent_minor": "803.6",
      "source": "032.txt"
    }
  },
  {
    "id": "803.7",
    "text": "CONTEXT: 803 > 803.7 | CONTENT: 803.7 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material. [CONT.]: 803.7 Connectors serving two or more appliances. Where two or more connectors enter a common vent or chimney, the smaller connector shall enter at the highest level consistent with available headroom or clearance to combustible material.",
    "metadata": {
      "section_full": "803.7",
      "parent_major": "803",
      "parent_minor": "803.7",
      "source": "032.txt"
    }
  },
  {
    "id": "803.8",
    "text": "CONTEXT: 803 > 803.8 | CONTENT: 803.8 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm. [CONT.]: 803.8 Vent connect or construction. A vent connector for a nonresidential, low - heat appliance shall be a factory - built chimney section or steel pipe having resistance to heat and corrosion equivalent to that for the appropriate galvanized pipe as specified in Table 803.8. Factory - built chimney sections shall be joined together in accordance with the chimney manufacturer\u2019s instructions. TABLE 803.8 MINIMUM THICKNESS FOR GALVANIZED STEEL VENT CONNECTORS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM THICKNESS (inch) Less than 6 0.019 (No. 28 gage) 6 to less than 10 0.023 (No. 26 gage) 10 to 12 inclusive 0.029 (No.24 gage) 14 to 16 inclusive 0.034 (No. 22 gage) Over 16 0.056 (No. 16 gage) CHIMNEYS AND VENTS For SI: 1 inch = 25.4 mm.",
    "metadata": {
      "section_full": "803.8",
      "parent_major": "803",
      "parent_minor": "803.8",
      "source": "032.txt"
    }
  },
  {
    "id": "803.9",
    "text": "CONTEXT: 803 > 803.9 | CONTENT: 803.9 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 . [CONT.]: 803.9 Chimney connector construction. Chimney connectors for low - heat appliances shall be of sheet steel pipe having resistance to corrosion and heat not less than that of galvanized steel specified in Table 803.9(1). Connectors for medium - heat appliances and high - heat appliances shall be of sheet steel not less than the thickness specified in Table 803.9(2). TABL E 803.9(1) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR LOW - HEAT APPLIANCES DIAMETER OF CONNECTOR (inches) MINIMUM NOMINAL THICKNESS (galvanized) (inches) 5 and smaller 0.022 (No. 26 gage) Larger than 5 and up to 10 0.028 (No. 24 gage) Larger than 10 and up to 16 0.034 (No. 22 gage) Larger than 16 0.064 (No. 16 gage) For SI: 1 inch = 25.4 mm. TABLE 803.9(2) MINIMUM CHIMNEY CONNECTOR THICKNESS FOR MEDIUM - AND HIGH - HEAT APPLIANCES AREA (square inches) EQUIVALENT ROUND DIAMETER (inches) MINIMUM THICKNESS (inches) 0 \u2013 154 0 \u2013 14 0.0575 (No. 16 gage) 155 \u2013 201 15 \u2013 16 0.075 (No. 14 gage) 202 \u2013 254 17 \u2013 18 0.0994 (No. 12 gage) Greater than 254 Greater than 18 0.1292 (No. 10 gage) For SI: 1 inch = 25.4 mm, 1 square inch = 645.16 mm 2 .",
    "metadata": {
      "section_full": "803.9",
      "parent_major": "803",
      "parent_minor": "803.9",
      "source": "032.txt"
    }
  },
  {
    "id": "803.10",
    "text": "CONTEXT: 803 > 803.10 | CONTENT: 803.10 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6. [CONT.]: 803.10 Installation. Connectors shall be installed in accordance with Sections 803.10.1 through 803.10.6.",
    "metadata": {
      "section_full": "803.10",
      "parent_major": "803",
      "parent_minor": "803.10",
      "source": "032.txt"
    }
  },
  {
    "id": "803.10.1",
    "text": "CONTEXT: 803 > 803.10 | CONTENT: 803.10.1 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means. [CONT.]: 803.10.1 Supports and joints. Connectors shall be supported in an approved manner, and overlapping joints shall be tight - fitting and fastened with she et metal screws, rivets, welds or other approved means.",
    "metadata": {
      "section_full": "803.10.1",
      "parent_major": "803",
      "parent_minor": "803.10",
      "source": "032.txt"
    }
  },
  {
    "id": "803.10.2",
    "text": "CONTEXT: 803 > 803.10 | CONTENT: 803.10.2 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft . [CONT.]: 803.10.2 Length. The maximum horizontal length of a single - wall connector shall not affect the capability of the system to produce adequate draft .",
    "metadata": {
      "section_full": "803.10.2",
      "parent_major": "803",
      "parent_minor": "803.10",
      "source": "032.txt"
    }
  },
  {
    "id": "803.10.3",
    "text": "CONTEXT: 803 > 803.10 | CONTENT: 803.10.3 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021 [CONT.]: 803.10.3 Connection. The connector shall extend to the inner face of the chimney or vent liner, but not beyond. A connector entering a masonry chimney shall be cemented to masonry in an approved manner. Where thimbles are installed to facilitate removal of the connector from the masonry chimney, the thimble shall be permanently cemented in place with high - temperature cement. \u2021\u2021\u2021",
    "metadata": {
      "section_full": "803.10.3",
      "parent_major": "803",
      "parent_minor": "803.10",
      "source": "032.txt"
    }
  },
  {
    "id": "803.10.4",
    "text": "CONTEXT: 803 > 803.10 | CONTENT: 803.10.4 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 Connector pass - through. Chimney connectors shall not pass through any floor or ceiling, nor through a fire - resistance - rated wall assembly. Chimney connectors shall not pass through walls or partitions constructed of combustible material to reach a chimney or vent, except where s uch chimney connector complies with Section 803.10.4.1 or 803.10.4.2. \u2021\u2021\u2021 [CONT.]: 803.10.4 C 411 \u2014 11 Test Method for Hot - surface Performance of High - temperature Thermal Insulation ................................... [CONT.]: 803.10.4 C 411 \u2014 11 Test Method for Hot - surface Performance of High - temperature Thermal Insulation ................................... [CONT.]: 803.10.4 C 411 \u2014 11 Test Method for Hot - surface Performance of High - temperature Thermal Insulation ................................... [CONT.]: 803.10.4 C 411 \u2014 11 Test Method for Hot - surface Performance of High - temperature Thermal Insulation ................................... [CONT.]: 803.10.4 C 411 \u2014 11 Test Method for Hot - surface Performance of High - temperature Thermal Insulation ................................... [CONT.]: 803.10.4 C 411 \u2014 11 Test Method for Hot - surface Performance of High - temperature Thermal Insulation ...................................",
    "metadata": {
      "section_full": "803.10.4",
      "parent_major": "803",
      "parent_minor": "803.10",
      "source": "032.txt"
    }
  },
  {
    "id": "803.10.4.1",
    "text": "CONTEXT: 803 > 803.10 | CONTENT: 803.10.4.1 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: CHIMNEYS AND VENTS 1. The connector is labeled for wall pass - through and is installed in accordance with the manufacturer\u2019s instructions ; or 2. The connector is put through a device labeled for wall pass - through ; or 3. The connector has a diameter not larger than 10 inches (254 mm) and is installed in accordance with one of the methods in Table 803.10.4. Concealed metal parts of the pass - through system in contact with flue gases shall be of stainless steel or equivalent material that resists corrosion, softening or cracking up to 1,800 \u00b0 F (982 \u00b0 C). [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: CHIMNEYS AND VENTS 1. The connector is labeled for wall pass - through and is installed in accordance with the manufacturer\u2019s instructions ; or 2. The connector is put through a device labeled for wall pass - through ; or 3. The connector has a diameter not larger than 10 inches (254 mm) and is installed in accordance with one of the methods in Table 803.10.4. Concealed metal parts of the pass - through system in contact with flue gases shall be of stainless steel or equivalent material that resists corrosion, softening or cracking up to 1,800 \u00b0 F (982 \u00b0 C). [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: CHIMNEYS AND VENTS 1. The connector is labeled for wall pass - through and is installed in accordance with the manufacturer\u2019s instructions ; or 2. The connector is put through a device labeled for wall pass - through ; or 3. The connector has a diameter not larger than 10 inches (254 mm) and is installed in accordance with one of the methods in Table 803.10.4. Concealed metal parts of the pass - through system in contact with flue gases shall be of stainless steel or equivalent material that resists corrosion, softening or cracking up to 1,800 \u00b0 F (982 \u00b0 C). [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: CHIMNEYS AND VENTS 1. The connector is labeled for wall pass - through and is installed in accordance with the manufacturer\u2019s instructions ; or 2. The connector is put through a device labeled for wall pass - through ; or 3. The connector has a diameter not larger than 10 inches (254 mm) and is installed in accordance with one of the methods in Table 803.10.4. Concealed metal parts of the pass - through system in contact with flue gases shall be of stainless steel or equivalent material that resists corrosion, softening or cracking up to 1,800 \u00b0 F (982 \u00b0 C). [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: CHIMNEYS AND VENTS 1. The connector is labeled for wall pass - through and is installed in accordance with the manufacturer\u2019s instructions ; or 2. The connector is put through a device labeled for wall pass - through ; or 3. The connector has a diameter not larger than 10 inches (254 mm) and is installed in accordance with one of the methods in Table 803.10.4. Concealed metal parts of the pass - through system in contact with flue gases shall be of stainless steel or equivalent material that resists corrosion, softening or cracking up to 1,800 \u00b0 F (982 \u00b0 C). [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: CHIMNEYS AND VENTS 1. The connector is labeled for wall pass - through and is installed in accordance with the manufacturer\u2019s instructions ; or 2. The connector is put through a device labeled for wall pass - through ; or 3. The connector has a diameter not larger than 10 inches (254 mm) and is installed in accordance with one of the methods in Table 803.10.4. Concealed metal parts of the pass - through system in contact with flue gases shall be of stainless steel or equivalent material that resists corrosion, softening or cracking up to 1,800 \u00b0 F (982 \u00b0 C). [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: CHIMNEYS AND VENTS 1. The connector is labeled for wall pass - through and is installed in accordance with the manufacturer\u2019s instructions ; or 2. The connector is put through a device labeled for wall pass - through ; or 3. The connector has a diameter not larger than 10 inches (254 mm) and is installed in accordance with one of the methods in Table 803.10.4. Concealed metal parts of the pass - through system in contact with flue gases shall be of stainless steel or equivalent material that resists corrosion, softening or cracking up to 1,800 \u00b0 F (982 \u00b0 C). [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: CHIMNEYS AND VENTS 1. The connector is labeled for wall pass - through and is installed in accordance with the manufacturer\u2019s instructions ; or 2. The connector is put through a device labeled for wall pass - through ; or 3. The connector has a diameter not larger than 10 inches (254 mm) and is installed in accordance with one of the methods in Table 803.10.4. Concealed metal parts of the pass - through system in contact with flue gases shall be of stainless steel or equivalent material that resists corrosion, softening or cracking up to 1,800 \u00b0 F (982 \u00b0 C). [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: CHIMNEYS AND VENTS 1. The connector is labeled for wall pass - through and is installed in accordance with the manufacturer\u2019s instructions ; or 2. The connector is put through a device labeled for wall pass - through ; or 3. The connector has a diameter not larger than 10 inches (254 mm) and is installed in accordance with one of the methods in Table 803.10.4. Concealed metal parts of the pass - through system in contact with flue gases shall be of stainless steel or equivalent material that resists corrosion, softening or cracking up to 1,800 \u00b0 F (982 \u00b0 C). [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: CHIMNEYS AND VENTS 1. The connector is labeled for wall pass - through and is installed in accordance with the manufacturer\u2019s instructions ; or 2. The connector is put through a device labeled for wall pass - through ; or 3. The connector has a diameter not larger than 10 inches (254 mm) and is installed in accordance with one of the methods in Table 803.10.4. Concealed metal parts of the pass - through system in contact with flue gases shall be of stainless steel or equivalent material that resists corrosion, softening or cracking up to 1,800 \u00b0 F (982 \u00b0 C). [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: CHIMNEYS AND VENTS 1. The connector is labeled for wall pass - through and is installed in accordance with the manufacturer\u2019s instructions ; or 2. The connector is put through a device labeled for wall pass - through ; or 3. The connector has a diameter not larger than 10 inches (254 mm) and is installed in accordance with one of the methods in Table 803.10.4. Concealed metal parts of the pass - through system in contact with flue gases shall be of stainless steel or equivalent material that resists corrosion, softening or cracking up to 1,800 \u00b0 F (982 \u00b0 C). [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: CHIMNEYS AND VENTS 1. The connector is labeled for wall pass - through and is installed in accordance with the manufacturer\u2019s instructions ; or 2. The connector is put through a device labeled for wall pass - through ; or 3. The connector has a diameter not larger than 10 inches (254 mm) and is installed in accordance with one of the methods in Table 803.10.4. Concealed metal parts of the pass - through system in contact with flue gases shall be of stainless steel or equivalent material that resists corrosion, softening or cracking up to 1,800 \u00b0 F (982 \u00b0 C). [CONT.]: 803.10.4.1 Manufactured insulated chimney connectors. Manufactured insulated chimney connectors that pass through walls or partitions of combustible construction must comply with the following: CHIMNEYS AND VENTS 1. The connector is labeled for wall pass - through and is installed in accordance with the manufacturer\u2019s instructions ; or 2. The connector is put through a device labeled for wall pass - through ; or 3. The connector has a diameter not larger than 10 inches (254 mm) and is installed in accordance with one of the methods in Table 803.10.4. Concealed metal parts of the pass - through system in contact with flue gases shall be of stainless steel or equivalent material that resists corrosion, softening or cracking up to 1,800 \u00b0 F (982 \u00b0 C).",
    "metadata": {
      "section_full": "803.10.4.1",
      "parent_major": "803",
      "parent_minor": "803.10",
      "source": "032.txt"
    }
  },
  {
    "id": "803.10.4.2",
    "text": "CONTEXT: 803 > 803.10 | CONTENT: 803.10.4.2 803.10.4.2 Field - applied insulation for chimney connectors. Chimney connectors of appliances with flue gas temperatures less than 500 \u00b0 F (260 \u00b0 C) that pass through walls or partitions of combustible construction shall be insu lated with a field - applied flexible wrap assembly tested in accordance with either ASTM E2816 or ASTM E2336. The connector shall comply with all of the following: 1. The insulated vent connectors pass - through assemblies and through penetration assemblies s hall be tested for F and T ratings in accordance with ASTM E 814. The F and T rating of the assembly shall be equal to or exceed the fire - resistance rating of the mechanical/boiler room. 2. Bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the stress limitations of Chapter 16 of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate connector walls. 3. Insulat ed vent connector pass - through assemblies shall not pass through ceilings or floors. 4. Insulated vent connector pass - through assemblies shall not run through occupied spaces, corridors, sleeping rooms and spaces with hazardous materials. 5. Insulated vent connector pass - through assemblies material shall meet the requirements for minimum chimney connector thicknesses for medium and high - heat appliances in accordance with Table 803.9(2). 6. Insulated vent connector pass - through assemblies fittings shall be w elded or shall be factory fabricated UL listed construction suitable for external flexible wrap insulation. 7. The draft calculations shall account for the insulating value of the field - applied flexible wrap insulation. \u2021\u2021\u2021 TABLE 803.10.4 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES TO COMBUSTIBLE WALL MATERIALS FOR HEATING APPLIANCES a, b, c, d System A (12 - inch clearance) A 3.5 - inch - thick brick wall shall be framed into the combustible wall. A 0.625 - inch - thick fire - clay liner (ASTM C 315 or equivalent) e shall be firmly cemented in the center of the brick wall maintaining a 12 - inch clearance to combustibles. The clay liner s hall run from the outer surface of the bricks to the inner surface of the chimney liner. System B (9 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) the same inside diameter as the connector shall be utilized. Sheet steel supports cut to maintain a 9 - inch clearance to combustibles shall be fastened to the wall surface and to the chimney section . Fasteners shall not penetrate the chimney flue liner. The chimney length shall be flush with the masonry chimney liner and sealed to the masonry with water - insoluble refractory cement. Chimney manufacturers\u2019 parts shall be utilized to securely fasten the chimney connector to the chimney section. \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 803.10.4.2 Field - applied insulation for chimney connectors. Chimney connectors of appliances with flue gas temperatures less than 500 \u00b0 F (260 \u00b0 C) that pass through walls or partitions of combustible construction shall be insu lated with a field - applied flexible wrap assembly tested in accordance with either ASTM E2816 or ASTM E2336. The connector shall comply with all of the following: 1. The insulated vent connectors pass - through assemblies and through penetration assemblies s hall be tested for F and T ratings in accordance with ASTM E 814. The F and T rating of the assembly shall be equal to or exceed the fire - resistance rating of the mechanical/boiler room. 2. Bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the stress limitations of Chapter 16 of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate connector walls. 3. Insulat ed vent connector pass - through assemblies shall not pass through ceilings or floors. 4. Insulated vent connector pass - through assemblies shall not run through occupied spaces, corridors, sleeping rooms and spaces with hazardous materials. 5. Insulated vent connector pass - through assemblies material shall meet the requirements for minimum chimney connector thicknesses for medium and high - heat appliances in accordance with Table 803.9(2). 6. Insulated vent connector pass - through assemblies fittings shall be w elded or shall be factory fabricated UL listed construction suitable for external flexible wrap insulation. 7. The draft calculations shall account for the insulating value of the field - applied flexible wrap insulation. \u2021\u2021\u2021 TABLE 803.10.4 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES TO COMBUSTIBLE WALL MATERIALS FOR HEATING APPLIANCES a, b, c, d System A (12 - inch clearance) A 3.5 - inch - thick brick wall shall be framed into the combustible wall. A 0.625 - inch - thick fire - clay liner (ASTM C 315 or equivalent) e shall be firmly cemented in the center of the brick wall maintaining a 12 - inch clearance to combustibles. The clay liner s hall run from the outer surface of the bricks to the inner surface of the chimney liner. System B (9 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) the same inside diameter as the connector shall be utilized. Sheet steel supports cut to maintain a 9 - inch clearance to combustibles shall be fastened to the wall surface and to the chimney section . Fasteners shall not penetrate the chimney flue liner. The chimney length shall be flush with the masonry chimney liner and sealed to the masonry with water - insoluble refractory cement. Chimney manufacturers\u2019 parts shall be utilized to securely fasten the chimney connector to the chimney section. \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 803.10.4.2 Field - applied insulation for chimney connectors. Chimney connectors of appliances with flue gas temperatures less than 500 \u00b0 F (260 \u00b0 C) that pass through walls or partitions of combustible construction shall be insu lated with a field - applied flexible wrap assembly tested in accordance with either ASTM E2816 or ASTM E2336. The connector shall comply with all of the following: 1. The insulated vent connectors pass - through assemblies and through penetration assemblies s hall be tested for F and T ratings in accordance with ASTM E 814. The F and T rating of the assembly shall be equal to or exceed the fire - resistance rating of the mechanical/boiler room. 2. Bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the stress limitations of Chapter 16 of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate connector walls. 3. Insulat ed vent connector pass - through assemblies shall not pass through ceilings or floors. 4. Insulated vent connector pass - through assemblies shall not run through occupied spaces, corridors, sleeping rooms and spaces with hazardous materials. 5. Insulated vent connector pass - through assemblies material shall meet the requirements for minimum chimney connector thicknesses for medium and high - heat appliances in accordance with Table 803.9(2). 6. Insulated vent connector pass - through assemblies fittings shall be w elded or shall be factory fabricated UL listed construction suitable for external flexible wrap insulation. 7. The draft calculations shall account for the insulating value of the field - applied flexible wrap insulation. \u2021\u2021\u2021 TABLE 803.10.4 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES TO COMBUSTIBLE WALL MATERIALS FOR HEATING APPLIANCES a, b, c, d System A (12 - inch clearance) A 3.5 - inch - thick brick wall shall be framed into the combustible wall. A 0.625 - inch - thick fire - clay liner (ASTM C 315 or equivalent) e shall be firmly cemented in the center of the brick wall maintaining a 12 - inch clearance to combustibles. The clay liner s hall run from the outer surface of the bricks to the inner surface of the chimney liner. System B (9 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) the same inside diameter as the connector shall be utilized. Sheet steel supports cut to maintain a 9 - inch clearance to combustibles shall be fastened to the wall surface and to the chimney section . Fasteners shall not penetrate the chimney flue liner. The chimney length shall be flush with the masonry chimney liner and sealed to the masonry with water - insoluble refractory cement. Chimney manufacturers\u2019 parts shall be utilized to securely fasten the chimney connector to the chimney section. CHIMNEYS AND VENTS System C (6 - inch clearance) A sheet metal (minimum No. 24 gage) ventilated thimble having a minimum thickness of 0.0236 inch (No. 24 gage) having two 1 - inch air channels shall be installed. Steel supports shall be cut to maintain a 6 - inch clearance with a sheet steel chimney connector between the thimble and combustibles. The chimney connector and steel supports shall have a minimum thickness of 0.0236 inch (No. 24 gage). One side of the support shall be fastened to the wall on all sides. Glass - fiber insulation shall fill the 6 - inch spa ce between the thimble and the supports. System D (2 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) with a diameter 2 inches larger than the chimney connector shall be installed with a steel chimney connector having a minimum thickness of 0.0236 inch ( No. 24 gage). Sheet steel supports shall be positioned to maintain a 2 - inch clearance to combustibles and to hold the chimney connector to ensure that a 1 - inch airspace surrounds the chimney connector through the chimney section. The steel support shall be fastened to the wall on all sides and the chimney section shall be fastened to the supports. Fasteners shall not penetrate the liner of the chimney section. For SI: 1 inch = 25.4 mm, 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F = 0.144 W/m 2 \u2022 K. a. Insulation material that is part of the wall pass - through system shall be noncombustible and shall have a thermal conductivity of 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F or less. b. All clearances and thicknesses are minimums. c. Materials utilized to seal penetrations for the connector shall be non - combustible . d. Connectors for all systems except System B shall extend through the wall pass - through system to the inner face of the flue li ner. e. ASTM C 315. [CONT.]: 803.10.4.2 Field - applied insulation for chimney connectors. Chimney connectors of appliances with flue gas temperatures less than 500 \u00b0 F (260 \u00b0 C) that pass through walls or partitions of combustible construction shall be insu lated with a field - applied flexible wrap assembly tested in accordance with either ASTM E2816 or ASTM E2336. The connector shall comply with all of the following: 1. The insulated vent connectors pass - through assemblies and through penetration assemblies s hall be tested for F and T ratings in accordance with ASTM E 814. The F and T rating of the assembly shall be equal to or exceed the fire - resistance rating of the mechanical/boiler room. 2. Bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the stress limitations of Chapter 16 of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate connector walls. 3. Insulat ed vent connector pass - through assemblies shall not pass through ceilings or floors. 4. Insulated vent connector pass - through assemblies shall not run through occupied spaces, corridors, sleeping rooms and spaces with hazardous materials. 5. Insulated vent connector pass - through assemblies material shall meet the requirements for minimum chimney connector thicknesses for medium and high - heat appliances in accordance with Table 803.9(2). 6. Insulated vent connector pass - through assemblies fittings shall be w elded or shall be factory fabricated UL listed construction suitable for external flexible wrap insulation. 7. The draft calculations shall account for the insulating value of the field - applied flexible wrap insulation. \u2021\u2021\u2021 TABLE 803.10.4 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES TO COMBUSTIBLE WALL MATERIALS FOR HEATING APPLIANCES a, b, c, d System A (12 - inch clearance) A 3.5 - inch - thick brick wall shall be framed into the combustible wall. A 0.625 - inch - thick fire - clay liner (ASTM C 315 or equivalent) e shall be firmly cemented in the center of the brick wall maintaining a 12 - inch clearance to combustibles. The clay liner s hall run from the outer surface of the bricks to the inner surface of the chimney liner. System B (9 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) the same inside diameter as the connector shall be utilized. Sheet steel supports cut to maintain a 9 - inch clearance to combustibles shall be fastened to the wall surface and to the chimney section . Fasteners shall not penetrate the chimney flue liner. The chimney length shall be flush with the masonry chimney liner and sealed to the masonry with water - insoluble refractory cement. Chimney manufacturers\u2019 parts shall be utilized to securely fasten the chimney connector to the chimney section. CHIMNEYS AND VENTS System C (6 - inch clearance) A sheet metal (minimum No. 24 gage) ventilated thimble having a minimum thickness of 0.0236 inch (No. 24 gage) having two 1 - inch air channels shall be installed. Steel supports shall be cut to maintain a 6 - inch clearance with a sheet steel chimney connector between the thimble and combustibles. The chimney connector and steel supports shall have a minimum thickness of 0.0236 inch (No. 24 gage). One side of the support shall be fastened to the wall on all sides. Glass - fiber insulation shall fill the 6 - inch spa ce between the thimble and the supports. System D (2 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) with a diameter 2 inches larger than the chimney connector shall be installed with a steel chimney connector having a minimum thickness of 0.0236 inch ( No. 24 gage). Sheet steel supports shall be positioned to maintain a 2 - inch clearance to combustibles and to hold the chimney connector to ensure that a 1 - inch airspace surrounds the chimney connector through the chimney section. The steel support shall be fastened to the wall on all sides and the chimney section shall be fastened to the supports. Fasteners shall not penetrate the liner of the chimney section. For SI: 1 inch = 25.4 mm, 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F = 0.144 W/m 2 \u2022 K. a. Insulation material that is part of the wall pass - through system shall be noncombustible and shall have a thermal conductivity of 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F or less. b. All clearances and thicknesses are minimums. c. Materials utilized to seal penetrations for the connector shall be non - combustible . d. Connectors for all systems except System B shall extend through the wall pass - through system to the inner face of the flue li ner. e. ASTM C 315. [CONT.]: 803.10.4.2 Field - applied insulation for chimney connectors. Chimney connectors of appliances with flue gas temperatures less than 500 \u00b0 F (260 \u00b0 C) that pass through walls or partitions of combustible construction shall be insu lated with a field - applied flexible wrap assembly tested in accordance with either ASTM E2816 or ASTM E2336. The connector shall comply with all of the following: 1. The insulated vent connectors pass - through assemblies and through penetration assemblies s hall be tested for F and T ratings in accordance with ASTM E 814. The F and T rating of the assembly shall be equal to or exceed the fire - resistance rating of the mechanical/boiler room. 2. Bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the stress limitations of Chapter 16 of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate connector walls. 3. Insulat ed vent connector pass - through assemblies shall not pass through ceilings or floors. 4. Insulated vent connector pass - through assemblies shall not run through occupied spaces, corridors, sleeping rooms and spaces with hazardous materials. 5. Insulated vent connector pass - through assemblies material shall meet the requirements for minimum chimney connector thicknesses for medium and high - heat appliances in accordance with Table 803.9(2). 6. Insulated vent connector pass - through assemblies fittings shall be w elded or shall be factory fabricated UL listed construction suitable for external flexible wrap insulation. 7. The draft calculations shall account for the insulating value of the field - applied flexible wrap insulation. \u2021\u2021\u2021 TABLE 803.10.4 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES TO COMBUSTIBLE WALL MATERIALS FOR HEATING APPLIANCES a, b, c, d System A (12 - inch clearance) A 3.5 - inch - thick brick wall shall be framed into the combustible wall. A 0.625 - inch - thick fire - clay liner (ASTM C 315 or equivalent) e shall be firmly cemented in the center of the brick wall maintaining a 12 - inch clearance to combustibles. The clay liner s hall run from the outer surface of the bricks to the inner surface of the chimney liner. System B (9 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) the same inside diameter as the connector shall be utilized. Sheet steel supports cut to maintain a 9 - inch clearance to combustibles shall be fastened to the wall surface and to the chimney section . Fasteners shall not penetrate the chimney flue liner. The chimney length shall be flush with the masonry chimney liner and sealed to the masonry with water - insoluble refractory cement. Chimney manufacturers\u2019 parts shall be utilized to securely fasten the chimney connector to the chimney section. CHIMNEYS AND VENTS System C (6 - inch clearance) A sheet metal (minimum No. 24 gage) ventilated thimble having a minimum thickness of 0.0236 inch (No. 24 gage) having two 1 - inch air channels shall be installed. Steel supports shall be cut to maintain a 6 - inch clearance with a sheet steel chimney connector between the thimble and combustibles. The chimney connector and steel supports shall have a minimum thickness of 0.0236 inch (No. 24 gage). One side of the support shall be fastened to the wall on all sides. Glass - fiber insulation shall fill the 6 - inch spa ce between the thimble and the supports. System D (2 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) with a diameter 2 inches larger than the chimney connector shall be installed with a steel chimney connector having a minimum thickness of 0.0236 inch ( No. 24 gage). Sheet steel supports shall be positioned to maintain a 2 - inch clearance to combustibles and to hold the chimney connector to ensure that a 1 - inch airspace surrounds the chimney connector through the chimney section. The steel support shall be fastened to the wall on all sides and the chimney section shall be fastened to the supports. Fasteners shall not penetrate the liner of the chimney section. For SI: 1 inch = 25.4 mm, 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F = 0.144 W/m 2 \u2022 K. a. Insulation material that is part of the wall pass - through system shall be noncombustible and shall have a thermal conductivity of 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F or less. b. All clearances and thicknesses are minimums. c. Materials utilized to seal penetrations for the connector shall be non - combustible . d. Connectors for all systems except System B shall extend through the wall pass - through system to the inner face of the flue li ner. e. ASTM C 315. [CONT.]: 803.10.4.2 Field - applied insulation for chimney connectors. Chimney connectors of appliances with flue gas temperatures less than 500 \u00b0 F (260 \u00b0 C) that pass through walls or partitions of combustible construction shall be insu lated with a field - applied flexible wrap assembly tested in accordance with either ASTM E2816 or ASTM E2336. The connector shall comply with all of the following: 1. The insulated vent connectors pass - through assemblies and through penetration assemblies s hall be tested for F and T ratings in accordance with ASTM E 814. The F and T rating of the assembly shall be equal to or exceed the fire - resistance rating of the mechanical/boiler room. 2. Bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the stress limitations of Chapter 16 of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate connector walls. 3. Insulat ed vent connector pass - through assemblies shall not pass through ceilings or floors. 4. Insulated vent connector pass - through assemblies shall not run through occupied spaces, corridors, sleeping rooms and spaces with hazardous materials. 5. Insulated vent connector pass - through assemblies material shall meet the requirements for minimum chimney connector thicknesses for medium and high - heat appliances in accordance with Table 803.9(2). 6. Insulated vent connector pass - through assemblies fittings shall be w elded or shall be factory fabricated UL listed construction suitable for external flexible wrap insulation. 7. The draft calculations shall account for the insulating value of the field - applied flexible wrap insulation. \u2021\u2021\u2021 TABLE 803.10.4 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES TO COMBUSTIBLE WALL MATERIALS FOR HEATING APPLIANCES a, b, c, d System A (12 - inch clearance) A 3.5 - inch - thick brick wall shall be framed into the combustible wall. A 0.625 - inch - thick fire - clay liner (ASTM C 315 or equivalent) e shall be firmly cemented in the center of the brick wall maintaining a 12 - inch clearance to combustibles. The clay liner s hall run from the outer surface of the bricks to the inner surface of the chimney liner. System B (9 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) the same inside diameter as the connector shall be utilized. Sheet steel supports cut to maintain a 9 - inch clearance to combustibles shall be fastened to the wall surface and to the chimney section . Fasteners shall not penetrate the chimney flue liner. The chimney length shall be flush with the masonry chimney liner and sealed to the masonry with water - insoluble refractory cement. Chimney manufacturers\u2019 parts shall be utilized to securely fasten the chimney connector to the chimney section. CHIMNEYS AND VENTS System C (6 - inch clearance) A sheet metal (minimum No. 24 gage) ventilated thimble having a minimum thickness of 0.0236 inch (No. 24 gage) having two 1 - inch air channels shall be installed. Steel supports shall be cut to maintain a 6 - inch clearance with a sheet steel chimney connector between the thimble and combustibles. The chimney connector and steel supports shall have a minimum thickness of 0.0236 inch (No. 24 gage). One side of the support shall be fastened to the wall on all sides. Glass - fiber insulation shall fill the 6 - inch spa ce between the thimble and the supports. System D (2 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) with a diameter 2 inches larger than the chimney connector shall be installed with a steel chimney connector having a minimum thickness of 0.0236 inch ( No. 24 gage). Sheet steel supports shall be positioned to maintain a 2 - inch clearance to combustibles and to hold the chimney connector to ensure that a 1 - inch airspace surrounds the chimney connector through the chimney section. The steel support shall be fastened to the wall on all sides and the chimney section shall be fastened to the supports. Fasteners shall not penetrate the liner of the chimney section. For SI: 1 inch = 25.4 mm, 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F = 0.144 W/m 2 \u2022 K. a. Insulation material that is part of the wall pass - through system shall be noncombustible and shall have a thermal conductivity of 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F or less. b. All clearances and thicknesses are minimums. c. Materials utilized to seal penetrations for the connector shall be non - combustible . d. Connectors for all systems except System B shall extend through the wall pass - through system to the inner face of the flue li ner. e. ASTM C 315. [CONT.]: 803.10.4.2 Field - applied insulation for chimney connectors. Chimney connectors of appliances with flue gas temperatures less than 500 \u00b0 F (260 \u00b0 C) that pass through walls or partitions of combustible construction shall be insu lated with a field - applied flexible wrap assembly tested in accordance with either ASTM E2816 or ASTM E2336. The connector shall comply with all of the following: 1. The insulated vent connectors pass - through assemblies and through penetration assemblies s hall be tested for F and T ratings in accordance with ASTM E 814. The F and T rating of the assembly shall be equal to or exceed the fire - resistance rating of the mechanical/boiler room. 2. Bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the stress limitations of Chapter 16 of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate connector walls. 3. Insulat ed vent connector pass - through assemblies shall not pass through ceilings or floors. 4. Insulated vent connector pass - through assemblies shall not run through occupied spaces, corridors, sleeping rooms and spaces with hazardous materials. 5. Insulated vent connector pass - through assemblies material shall meet the requirements for minimum chimney connector thicknesses for medium and high - heat appliances in accordance with Table 803.9(2). 6. Insulated vent connector pass - through assemblies fittings shall be w elded or shall be factory fabricated UL listed construction suitable for external flexible wrap insulation. 7. The draft calculations shall account for the insulating value of the field - applied flexible wrap insulation. \u2021\u2021\u2021 TABLE 803.10.4 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES TO COMBUSTIBLE WALL MATERIALS FOR HEATING APPLIANCES a, b, c, d System A (12 - inch clearance) A 3.5 - inch - thick brick wall shall be framed into the combustible wall. A 0.625 - inch - thick fire - clay liner (ASTM C 315 or equivalent) e shall be firmly cemented in the center of the brick wall maintaining a 12 - inch clearance to combustibles. The clay liner s hall run from the outer surface of the bricks to the inner surface of the chimney liner. System B (9 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) the same inside diameter as the connector shall be utilized. Sheet steel supports cut to maintain a 9 - inch clearance to combustibles shall be fastened to the wall surface and to the chimney section . Fasteners shall not penetrate the chimney flue liner. The chimney length shall be flush with the masonry chimney liner and sealed to the masonry with water - insoluble refractory cement. Chimney manufacturers\u2019 parts shall be utilized to securely fasten the chimney connector to the chimney section. CHIMNEYS AND VENTS System C (6 - inch clearance) A sheet metal (minimum No. 24 gage) ventilated thimble having a minimum thickness of 0.0236 inch (No. 24 gage) having two 1 - inch air channels shall be installed. Steel supports shall be cut to maintain a 6 - inch clearance with a sheet steel chimney connector between the thimble and combustibles. The chimney connector and steel supports shall have a minimum thickness of 0.0236 inch (No. 24 gage). One side of the support shall be fastened to the wall on all sides. Glass - fiber insulation shall fill the 6 - inch spa ce between the thimble and the supports. System D (2 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) with a diameter 2 inches larger than the chimney connector shall be installed with a steel chimney connector having a minimum thickness of 0.0236 inch ( No. 24 gage). Sheet steel supports shall be positioned to maintain a 2 - inch clearance to combustibles and to hold the chimney connector to ensure that a 1 - inch airspace surrounds the chimney connector through the chimney section. The steel support shall be fastened to the wall on all sides and the chimney section shall be fastened to the supports. Fasteners shall not penetrate the liner of the chimney section. For SI: 1 inch = 25.4 mm, 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F = 0.144 W/m 2 \u2022 K. a. Insulation material that is part of the wall pass - through system shall be noncombustible and shall have a thermal conductivity of 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F or less. b. All clearances and thicknesses are minimums. c. Materials utilized to seal penetrations for the connector shall be non - combustible . d. Connectors for all systems except System B shall extend through the wall pass - through system to the inner face of the flue li ner. e. ASTM C 315. [CONT.]: 803.10.4.2 Field - applied insulation for chimney connectors. Chimney connectors of appliances with flue gas temperatures less than 500 \u00b0 F (260 \u00b0 C) that pass through walls or partitions of combustible construction shall be insu lated with a field - applied flexible wrap assembly tested in accordance with either ASTM E2816 or ASTM E2336. The connector shall comply with all of the following: 1. The insulated vent connectors pass - through assemblies and through penetration assemblies s hall be tested for F and T ratings in accordance with ASTM E 814. The F and T rating of the assembly shall be equal to or exceed the fire - resistance rating of the mechanical/boiler room. 2. Bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the stress limitations of Chapter 16 of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate connector walls. 3. Insulat ed vent connector pass - through assemblies shall not pass through ceilings or floors. 4. Insulated vent connector pass - through assemblies shall not run through occupied spaces, corridors, sleeping rooms and spaces with hazardous materials. 5. Insulated vent connector pass - through assemblies material shall meet the requirements for minimum chimney connector thicknesses for medium and high - heat appliances in accordance with Table 803.9(2). 6. Insulated vent connector pass - through assemblies fittings shall be w elded or shall be factory fabricated UL listed construction suitable for external flexible wrap insulation. 7. The draft calculations shall account for the insulating value of the field - applied flexible wrap insulation. \u2021\u2021\u2021 TABLE 803.10.4 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES TO COMBUSTIBLE WALL MATERIALS FOR HEATING APPLIANCES a, b, c, d System A (12 - inch clearance) A 3.5 - inch - thick brick wall shall be framed into the combustible wall. A 0.625 - inch - thick fire - clay liner (ASTM C 315 or equivalent) e shall be firmly cemented in the center of the brick wall maintaining a 12 - inch clearance to combustibles. The clay liner s hall run from the outer surface of the bricks to the inner surface of the chimney liner. System B (9 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) the same inside diameter as the connector shall be utilized. Sheet steel supports cut to maintain a 9 - inch clearance to combustibles shall be fastened to the wall surface and to the chimney section . Fasteners shall not penetrate the chimney flue liner. The chimney length shall be flush with the masonry chimney liner and sealed to the masonry with water - insoluble refractory cement. Chimney manufacturers\u2019 parts shall be utilized to securely fasten the chimney connector to the chimney section. CHIMNEYS AND VENTS System C (6 - inch clearance) A sheet metal (minimum No. 24 gage) ventilated thimble having a minimum thickness of 0.0236 inch (No. 24 gage) having two 1 - inch air channels shall be installed. Steel supports shall be cut to maintain a 6 - inch clearance with a sheet steel chimney connector between the thimble and combustibles. The chimney connector and steel supports shall have a minimum thickness of 0.0236 inch (No. 24 gage). One side of the support shall be fastened to the wall on all sides. Glass - fiber insulation shall fill the 6 - inch spa ce between the thimble and the supports. System D (2 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) with a diameter 2 inches larger than the chimney connector shall be installed with a steel chimney connector having a minimum thickness of 0.0236 inch ( No. 24 gage). Sheet steel supports shall be positioned to maintain a 2 - inch clearance to combustibles and to hold the chimney connector to ensure that a 1 - inch airspace surrounds the chimney connector through the chimney section. The steel support shall be fastened to the wall on all sides and the chimney section shall be fastened to the supports. Fasteners shall not penetrate the liner of the chimney section. For SI: 1 inch = 25.4 mm, 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F = 0.144 W/m 2 \u2022 K. a. Insulation material that is part of the wall pass - through system shall be noncombustible and shall have a thermal conductivity of 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F or less. b. All clearances and thicknesses are minimums. c. Materials utilized to seal penetrations for the connector shall be non - combustible . d. Connectors for all systems except System B shall extend through the wall pass - through system to the inner face of the flue li ner. e. ASTM C 315. [CONT.]: 803.10.4.2 Field - applied insulation for chimney connectors. Chimney connectors of appliances with flue gas temperatures less than 500 \u00b0 F (260 \u00b0 C) that pass through walls or partitions of combustible construction shall be insu lated with a field - applied flexible wrap assembly tested in accordance with either ASTM E2816 or ASTM E2336. The connector shall comply with all of the following: 1. The insulated vent connectors pass - through assemblies and through penetration assemblies s hall be tested for F and T ratings in accordance with ASTM E 814. The F and T rating of the assembly shall be equal to or exceed the fire - resistance rating of the mechanical/boiler room. 2. Bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the stress limitations of Chapter 16 of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate connector walls. 3. Insulat ed vent connector pass - through assemblies shall not pass through ceilings or floors. 4. Insulated vent connector pass - through assemblies shall not run through occupied spaces, corridors, sleeping rooms and spaces with hazardous materials. 5. Insulated vent connector pass - through assemblies material shall meet the requirements for minimum chimney connector thicknesses for medium and high - heat appliances in accordance with Table 803.9(2). 6. Insulated vent connector pass - through assemblies fittings shall be w elded or shall be factory fabricated UL listed construction suitable for external flexible wrap insulation. 7. The draft calculations shall account for the insulating value of the field - applied flexible wrap insulation. \u2021\u2021\u2021 TABLE 803.10.4 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES TO COMBUSTIBLE WALL MATERIALS FOR HEATING APPLIANCES a, b, c, d System A (12 - inch clearance) A 3.5 - inch - thick brick wall shall be framed into the combustible wall. A 0.625 - inch - thick fire - clay liner (ASTM C 315 or equivalent) e shall be firmly cemented in the center of the brick wall maintaining a 12 - inch clearance to combustibles. The clay liner s hall run from the outer surface of the bricks to the inner surface of the chimney liner. System B (9 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) the same inside diameter as the connector shall be utilized. Sheet steel supports cut to maintain a 9 - inch clearance to combustibles shall be fastened to the wall surface and to the chimney section . Fasteners shall not penetrate the chimney flue liner. The chimney length shall be flush with the masonry chimney liner and sealed to the masonry with water - insoluble refractory cement. Chimney manufacturers\u2019 parts shall be utilized to securely fasten the chimney connector to the chimney section. CHIMNEYS AND VENTS System C (6 - inch clearance) A sheet metal (minimum No. 24 gage) ventilated thimble having a minimum thickness of 0.0236 inch (No. 24 gage) having two 1 - inch air channels shall be installed. Steel supports shall be cut to maintain a 6 - inch clearance with a sheet steel chimney connector between the thimble and combustibles. The chimney connector and steel supports shall have a minimum thickness of 0.0236 inch (No. 24 gage). One side of the support shall be fastened to the wall on all sides. Glass - fiber insulation shall fill the 6 - inch spa ce between the thimble and the supports. System D (2 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) with a diameter 2 inches larger than the chimney connector shall be installed with a steel chimney connector having a minimum thickness of 0.0236 inch ( No. 24 gage). Sheet steel supports shall be positioned to maintain a 2 - inch clearance to combustibles and to hold the chimney connector to ensure that a 1 - inch airspace surrounds the chimney connector through the chimney section. The steel support shall be fastened to the wall on all sides and the chimney section shall be fastened to the supports. Fasteners shall not penetrate the liner of the chimney section. For SI: 1 inch = 25.4 mm, 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F = 0.144 W/m 2 \u2022 K. a. Insulation material that is part of the wall pass - through system shall be noncombustible and shall have a thermal conductivity of 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F or less. b. All clearances and thicknesses are minimums. c. Materials utilized to seal penetrations for the connector shall be non - combustible . d. Connectors for all systems except System B shall extend through the wall pass - through system to the inner face of the flue li ner. e. ASTM C 315. [CONT.]: 803.10.4.2 Field - applied insulation for chimney connectors. Chimney connectors of appliances with flue gas temperatures less than 500 \u00b0 F (260 \u00b0 C) that pass through walls or partitions of combustible construction shall be insu lated with a field - applied flexible wrap assembly tested in accordance with either ASTM E2816 or ASTM E2336. The connector shall comply with all of the following: 1. The insulated vent connectors pass - through assemblies and through penetration assemblies s hall be tested for F and T ratings in accordance with ASTM E 814. The F and T rating of the assembly shall be equal to or exceed the fire - resistance rating of the mechanical/boiler room. 2. Bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the stress limitations of Chapter 16 of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate connector walls. 3. Insulat ed vent connector pass - through assemblies shall not pass through ceilings or floors. 4. Insulated vent connector pass - through assemblies shall not run through occupied spaces, corridors, sleeping rooms and spaces with hazardous materials. 5. Insulated vent connector pass - through assemblies material shall meet the requirements for minimum chimney connector thicknesses for medium and high - heat appliances in accordance with Table 803.9(2). 6. Insulated vent connector pass - through assemblies fittings shall be w elded or shall be factory fabricated UL listed construction suitable for external flexible wrap insulation. 7. The draft calculations shall account for the insulating value of the field - applied flexible wrap insulation. \u2021\u2021\u2021 TABLE 803.10.4 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES TO COMBUSTIBLE WALL MATERIALS FOR HEATING APPLIANCES a, b, c, d System A (12 - inch clearance) A 3.5 - inch - thick brick wall shall be framed into the combustible wall. A 0.625 - inch - thick fire - clay liner (ASTM C 315 or equivalent) e shall be firmly cemented in the center of the brick wall maintaining a 12 - inch clearance to combustibles. The clay liner s hall run from the outer surface of the bricks to the inner surface of the chimney liner. System B (9 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) the same inside diameter as the connector shall be utilized. Sheet steel supports cut to maintain a 9 - inch clearance to combustibles shall be fastened to the wall surface and to the chimney section . Fasteners shall not penetrate the chimney flue liner. The chimney length shall be flush with the masonry chimney liner and sealed to the masonry with water - insoluble refractory cement. Chimney manufacturers\u2019 parts shall be utilized to securely fasten the chimney connector to the chimney section. CHIMNEYS AND VENTS System C (6 - inch clearance) A sheet metal (minimum No. 24 gage) ventilated thimble having a minimum thickness of 0.0236 inch (No. 24 gage) having two 1 - inch air channels shall be installed. Steel supports shall be cut to maintain a 6 - inch clearance with a sheet steel chimney connector between the thimble and combustibles. The chimney connector and steel supports shall have a minimum thickness of 0.0236 inch (No. 24 gage). One side of the support shall be fastened to the wall on all sides. Glass - fiber insulation shall fill the 6 - inch spa ce between the thimble and the supports. System D (2 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) with a diameter 2 inches larger than the chimney connector shall be installed with a steel chimney connector having a minimum thickness of 0.0236 inch ( No. 24 gage). Sheet steel supports shall be positioned to maintain a 2 - inch clearance to combustibles and to hold the chimney connector to ensure that a 1 - inch airspace surrounds the chimney connector through the chimney section. The steel support shall be fastened to the wall on all sides and the chimney section shall be fastened to the supports. Fasteners shall not penetrate the liner of the chimney section. For SI: 1 inch = 25.4 mm, 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F = 0.144 W/m 2 \u2022 K. a. Insulation material that is part of the wall pass - through system shall be noncombustible and shall have a thermal conductivity of 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F or less. b. All clearances and thicknesses are minimums. c. Materials utilized to seal penetrations for the connector shall be non - combustible . d. Connectors for all systems except System B shall extend through the wall pass - through system to the inner face of the flue li ner. e. ASTM C 315. [CONT.]: 803.10.4.2 Field - applied insulation for chimney connectors. Chimney connectors of appliances with flue gas temperatures less than 500 \u00b0 F (260 \u00b0 C) that pass through walls or partitions of combustible construction shall be insu lated with a field - applied flexible wrap assembly tested in accordance with either ASTM E2816 or ASTM E2336. The connector shall comply with all of the following: 1. The insulated vent connectors pass - through assemblies and through penetration assemblies s hall be tested for F and T ratings in accordance with ASTM E 814. The F and T rating of the assembly shall be equal to or exceed the fire - resistance rating of the mechanical/boiler room. 2. Bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the stress limitations of Chapter 16 of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate connector walls. 3. Insulat ed vent connector pass - through assemblies shall not pass through ceilings or floors. 4. Insulated vent connector pass - through assemblies shall not run through occupied spaces, corridors, sleeping rooms and spaces with hazardous materials. 5. Insulated vent connector pass - through assemblies material shall meet the requirements for minimum chimney connector thicknesses for medium and high - heat appliances in accordance with Table 803.9(2). 6. Insulated vent connector pass - through assemblies fittings shall be w elded or shall be factory fabricated UL listed construction suitable for external flexible wrap insulation. 7. The draft calculations shall account for the insulating value of the field - applied flexible wrap insulation. \u2021\u2021\u2021 TABLE 803.10.4 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES TO COMBUSTIBLE WALL MATERIALS FOR HEATING APPLIANCES a, b, c, d System A (12 - inch clearance) A 3.5 - inch - thick brick wall shall be framed into the combustible wall. A 0.625 - inch - thick fire - clay liner (ASTM C 315 or equivalent) e shall be firmly cemented in the center of the brick wall maintaining a 12 - inch clearance to combustibles. The clay liner s hall run from the outer surface of the bricks to the inner surface of the chimney liner. System B (9 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) the same inside diameter as the connector shall be utilized. Sheet steel supports cut to maintain a 9 - inch clearance to combustibles shall be fastened to the wall surface and to the chimney section . Fasteners shall not penetrate the chimney flue liner. The chimney length shall be flush with the masonry chimney liner and sealed to the masonry with water - insoluble refractory cement. Chimney manufacturers\u2019 parts shall be utilized to securely fasten the chimney connector to the chimney section. CHIMNEYS AND VENTS System C (6 - inch clearance) A sheet metal (minimum No. 24 gage) ventilated thimble having a minimum thickness of 0.0236 inch (No. 24 gage) having two 1 - inch air channels shall be installed. Steel supports shall be cut to maintain a 6 - inch clearance with a sheet steel chimney connector between the thimble and combustibles. The chimney connector and steel supports shall have a minimum thickness of 0.0236 inch (No. 24 gage). One side of the support shall be fastened to the wall on all sides. Glass - fiber insulation shall fill the 6 - inch spa ce between the thimble and the supports. System D (2 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) with a diameter 2 inches larger than the chimney connector shall be installed with a steel chimney connector having a minimum thickness of 0.0236 inch ( No. 24 gage). Sheet steel supports shall be positioned to maintain a 2 - inch clearance to combustibles and to hold the chimney connector to ensure that a 1 - inch airspace surrounds the chimney connector through the chimney section. The steel support shall be fastened to the wall on all sides and the chimney section shall be fastened to the supports. Fasteners shall not penetrate the liner of the chimney section. For SI: 1 inch = 25.4 mm, 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F = 0.144 W/m 2 \u2022 K. a. Insulation material that is part of the wall pass - through system shall be noncombustible and shall have a thermal conductivity of 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F or less. b. All clearances and thicknesses are minimums. c. Materials utilized to seal penetrations for the connector shall be non - combustible . d. Connectors for all systems except System B shall extend through the wall pass - through system to the inner face of the flue li ner. e. ASTM C 315. [CONT.]: 803.10.4.2 Field - applied insulation for chimney connectors. Chimney connectors of appliances with flue gas temperatures less than 500 \u00b0 F (260 \u00b0 C) that pass through walls or partitions of combustible construction shall be insu lated with a field - applied flexible wrap assembly tested in accordance with either ASTM E2816 or ASTM E2336. The connector shall comply with all of the following: 1. The insulated vent connectors pass - through assemblies and through penetration assemblies s hall be tested for F and T ratings in accordance with ASTM E 814. The F and T rating of the assembly shall be equal to or exceed the fire - resistance rating of the mechanical/boiler room. 2. Bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the stress limitations of Chapter 16 of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate connector walls. 3. Insulat ed vent connector pass - through assemblies shall not pass through ceilings or floors. 4. Insulated vent connector pass - through assemblies shall not run through occupied spaces, corridors, sleeping rooms and spaces with hazardous materials. 5. Insulated vent connector pass - through assemblies material shall meet the requirements for minimum chimney connector thicknesses for medium and high - heat appliances in accordance with Table 803.9(2). 6. Insulated vent connector pass - through assemblies fittings shall be w elded or shall be factory fabricated UL listed construction suitable for external flexible wrap insulation. 7. The draft calculations shall account for the insulating value of the field - applied flexible wrap insulation. \u2021\u2021\u2021 TABLE 803.10.4 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES TO COMBUSTIBLE WALL MATERIALS FOR HEATING APPLIANCES a, b, c, d System A (12 - inch clearance) A 3.5 - inch - thick brick wall shall be framed into the combustible wall. A 0.625 - inch - thick fire - clay liner (ASTM C 315 or equivalent) e shall be firmly cemented in the center of the brick wall maintaining a 12 - inch clearance to combustibles. The clay liner s hall run from the outer surface of the bricks to the inner surface of the chimney liner. System B (9 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) the same inside diameter as the connector shall be utilized. Sheet steel supports cut to maintain a 9 - inch clearance to combustibles shall be fastened to the wall surface and to the chimney section . Fasteners shall not penetrate the chimney flue liner. The chimney length shall be flush with the masonry chimney liner and sealed to the masonry with water - insoluble refractory cement. Chimney manufacturers\u2019 parts shall be utilized to securely fasten the chimney connector to the chimney section. CHIMNEYS AND VENTS System C (6 - inch clearance) A sheet metal (minimum No. 24 gage) ventilated thimble having a minimum thickness of 0.0236 inch (No. 24 gage) having two 1 - inch air channels shall be installed. Steel supports shall be cut to maintain a 6 - inch clearance with a sheet steel chimney connector between the thimble and combustibles. The chimney connector and steel supports shall have a minimum thickness of 0.0236 inch (No. 24 gage). One side of the support shall be fastened to the wall on all sides. Glass - fiber insulation shall fill the 6 - inch spa ce between the thimble and the supports. System D (2 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) with a diameter 2 inches larger than the chimney connector shall be installed with a steel chimney connector having a minimum thickness of 0.0236 inch ( No. 24 gage). Sheet steel supports shall be positioned to maintain a 2 - inch clearance to combustibles and to hold the chimney connector to ensure that a 1 - inch airspace surrounds the chimney connector through the chimney section. The steel support shall be fastened to the wall on all sides and the chimney section shall be fastened to the supports. Fasteners shall not penetrate the liner of the chimney section. For SI: 1 inch = 25.4 mm, 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F = 0.144 W/m 2 \u2022 K. a. Insulation material that is part of the wall pass - through system shall be noncombustible and shall have a thermal conductivity of 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F or less. b. All clearances and thicknesses are minimums. c. Materials utilized to seal penetrations for the connector shall be non - combustible . d. Connectors for all systems except System B shall extend through the wall pass - through system to the inner face of the flue li ner. e. ASTM C 315. [CONT.]: 803.10.4.2 Field - applied insulation for chimney connectors. Chimney connectors of appliances with flue gas temperatures less than 500 \u00b0 F (260 \u00b0 C) that pass through walls or partitions of combustible construction shall be insu lated with a field - applied flexible wrap assembly tested in accordance with either ASTM E2816 or ASTM E2336. The connector shall comply with all of the following: 1. The insulated vent connectors pass - through assemblies and through penetration assemblies s hall be tested for F and T ratings in accordance with ASTM E 814. The F and T rating of the assembly shall be equal to or exceed the fire - resistance rating of the mechanical/boiler room. 2. Bracing and supports shall be of noncombustible material securely attached to the structure and designed to carry gravity and seismic loads within the stress limitations of Chapter 16 of the New York City Building Code . Bolts, screws, rivets and other mechanical fasteners shall not penetrate connector walls. 3. Insulat ed vent connector pass - through assemblies shall not pass through ceilings or floors. 4. Insulated vent connector pass - through assemblies shall not run through occupied spaces, corridors, sleeping rooms and spaces with hazardous materials. 5. Insulated vent connector pass - through assemblies material shall meet the requirements for minimum chimney connector thicknesses for medium and high - heat appliances in accordance with Table 803.9(2). 6. Insulated vent connector pass - through assemblies fittings shall be w elded or shall be factory fabricated UL listed construction suitable for external flexible wrap insulation. 7. The draft calculations shall account for the insulating value of the field - applied flexible wrap insulation. \u2021\u2021\u2021 TABLE 803.10.4 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES TO COMBUSTIBLE WALL MATERIALS FOR HEATING APPLIANCES a, b, c, d System A (12 - inch clearance) A 3.5 - inch - thick brick wall shall be framed into the combustible wall. A 0.625 - inch - thick fire - clay liner (ASTM C 315 or equivalent) e shall be firmly cemented in the center of the brick wall maintaining a 12 - inch clearance to combustibles. The clay liner s hall run from the outer surface of the bricks to the inner surface of the chimney liner. System B (9 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) the same inside diameter as the connector shall be utilized. Sheet steel supports cut to maintain a 9 - inch clearance to combustibles shall be fastened to the wall surface and to the chimney section . Fasteners shall not penetrate the chimney flue liner. The chimney length shall be flush with the masonry chimney liner and sealed to the masonry with water - insoluble refractory cement. Chimney manufacturers\u2019 parts shall be utilized to securely fasten the chimney connector to the chimney section. CHIMNEYS AND VENTS System C (6 - inch clearance) A sheet metal (minimum No. 24 gage) ventilated thimble having a minimum thickness of 0.0236 inch (No. 24 gage) having two 1 - inch air channels shall be installed. Steel supports shall be cut to maintain a 6 - inch clearance with a sheet steel chimney connector between the thimble and combustibles. The chimney connector and steel supports shall have a minimum thickness of 0.0236 inch (No. 24 gage). One side of the support shall be fastened to the wall on all sides. Glass - fiber insulation shall fill the 6 - inch spa ce between the thimble and the supports. System D (2 - inch clearance) A labeled solid - insulated factory - built chimney section (1 - inch insulation) with a diameter 2 inches larger than the chimney connector shall be installed with a steel chimney connector having a minimum thickness of 0.0236 inch ( No. 24 gage). Sheet steel supports shall be positioned to maintain a 2 - inch clearance to combustibles and to hold the chimney connector to ensure that a 1 - inch airspace surrounds the chimney connector through the chimney section. The steel support shall be fastened to the wall on all sides and the chimney section shall be fastened to the supports. Fasteners shall not penetrate the liner of the chimney section. For SI: 1 inch = 25.4 mm, 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F = 0.144 W/m 2 \u2022 K. a. Insulation material that is part of the wall pass - through system shall be noncombustible and shall have a thermal conductivity of 1.0 Btu \u00d7 in/ft 2 \u2022 h \u2022 \u00b0 F or less. b. All clearances and thicknesses are minimums. c. Materials utilized to seal penetrations for the connector shall be non - combustible . d. Connectors for all systems except System B shall extend through the wall pass - through system to the inner face of the flue li ner. e. ASTM C 315. [CONT.]: 803.10.4.2 F 437 \u2014 09 Specification for Threaded Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings, Schedule 80 ................................ ................................ ........................ Table [CONT.]: 803.10.4.2 F 437 \u2014 09 Specification for Threaded Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings, Schedule 80 ................................ ................................ ........................ Table [CONT.]: 803.10.4.2 F 437 \u2014 09 Specification for Threaded Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings, Schedule 80 ................................ ................................ ........................ Table [CONT.]: 803.10.4.2 F 437 \u2014 09 Specification for Threaded Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings, Schedule 80 ................................ ................................ ........................ Table [CONT.]: 803.10.4.2 F 437 \u2014 09 Specification for Threaded Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings, Schedule 80 ................................ ................................ ........................ Table [CONT.]: 803.10.4.2 F 437 \u2014 09 Specification for Threaded Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings, Schedule 80 ................................ ................................ ........................ Table",
    "metadata": {
      "section_full": "803.10.4.2",
      "parent_major": "803",
      "parent_minor": "803.10",
      "source": "032.txt"
    }
  },
  {
    "id": "803.10.5",
    "text": "CONTEXT: 803 > 803.10 | CONTENT: 803.10.5 803.10.5 Pitch. Connectors shall rise vertically to the chimney or vent with a minimum pitch equal to one - fourth unit vertical in 12 units horizontal (2 - percent slope). [CONT.]: 803.10.5 Pitch. Connectors shall rise vertically to the chimney or vent with a minimum pitch equal to one - fourth unit vertical in 12 units horizontal (2 - percent slope). [CONT.]: 803.10.5 Pitch. Connectors shall rise vertically to the chimney or vent with a minimum pitch equal to one - fourth unit vertical in 12 units horizontal (2 - percent slope). [CONT.]: 803.10.5 Pitch. Connectors shall rise vertically to the chimney or vent with a minimum pitch equal to one - fourth unit vertical in 12 units horizontal (2 - percent slope). [CONT.]: 803.10.5 Pitch. Connectors shall rise vertically to the chimney or vent with a minimum pitch equal to one - fourth unit vertical in 12 units horizontal (2 - percent slope). [CONT.]: 803.10.5 Pitch. Connectors shall rise vertically to the chimney or vent with a minimum pitch equal to one - fourth unit vertical in 12 units horizontal (2 - percent slope). [CONT.]: 803.10.5 Pitch. Connectors shall rise vertically to the chimney or vent with a minimum pitch equal to one - fourth unit vertical in 12 units horizontal (2 - percent slope). [CONT.]: 803.10.5 Pitch. Connectors shall rise vertically to the chimney or vent with a minimum pitch equal to one - fourth unit vertical in 12 units horizontal (2 - percent slope). [CONT.]: 803.10.5 Pitch. Connectors shall rise vertically to the chimney or vent with a minimum pitch equal to one - fourth unit vertical in 12 units horizontal (2 - percent slope). [CONT.]: 803.10.5 Pitch. Connectors shall rise vertically to the chimney or vent with a minimum pitch equal to one - fourth unit vertical in 12 units horizontal (2 - percent slope). [CONT.]: 803.10.5 Pitch. Connectors shall rise vertically to the chimney or vent with a minimum pitch equal to one - fourth unit vertical in 12 units horizontal (2 - percent slope).",
    "metadata": {
      "section_full": "803.10.5",
      "parent_major": "803",
      "parent_minor": "803.10",
      "source": "032.txt"
    }
  },
  {
    "id": "803.10.6",
    "text": "CONTEXT: 803 > 803.10 | CONTENT: 803.10.6 803.10.6 Clearances. Connectors shall have a minimum clearance to c ombustibles in accordance with Table 803.10.6. The clearances specified in Table 803.10.6 apply, except where the listing and labeling of an appliance specifies a different clearance, in which case the labeled clearance shall apply. The clearance to combus tibles for connectors shall be reduced only in accordance with Section 308 or via the use of a listed chimney or vent connector system . \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 803.10.6 Clearances. Connectors shall have a minimum clearance to c ombustibles in accordance with Table 803.10.6. The clearances specified in Table 803.10.6 apply, except where the listing and labeling of an appliance specifies a different clearance, in which case the labeled clearance shall apply. The clearance to combus tibles for connectors shall be reduced only in accordance with Section 308 or via the use of a listed chimney or vent connector system . CHIMNEYS AND VENTS TABLE 803.10.6 CONNECTOR CLEARANCES TO COMBUSTIBLES TYPE OF APPLIANCE MINIMUM CLEARANCE (inches) Domestic - type appliances Chimney and vent connectors Electric and oil incinerators 18 Oil and solid fuel - burning appliances 18 Oil appliances labeled for venting with Type L vents 9 Commercial, industrial - type appliances Low - heat appliances Chimney connectors Oil and solid fuel boilers, furnaces and water heaters 18 Oil unit heaters 18 Other low - heat industrial appliances 18 Medium - heat appliances Chimney connectors All oil and solid fuel - burning appliances 36 High - heat appliances In accordance with NFPA 211 Masonry or metal connectors All oil and solid fuel - burning appliances For SI: 1 inch = 25.4 mm. SECTION MC 804 DIRECT - VENT, INTEGRAL VENT AND MECHANICAL DRAFT SYSTEMS [CONT.]: 803.10.6 Clearances. Connectors shall have a minimum clearance to c ombustibles in accordance with Table 803.10.6. The clearances specified in Table 803.10.6 apply, except where the listing and labeling of an appliance specifies a different clearance, in which case the labeled clearance shall apply. The clearance to combus tibles for connectors shall be reduced only in accordance with Section 308 or via the use of a listed chimney or vent connector system . CHIMNEYS AND VENTS TABLE 803.10.6 CONNECTOR CLEARANCES TO COMBUSTIBLES TYPE OF APPLIANCE MINIMUM CLEARANCE (inches) Domestic - type appliances Chimney and vent connectors Electric and oil incinerators 18 Oil and solid fuel - burning appliances 18 Oil appliances labeled for venting with Type L vents 9 Commercial, industrial - type appliances Low - heat appliances Chimney connectors Oil and solid fuel boilers, furnaces and water heaters 18 Oil unit heaters 18 Other low - heat industrial appliances 18 Medium - heat appliances Chimney connectors All oil and solid fuel - burning appliances 36 High - heat appliances In accordance with NFPA 211 Masonry or metal connectors All oil and solid fuel - burning appliances For SI: 1 inch = 25.4 mm. SECTION MC 804 DIRECT - VENT, INTEGRAL VENT AND MECHANICAL DRAFT SYSTEMS [CONT.]: 803.10.6 Clearances. Connectors shall have a minimum clearance to c ombustibles in accordance with Table 803.10.6. The clearances specified in Table 803.10.6 apply, except where the listing and labeling of an appliance specifies a different clearance, in which case the labeled clearance shall apply. The clearance to combus tibles for connectors shall be reduced only in accordance with Section 308 or via the use of a listed chimney or vent connector system . CHIMNEYS AND VENTS TABLE 803.10.6 CONNECTOR CLEARANCES TO COMBUSTIBLES TYPE OF APPLIANCE MINIMUM CLEARANCE (inches) Domestic - type appliances Chimney and vent connectors Electric and oil incinerators 18 Oil and solid fuel - burning appliances 18 Oil appliances labeled for venting with Type L vents 9 Commercial, industrial - type appliances Low - heat appliances Chimney connectors Oil and solid fuel boilers, furnaces and water heaters 18 Oil unit heaters 18 Other low - heat industrial appliances 18 Medium - heat appliances Chimney connectors All oil and solid fuel - burning appliances 36 High - heat appliances In accordance with NFPA 211 Masonry or metal connectors All oil and solid fuel - burning appliances For SI: 1 inch = 25.4 mm. SECTION MC 804 DIRECT - VENT, INTEGRAL VENT AND MECHANICAL DRAFT SYSTEMS [CONT.]: 803.10.6 Clearances. Connectors shall have a minimum clearance to c ombustibles in accordance with Table 803.10.6. The clearances specified in Table 803.10.6 apply, except where the listing and labeling of an appliance specifies a different clearance, in which case the labeled clearance shall apply. The clearance to combus tibles for connectors shall be reduced only in accordance with Section 308 or via the use of a listed chimney or vent connector system . CHIMNEYS AND VENTS TABLE 803.10.6 CONNECTOR CLEARANCES TO COMBUSTIBLES TYPE OF APPLIANCE MINIMUM CLEARANCE (inches) Domestic - type appliances Chimney and vent connectors Electric and oil incinerators 18 Oil and solid fuel - burning appliances 18 Oil appliances labeled for venting with Type L vents 9 Commercial, industrial - type appliances Low - heat appliances Chimney connectors Oil and solid fuel boilers, furnaces and water heaters 18 Oil unit heaters 18 Other low - heat industrial appliances 18 Medium - heat appliances Chimney connectors All oil and solid fuel - burning appliances 36 High - heat appliances In accordance with NFPA 211 Masonry or metal connectors All oil and solid fuel - burning appliances For SI: 1 inch = 25.4 mm. SECTION MC 804 DIRECT - VENT, INTEGRAL VENT AND MECHANICAL DRAFT SYSTEMS [CONT.]: 803.10.6 Clearances. Connectors shall have a minimum clearance to c ombustibles in accordance with Table 803.10.6. The clearances specified in Table 803.10.6 apply, except where the listing and labeling of an appliance specifies a different clearance, in which case the labeled clearance shall apply. The clearance to combus tibles for connectors shall be reduced only in accordance with Section 308 or via the use of a listed chimney or vent connector system . CHIMNEYS AND VENTS TABLE 803.10.6 CONNECTOR CLEARANCES TO COMBUSTIBLES TYPE OF APPLIANCE MINIMUM CLEARANCE (inches) Domestic - type appliances Chimney and vent connectors Electric and oil incinerators 18 Oil and solid fuel - burning appliances 18 Oil appliances labeled for venting with Type L vents 9 Commercial, industrial - type appliances Low - heat appliances Chimney connectors Oil and solid fuel boilers, furnaces and water heaters 18 Oil unit heaters 18 Other low - heat industrial appliances 18 Medium - heat appliances Chimney connectors All oil and solid fuel - burning appliances 36 High - heat appliances In accordance with NFPA 211 Masonry or metal connectors All oil and solid fuel - burning appliances For SI: 1 inch = 25.4 mm. SECTION MC 804 DIRECT - VENT, INTEGRAL VENT AND MECHANICAL DRAFT SYSTEMS [CONT.]: 803.10.6 Clearances. Connectors shall have a minimum clearance to c ombustibles in accordance with Table 803.10.6. The clearances specified in Table 803.10.6 apply, except where the listing and labeling of an appliance specifies a different clearance, in which case the labeled clearance shall apply. The clearance to combus tibles for connectors shall be reduced only in accordance with Section 308 or via the use of a listed chimney or vent connector system . CHIMNEYS AND VENTS TABLE 803.10.6 CONNECTOR CLEARANCES TO COMBUSTIBLES TYPE OF APPLIANCE MINIMUM CLEARANCE (inches) Domestic - type appliances Chimney and vent connectors Electric and oil incinerators 18 Oil and solid fuel - burning appliances 18 Oil appliances labeled for venting with Type L vents 9 Commercial, industrial - type appliances Low - heat appliances Chimney connectors Oil and solid fuel boilers, furnaces and water heaters 18 Oil unit heaters 18 Other low - heat industrial appliances 18 Medium - heat appliances Chimney connectors All oil and solid fuel - burning appliances 36 High - heat appliances In accordance with NFPA 211 Masonry or metal connectors All oil and solid fuel - burning appliances For SI: 1 inch = 25.4 mm. SECTION MC 804 DIRECT - VENT, INTEGRAL VENT AND MECHANICAL DRAFT SYSTEMS [CONT.]: 803.10.6 Clearances. Connectors shall have a minimum clearance to c ombustibles in accordance with Table 803.10.6. The clearances specified in Table 803.10.6 apply, except where the listing and labeling of an appliance specifies a different clearance, in which case the labeled clearance shall apply. The clearance to combus tibles for connectors shall be reduced only in accordance with Section 308 or via the use of a listed chimney or vent connector system . CHIMNEYS AND VENTS TABLE 803.10.6 CONNECTOR CLEARANCES TO COMBUSTIBLES TYPE OF APPLIANCE MINIMUM CLEARANCE (inches) Domestic - type appliances Chimney and vent connectors Electric and oil incinerators 18 Oil and solid fuel - burning appliances 18 Oil appliances labeled for venting with Type L vents 9 Commercial, industrial - type appliances Low - heat appliances Chimney connectors Oil and solid fuel boilers, furnaces and water heaters 18 Oil unit heaters 18 Other low - heat industrial appliances 18 Medium - heat appliances Chimney connectors All oil and solid fuel - burning appliances 36 High - heat appliances In accordance with NFPA 211 Masonry or metal connectors All oil and solid fuel - burning appliances For SI: 1 inch = 25.4 mm. SECTION MC 804 DIRECT - VENT, INTEGRAL VENT AND MECHANICAL DRAFT SYSTEMS [CONT.]: 803.10.6 Clearances. Connectors shall have a minimum clearance to c ombustibles in accordance with Table 803.10.6. The clearances specified in Table 803.10.6 apply, except where the listing and labeling of an appliance specifies a different clearance, in which case the labeled clearance shall apply. The clearance to combus tibles for connectors shall be reduced only in accordance with Section 308 or via the use of a listed chimney or vent connector system . CHIMNEYS AND VENTS TABLE 803.10.6 CONNECTOR CLEARANCES TO COMBUSTIBLES TYPE OF APPLIANCE MINIMUM CLEARANCE (inches) Domestic - type appliances Chimney and vent connectors Electric and oil incinerators 18 Oil and solid fuel - burning appliances 18 Oil appliances labeled for venting with Type L vents 9 Commercial, industrial - type appliances Low - heat appliances Chimney connectors Oil and solid fuel boilers, furnaces and water heaters 18 Oil unit heaters 18 Other low - heat industrial appliances 18 Medium - heat appliances Chimney connectors All oil and solid fuel - burning appliances 36 High - heat appliances In accordance with NFPA 211 Masonry or metal connectors All oil and solid fuel - burning appliances For SI: 1 inch = 25.4 mm. SECTION MC 804 DIRECT - VENT, INTEGRAL VENT AND MECHANICAL DRAFT SYSTEMS [CONT.]: 803.10.6 Clearances. Connectors shall have a minimum clearance to c ombustibles in accordance with Table 803.10.6. The clearances specified in Table 803.10.6 apply, except where the listing and labeling of an appliance specifies a different clearance, in which case the labeled clearance shall apply. The clearance to combus tibles for connectors shall be reduced only in accordance with Section 308 or via the use of a listed chimney or vent connector system . CHIMNEYS AND VENTS TABLE 803.10.6 CONNECTOR CLEARANCES TO COMBUSTIBLES TYPE OF APPLIANCE MINIMUM CLEARANCE (inches) Domestic - type appliances Chimney and vent connectors Electric and oil incinerators 18 Oil and solid fuel - burning appliances 18 Oil appliances labeled for venting with Type L vents 9 Commercial, industrial - type appliances Low - heat appliances Chimney connectors Oil and solid fuel boilers, furnaces and water heaters 18 Oil unit heaters 18 Other low - heat industrial appliances 18 Medium - heat appliances Chimney connectors All oil and solid fuel - burning appliances 36 High - heat appliances In accordance with NFPA 211 Masonry or metal connectors All oil and solid fuel - burning appliances For SI: 1 inch = 25.4 mm. SECTION MC 804 DIRECT - VENT, INTEGRAL VENT AND MECHANICAL DRAFT SYSTEMS [CONT.]: 803.10.6 Clearances. Connectors shall have a minimum clearance to c ombustibles in accordance with Table 803.10.6. The clearances specified in Table 803.10.6 apply, except where the listing and labeling of an appliance specifies a different clearance, in which case the labeled clearance shall apply. The clearance to combus tibles for connectors shall be reduced only in accordance with Section 308 or via the use of a listed chimney or vent connector system . CHIMNEYS AND VENTS TABLE 803.10.6 CONNECTOR CLEARANCES TO COMBUSTIBLES TYPE OF APPLIANCE MINIMUM CLEARANCE (inches) Domestic - type appliances Chimney and vent connectors Electric and oil incinerators 18 Oil and solid fuel - burning appliances 18 Oil appliances labeled for venting with Type L vents 9 Commercial, industrial - type appliances Low - heat appliances Chimney connectors Oil and solid fuel boilers, furnaces and water heaters 18 Oil unit heaters 18 Other low - heat industrial appliances 18 Medium - heat appliances Chimney connectors All oil and solid fuel - burning appliances 36 High - heat appliances In accordance with NFPA 211 Masonry or metal connectors All oil and solid fuel - burning appliances For SI: 1 inch = 25.4 mm. SECTION MC 804 DIRECT - VENT, INTEGRAL VENT AND MECHANICAL DRAFT SYSTEMS",
    "metadata": {
      "section_full": "803.10.6",
      "parent_major": "803",
      "parent_minor": "803.10",
      "source": "032.txt"
    }
  },
  {
    "id": "804.1",
    "text": "CONTEXT: 804 > 804.1 | CONTENT: 804.1 804.1 Direct - vent terminations. Vent terminals for direct - vent appliances shall be installed in accordance with the manufacturer\u2019s instructions. In addition, direct vent terminations shall comply with the following requirements: 1. Where located adjacent t o walkways, the termination shall be not less than 7 feet ( [CONT.]: 804.1 Direct - vent terminations. Vent terminals for direct - vent appliances shall be installed in accordance with the manufacturer\u2019s instructions. In addition, direct vent terminations shall comply with the following requirements: 1. Where located adjacent t o walkways, the termination shall be not less than 7 feet ( [CONT.]: 804.1 Direct - vent terminations. Vent terminals for direct - vent appliances shall be installed in accordance with the manufacturer\u2019s instructions. In addition, direct vent terminations shall comply with the following requirements: 1. Where located adjacent t o walkways, the termination shall be not less than 7 feet ( [CONT.]: 804.1 Direct - vent terminations. Vent terminals for direct - vent appliances shall be installed in accordance with the manufacturer\u2019s instructions. In addition, direct vent terminations shall comply with the following requirements: 1. Where located adjacent t o walkways, the termination shall be not less than 7 feet ( [CONT.]: 804.1 Direct - vent terminations. Vent terminals for direct - vent appliances shall be installed in accordance with the manufacturer\u2019s instructions. In addition, direct vent terminations shall comply with the following requirements: 1. Where located adjacent t o walkways, the termination shall be not less than 7 feet ( [CONT.]: 804.1 Direct - vent terminations. Vent terminals for direct - vent appliances shall be installed in accordance with the manufacturer\u2019s instructions. In addition, direct vent terminations shall comply with the following requirements: 1. Where located adjacent t o walkways, the termination shall be not less than 7 feet ( [CONT.]: 804.1 Direct - vent terminations. Vent terminals for direct - vent appliances shall be installed in accordance with the manufacturer\u2019s instructions. In addition, direct vent terminations shall comply with the following requirements: 1. Where located adjacent t o walkways, the termination shall be not less than 7 feet ( [CONT.]: 804.1 Direct - vent terminations. Vent terminals for direct - vent appliances shall be installed in accordance with the manufacturer\u2019s instructions. In addition, direct vent terminations shall comply with the following requirements: 1. Where located adjacent t o walkways, the termination shall be not less than 7 feet ( [CONT.]: 804.1 Direct - vent terminations. Vent terminals for direct - vent appliances shall be installed in accordance with the manufacturer\u2019s instructions. In addition, direct vent terminations shall comply with the following requirements: 1. Where located adjacent t o walkways, the termination shall be not less than 7 feet ( [CONT.]: 804.1 Direct - vent terminations. Vent terminals for direct - vent appliances shall be installed in accordance with the manufacturer\u2019s instructions. In addition, direct vent terminations shall comply with the following requirements: 1. Where located adjacent t o walkways, the termination shall be not less than 7 feet (",
    "metadata": {
      "section_full": "804.1",
      "parent_major": "804",
      "parent_minor": "804.1",
      "source": "032.txt"
    }
  },
  {
    "id": "2133.6",
    "text": "CONTEXT: 2133 > 2133.6 | CONTENT: 2133.6 2133.6 mm) above the level of the walkway. 2. Vents shall terminate at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject direct vent appliance, loc ated within 10 feet (3048 mm). 3. The vent system shall terminate at least 4 feet (1219.2 mm) below, 4 feet (1219.2 mm) horizontally from or 1 foot (304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent termination point shal l not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 2133.6 mm) above the level of the walkway. 2. Vents shall terminate at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject direct vent appliance, loc ated within 10 feet (3048 mm). 3. The vent system shall terminate at least 4 feet (1219.2 mm) below, 4 feet (1219.2 mm) horizontally from or 1 foot (304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent termination point shal l not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. of the chimney vent or flue outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys, vents or f lues located in an area that is more than 10 feet (3048 mm) from such construction, but not more than the distance determined by Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required heig ht of a chimney, such construction shall not include other chimneys, vents or open structural framing. 2. Chimneys serving appliances or fireplaces with outlet temperatures between 600\u00b0F (315.6\u00b0C) and 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 10 feet (3048 m m) above the highest construction, such as a roof ridge, or parapet wall or penthouse within 20 feet (6096 mm) of the chimney outlet, whether the construction is on the same building as the chimney or on another building. Any chimneys located in an area mo re than 20 feet (6096 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction in such area. For purposes of determining the required height of the chimney, such construc tion does not include other chimneys, vents or open structural framing. 3. Chimneys serving appliances or fireplaces with outlet temperatures greater than 1000\u00b0F ( 537.8 \u00b0C) shall extend at least 20 feet (6096 mm) above the highest construction, such as roof ridge, parapet wall, penthouse, or other obstruction within 50 feet (15 240 mm) of the chimney outlet, whether the construction is on the same building as the chimney or in another building. Any chimneys located in an area that is more than 50 feet (15 24 0 mm) from such construction, but not more than the distance determined from Equation 8 - 1, shall be at least as high as the highest construction located in such area. For purposes of determining the required height of the chimney, such construction does no t include other chimneys, vents, or open structural framing. 4. Termination caps shall not be permitted. A drain shall be installed in accordance with Section 801.22 . A positive means shall be provided to prevent water from entering the appliance. CHIMNEYS AND VENTS Exceptio n: Termination caps shall be permitted on listed factory - built chimneys unless otherwise prohibited by the New York City Air Pollution Control Code . 5. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with the manufacturers\u2019 instructions. 6. The following formula shall be used in order to determine the distance referred to in Items 1, 2 and 3 of this section: D = F \u00d7 \u221a A (Equation 8 - 1) where: D = Distance, in feet, measured from the center of the chimney, vent or flue outlet to the nearest edge of the construction. If a single chimney is divided into multiple smaller flues or chimneys, measure from the center of the chimney outlet that is closest to the nearest edge of the construction. F = Value determined from Table 801.21. A = Free area, in square inches, of chimney flue space outlet. If a single chimney is divided into multiple smaller flues or chimneys, the total aggregate free area of such flue and chimney outlets shall be used to calculate \u201cA\u201d. TABLE 801.21 \u201cF\u201d FACTOR FOR DETERMINING CHIMNEY DISTANCES TYPE OF FUEL \u201cF\u201d FACTOR 600\u00b0F (315.6\u00b0C) and less 600\u00b0F (315.6\u00b0C) to 1000\u00b0F ( 537.8 \u00b0C) Greater than 1000\u00b0F ( 537.8 \u00b0C) No. 2 Fuel Oil 2.5 2.5 3 No. 4, 6 Fuel Oil, Solid Fuels 3 3 3 [CONT.]: 2133.6 mm) above the level of the walkway. 2. Vents shall terminate at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject direct vent appliance, loc ated within 10 feet (3048 mm). 3. The vent system shall terminate at least 4 feet (1219.2 mm) below, 4 feet (1219.2 mm) horizontally from or 1 foot (304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent termination point shal l not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. CHIMNEYS AND VENTS 5. The vent termination shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, re gulating, venting relief equipment or other building opening. 6. The bottom of the vent termination shall be located at least 36 inches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent termination shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminations located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwi se approved by the commissioner. 9. The vent termination shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacent buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 2133.6 mm) above the level of the walkway. 2. Vents shall terminate at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject direct vent appliance, loc ated within 10 feet (3048 mm). 3. The vent system shall terminate at least 4 feet (1219.2 mm) below, 4 feet (1219.2 mm) horizontally from or 1 foot (304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent termination point shal l not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. CHIMNEYS AND VENTS 5. The vent termination shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, re gulating, venting relief equipment or other building opening. 6. The bottom of the vent termination shall be located at least 36 inches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent termination shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminations located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwi se approved by the commissioner. 9. The vent termination shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacent buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 2133.6 mm) above the level of the walkway. 2. Vents shall terminate at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject direct vent appliance, loc ated within 10 feet (3048 mm). 3. The vent system shall terminate at least 4 feet (1219.2 mm) below, 4 feet (1219.2 mm) horizontally from or 1 foot (304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent termination point shal l not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. CHIMNEYS AND VENTS 5. The vent termination shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, re gulating, venting relief equipment or other building opening. 6. The bottom of the vent termination shall be located at least 36 inches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent termination shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminations located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwi se approved by the commissioner. 9. The vent termination shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacent buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 2133.6 mm) above the level of the walkway. 2. Vents shall terminate at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject direct vent appliance, loc ated within 10 feet (3048 mm). 3. The vent system shall terminate at least 4 feet (1219.2 mm) below, 4 feet (1219.2 mm) horizontally from or 1 foot (304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent termination point shal l not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. CHIMNEYS AND VENTS 5. The vent termination shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, re gulating, venting relief equipment or other building opening. 6. The bottom of the vent termination shall be located at least 36 inches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent termination shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminations located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwi se approved by the commissioner. 9. The vent termination shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacent buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 2133.6 mm) above the level of the walkway. 2. Vents shall terminate at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject direct vent appliance, loc ated within 10 feet (3048 mm). 3. The vent system shall terminate at least 4 feet (1219.2 mm) below, 4 feet (1219.2 mm) horizontally from or 1 foot (304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent termination point shal l not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. CHIMNEYS AND VENTS 5. The vent termination shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, re gulating, venting relief equipment or other building opening. 6. The bottom of the vent termination shall be located at least 36 inches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent termination shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminations located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwi se approved by the commissioner. 9. The vent termination shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacent buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 2133.6 mm) above the level of the walkway. 2. Vents shall terminate at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject direct vent appliance, loc ated within 10 feet (3048 mm). 3. The vent system shall terminate at least 4 feet (1219.2 mm) below, 4 feet (1219.2 mm) horizontally from or 1 foot (304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent termination point shal l not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. CHIMNEYS AND VENTS 5. The vent termination shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, re gulating, venting relief equipment or other building opening. 6. The bottom of the vent termination shall be located at least 36 inches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent termination shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminations located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwi se approved by the commissioner. 9. The vent termination shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacent buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 2133.6 mm) above the level of the walkway. 2. Vents shall terminate at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject direct vent appliance, loc ated within 10 feet (3048 mm). 3. The vent system shall terminate at least 4 feet (1219.2 mm) below, 4 feet (1219.2 mm) horizontally from or 1 foot (304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent termination point shal l not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. CHIMNEYS AND VENTS 5. The vent termination shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, re gulating, venting relief equipment or other building opening. 6. The bottom of the vent termination shall be located at least 36 inches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent termination shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminations located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwi se approved by the commissioner. 9. The vent termination shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacent buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions. [CONT.]: 2133.6 mm) above the level of the walkway. 2. Vents shall terminate at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject direct vent appliance, loc ated within 10 feet (3048 mm). 3. The vent system shall terminate at least 4 feet (1219.2 mm) below, 4 feet (1219.2 mm) horizontally from or 1 foot (304.8 mm) above any door, window or gravity air inlet into the building. 4. The vent termination point shal l not be located closer than 3 feet (914.4 mm) to an interior corner formed by two walls perpendicular to each other. CHIMNEYS AND VENTS 5. The vent termination shall not be mounted directly above or within 3 feet (914.4 mm) horizontally from any gas or electric metering, re gulating, venting relief equipment or other building opening. 6. The bottom of the vent termination shall be located at least 36 inches (914.4 mm) above finished grade. 7. The maximum heat input of an appliance served by single horizontal vent termination shall be 350,000 Btu/h (102.6 kW), unless otherwise approved by the commissioner. 8. The maximum heat input of all appliances served by horizontal vent terminations located within a 10 foot (3048 mm) radius shall be 350,000 Btu/h (102.6 kW), unless otherwi se approved by the commissioner. 9. The vent termination shall be located a minimum of 4 feet (1219.2 mm) from the lot line or from adjacent buildings. The termination shall be installed in accordance with the vent manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "2133.6",
      "parent_major": "2133",
      "parent_minor": "2133.6",
      "source": "032.txt"
    }
  },
  {
    "id": "804.2",
    "text": "CONTEXT: 804 > 804.2 | CONTENT: 804.2 804.2 Appli ances with integral vents. Appliances incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. In addition, integral vent terminals shall comply with the following requirements: 1. Where located adjacent to walkways, the vent terminal shall be not less than 7 feet (2133.6 mm) above the level of the walkway. 2. The vent terminal shall be at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject integral vent appliance, located within 10 feet (3048 mm). 3. The vent terminal shall be at least 4 feet (1219.2 mm) below, 4 feet ( [CONT.]: 804.2 Appli ances with integral vents. Appliances incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. In addition, integral vent terminals shall comply with the following requirements: 1. Where located adjacent to walkways, the vent terminal shall be not less than 7 feet (2133.6 mm) above the level of the walkway. 2. The vent terminal shall be at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject integral vent appliance, located within 10 feet (3048 mm). 3. The vent terminal shall be at least 4 feet (1219.2 mm) below, 4 feet ( [CONT.]: 804.2 Appli ances with integral vents. Appliances incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. In addition, integral vent terminals shall comply with the following requirements: 1. Where located adjacent to walkways, the vent terminal shall be not less than 7 feet (2133.6 mm) above the level of the walkway. 2. The vent terminal shall be at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject integral vent appliance, located within 10 feet (3048 mm). 3. The vent terminal shall be at least 4 feet (1219.2 mm) below, 4 feet ( [CONT.]: 804.2 Appli ances with integral vents. Appliances incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. In addition, integral vent terminals shall comply with the following requirements: 1. Where located adjacent to walkways, the vent terminal shall be not less than 7 feet (2133.6 mm) above the level of the walkway. 2. The vent terminal shall be at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject integral vent appliance, located within 10 feet (3048 mm). 3. The vent terminal shall be at least 4 feet (1219.2 mm) below, 4 feet ( [CONT.]: 804.2 Appli ances with integral vents. Appliances incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. In addition, integral vent terminals shall comply with the following requirements: 1. Where located adjacent to walkways, the vent terminal shall be not less than 7 feet (2133.6 mm) above the level of the walkway. 2. The vent terminal shall be at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject integral vent appliance, located within 10 feet (3048 mm). 3. The vent terminal shall be at least 4 feet (1219.2 mm) below, 4 feet ( [CONT.]: 804.2 Appli ances with integral vents. Appliances incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. In addition, integral vent terminals shall comply with the following requirements: 1. Where located adjacent to walkways, the vent terminal shall be not less than 7 feet (2133.6 mm) above the level of the walkway. 2. The vent terminal shall be at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject integral vent appliance, located within 10 feet (3048 mm). 3. The vent terminal shall be at least 4 feet (1219.2 mm) below, 4 feet ( [CONT.]: 804.2 Appli ances with integral vents. Appliances incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. In addition, integral vent terminals shall comply with the following requirements: 1. Where located adjacent to walkways, the vent terminal shall be not less than 7 feet (2133.6 mm) above the level of the walkway. 2. The vent terminal shall be at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject integral vent appliance, located within 10 feet (3048 mm). 3. The vent terminal shall be at least 4 feet (1219.2 mm) below, 4 feet ( [CONT.]: 804.2 Appli ances with integral vents. Appliances incorporating integral venting means shall be installed in accordance with their listings and the manufacturer\u2019s instructions. In addition, integral vent terminals shall comply with the following requirements: 1. Where located adjacent to walkways, the vent terminal shall be not less than 7 feet (2133.6 mm) above the level of the walkway. 2. The vent terminal shall be at least 3 feet (914.4 mm) above any forced air inlet, other than the forced air inlet for the subject integral vent appliance, located within 10 feet (3048 mm). 3. The vent terminal shall be at least 4 feet (1219.2 mm) below, 4 feet (",
    "metadata": {
      "section_full": "804.2",
      "parent_major": "804",
      "parent_minor": "804.2",
      "source": "032.txt"
    }
  },
  {
    "id": "804.3",
    "text": "CONTEXT: 804 > 804.3 | CONTENT: 804.3 804.3 Mechanical draft systems. Mechanical draft systems of either forced or induced draft design shall be listed and labeled in acc ordance with UL 378 and shall comply with Sections 804.3.1 through 804.3.8. [CONT.]: 804.3 Mechanical draft systems. Mechanical draft systems of either forced or induced draft design shall be listed and labeled in acc ordance with UL 378 and shall comply with Sections 804.3.1 through 804.3.8. [CONT.]: 804.3 Mechanical draft systems. Mechanical draft systems of either forced or induced draft design shall be listed and labeled in acc ordance with UL 378 and shall comply with Sections 804.3.1 through 804.3.8. [CONT.]: 804.3 Mechanical draft systems. Mechanical draft systems of either forced or induced draft design shall be listed and labeled in acc ordance with UL 378 and shall comply with Sections 804.3.1 through 804.3.8. [CONT.]: 804.3 Mechanical draft systems. Mechanical draft systems of either forced or induced draft design shall be listed and labeled in acc ordance with UL 378 and shall comply with Sections 804.3.1 through 804.3.8. [CONT.]: 804.3 Mechanical draft systems. Mechanical draft systems of either forced or induced draft design shall be listed and labeled in acc ordance with UL 378 and shall comply with Sections 804.3.1 through 804.3.8. [CONT.]: 804.3 Mechanical draft systems. Mechanical draft systems of either forced or induced draft design shall be listed and labeled in acc ordance with UL 378 and shall comply with Sections 804.3.1 through 804.3.8. [CONT.]: 804.3 Mechanical draft systems. Mechanical draft systems of either forced or induced draft design shall be listed and labeled in acc ordance with UL 378 and shall comply with Sections 804.3.1 through 804.3.8.",
    "metadata": {
      "section_full": "804.3",
      "parent_major": "804",
      "parent_minor": "804.3",
      "source": "032.txt"
    }
  },
  {
    "id": "804.3.1",
    "text": "CONTEXT: 804 > 804.3 | CONTENT: 804.3.1 804.3.1 Forced draft systems. Forced draft systems and all portions of induced draft systems under positive pressure during operation shall be designed and installed so as to be ga s tight to prevent leakage of combustion products into a building. [CONT.]: 804.3.1 Forced draft systems. Forced draft systems and all portions of induced draft systems under positive pressure during operation shall be designed and installed so as to be ga s tight to prevent leakage of combustion products into a building. [CONT.]: 804.3.1 Forced draft systems. Forced draft systems and all portions of induced draft systems under positive pressure during operation shall be designed and installed so as to be ga s tight to prevent leakage of combustion products into a building. [CONT.]: 804.3.1 Forced draft systems. Forced draft systems and all portions of induced draft systems under positive pressure during operation shall be designed and installed so as to be ga s tight to prevent leakage of combustion products into a building. [CONT.]: 804.3.1 Forced draft systems. Forced draft systems and all portions of induced draft systems under positive pressure during operation shall be designed and installed so as to be ga s tight to prevent leakage of combustion products into a building. [CONT.]: 804.3.1 Forced draft systems. Forced draft systems and all portions of induced draft systems under positive pressure during operation shall be designed and installed so as to be ga s tight to prevent leakage of combustion products into a building. [CONT.]: 804.3.1 Forced draft systems. Forced draft systems and all portions of induced draft systems under positive pressure during operation shall be designed and installed so as to be ga s tight to prevent leakage of combustion products into a building. [CONT.]: 804.3.1 Forced draft systems. Forced draft systems and all portions of induced draft systems under positive pressure during operation shall be designed and installed so as to be ga s tight to prevent leakage of combustion products into a building.",
    "metadata": {
      "section_full": "804.3.1",
      "parent_major": "804",
      "parent_minor": "804.3",
      "source": "032.txt"
    }
  },
  {
    "id": "804.3.2",
    "text": "CONTEXT: 804 > 804.3 | CONTENT: 804.3.2 804.3.2 Automatic shutoff. Power exhausters serving automatically fired appliances shall be electrically connected to each appliance to prevent operation of the appliance when the power exh auster is not in operation. [CONT.]: 804.3.2 Automatic shutoff. Power exhausters serving automatically fired appliances shall be electrically connected to each appliance to prevent operation of the appliance when the power exh auster is not in operation. [CONT.]: 804.3.2 Automatic shutoff. Power exhausters serving automatically fired appliances shall be electrically connected to each appliance to prevent operation of the appliance when the power exh auster is not in operation. [CONT.]: 804.3.2 Automatic shutoff. Power exhausters serving automatically fired appliances shall be electrically connected to each appliance to prevent operation of the appliance when the power exh auster is not in operation. [CONT.]: 804.3.2 Automatic shutoff. Power exhausters serving automatically fired appliances shall be electrically connected to each appliance to prevent operation of the appliance when the power exh auster is not in operation. [CONT.]: 804.3.2 Automatic shutoff. Power exhausters serving automatically fired appliances shall be electrically connected to each appliance to prevent operation of the appliance when the power exh auster is not in operation. [CONT.]: 804.3.2 Automatic shutoff. Power exhausters serving automatically fired appliances shall be electrically connected to each appliance to prevent operation of the appliance when the power exh auster is not in operation. [CONT.]: 804.3.2 Automatic shutoff. Power exhausters serving automatically fired appliances shall be electrically connected to each appliance to prevent operation of the appliance when the power exh auster is not in operation.",
    "metadata": {
      "section_full": "804.3.2",
      "parent_major": "804",
      "parent_minor": "804.3",
      "source": "032.txt"
    }
  },
  {
    "id": "804.3.3",
    "text": "CONTEXT: 804 > 804.3 | CONTENT: 804.3.3 804.3.3 Termination. The termination of chimneys or vents equipped with power exhausters shall be located not less than 10 feet (3048 mm) from the lot line or from adjacent buildings, unless otherwise approved by the commissione r. The exhaust shall be directed vertically away from the building. [CONT.]: 804.3.3 Termination. The termination of chimneys or vents equipped with power exhausters shall be located not less than 10 feet (3048 mm) from the lot line or from adjacent buildings, unless otherwise approved by the commissione r. The exhaust shall be directed vertically away from the building. [CONT.]: 804.3.3 Termination. The termination of chimneys or vents equipped with power exhausters shall be located not less than 10 feet (3048 mm) from the lot line or from adjacent buildings, unless otherwise approved by the commissione r. The exhaust shall be directed vertically away from the building. [CONT.]: 804.3.3 Termination. The termination of chimneys or vents equipped with power exhausters shall be located not less than 10 feet (3048 mm) from the lot line or from adjacent buildings, unless otherwise approved by the commissione r. The exhaust shall be directed vertically away from the building. [CONT.]: 804.3.3 Termination. The termination of chimneys or vents equipped with power exhausters shall be located not less than 10 feet (3048 mm) from the lot line or from adjacent buildings, unless otherwise approved by the commissione r. The exhaust shall be directed vertically away from the building. [CONT.]: 804.3.3 Termination. The termination of chimneys or vents equipped with power exhausters shall be located not less than 10 feet (3048 mm) from the lot line or from adjacent buildings, unless otherwise approved by the commissione r. The exhaust shall be directed vertically away from the building. [CONT.]: 804.3.3 Termination. The termination of chimneys or vents equipped with power exhausters shall be located not less than 10 feet (3048 mm) from the lot line or from adjacent buildings, unless otherwise approved by the commissione r. The exhaust shall be directed vertically away from the building. [CONT.]: 804.3.3 Termination. The termination of chimneys or vents equipped with power exhausters shall be located not less than 10 feet (3048 mm) from the lot line or from adjacent buildings, unless otherwise approved by the commissione r. The exhaust shall be directed vertically away from the building.",
    "metadata": {
      "section_full": "804.3.3",
      "parent_major": "804",
      "parent_minor": "804.3",
      "source": "032.txt"
    }
  },
  {
    "id": "804.3.4",
    "text": "CONTEXT: 804 > 804.3 | CONTENT: 804.3.4 804.3.4 Horizontal terminations. Horizontal terminations and discharges, including any horizontal direct vent terminations subject to Section 804.1 and horizontal integral vent terminals s ubject to Section 804.2, shall not be permitted, unless otherwise authorized by the commissioner. [CONT.]: 804.3.4 Horizontal terminations. Horizontal terminations and discharges, including any horizontal direct vent terminations subject to Section 804.1 and horizontal integral vent terminals s ubject to Section 804.2, shall not be permitted, unless otherwise authorized by the commissioner. [CONT.]: 804.3.4 Horizontal terminations. Horizontal terminations and discharges, including any horizontal direct vent terminations subject to Section 804.1 and horizontal integral vent terminals s ubject to Section 804.2, shall not be permitted, unless otherwise authorized by the commissioner. [CONT.]: 804.3.4 Horizontal terminations. Horizontal terminations and discharges, including any horizontal direct vent terminations subject to Section 804.1 and horizontal integral vent terminals s ubject to Section 804.2, shall not be permitted, unless otherwise authorized by the commissioner. [CONT.]: 804.3.4 Horizontal terminations. Horizontal terminations and discharges, including any horizontal direct vent terminations subject to Section 804.1 and horizontal integral vent terminals s ubject to Section 804.2, shall not be permitted, unless otherwise authorized by the commissioner. [CONT.]: 804.3.4 Horizontal terminations. Horizontal terminations and discharges, including any horizontal direct vent terminations subject to Section 804.1 and horizontal integral vent terminals s ubject to Section 804.2, shall not be permitted, unless otherwise authorized by the commissioner. [CONT.]: 804.3.4 Horizontal terminations. Horizontal terminations and discharges, including any horizontal direct vent terminations subject to Section 804.1 and horizontal integral vent terminals s ubject to Section 804.2, shall not be permitted, unless otherwise authorized by the commissioner. [CONT.]: 804.3.4 Horizontal terminations. Horizontal terminations and discharges, including any horizontal direct vent terminations subject to Section 804.1 and horizontal integral vent terminals s ubject to Section 804.2, shall not be permitted, unless otherwise authorized by the commissioner.",
    "metadata": {
      "section_full": "804.3.4",
      "parent_major": "804",
      "parent_minor": "804.3",
      "source": "032.txt"
    }
  },
  {
    "id": "804.3.5",
    "text": "CONTEXT: 804 > 804.3 | CONTENT: 804.3.5 804.3.5 Vertical terminations. Vertical terminations and discharges shall comply with Section 801.21. [CONT.]: 804.3.5 Vertical terminations. Vertical terminations and discharges shall comply with Section 801.21. [CONT.]: 804.3.5 Vertical terminations. Vertical terminations and discharges shall comply with Section 801.21. [CONT.]: 804.3.5 Vertical terminations. Vertical terminations and discharges shall comply with Section 801.21. [CONT.]: 804.3.5 Vertical terminations. Vertical terminations and discharges shall comply with Section 801.21. [CONT.]: 804.3.5 Vertical terminations. Vertical terminations and discharges shall comply with Section 801.21. [CONT.]: 804.3.5 Vertical terminations. Vertical terminations and discharges shall comply with Section 801.21. [CONT.]: 804.3.5 Vertical terminations. Vertical terminations and discharges shall comply with Section 801.21.",
    "metadata": {
      "section_full": "804.3.5",
      "parent_major": "804",
      "parent_minor": "804.3",
      "source": "032.txt"
    }
  },
  {
    "id": "804.3.6",
    "text": "CONTEXT: 804 > 804.3 | CONTENT: 804.3.6 804.3.6 Exhauster connections. An appliance vented by na tural draft shall not be connected into a vent, chimney or vent connector on the discharge side of a mechanical flue or power exhauster. \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 804.3.6 Exhauster connections. An appliance vented by na tural draft shall not be connected into a vent, chimney or vent connector on the discharge side of a mechanical flue or power exhauster. \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 804.3.6 Exhauster connections. An appliance vented by na tural draft shall not be connected into a vent, chimney or vent connector on the discharge side of a mechanical flue or power exhauster. CHIMNEYS AND VENTS [CONT.]: 804.3.6 Exhauster connections. An appliance vented by na tural draft shall not be connected into a vent, chimney or vent connector on the discharge side of a mechanical flue or power exhauster. CHIMNEYS AND VENTS [CONT.]: 804.3.6 Exhauster connections. An appliance vented by na tural draft shall not be connected into a vent, chimney or vent connector on the discharge side of a mechanical flue or power exhauster. CHIMNEYS AND VENTS [CONT.]: 804.3.6 Exhauster connections. An appliance vented by na tural draft shall not be connected into a vent, chimney or vent connector on the discharge side of a mechanical flue or power exhauster. CHIMNEYS AND VENTS [CONT.]: 804.3.6 Exhauster connections. An appliance vented by na tural draft shall not be connected into a vent, chimney or vent connector on the discharge side of a mechanical flue or power exhauster. CHIMNEYS AND VENTS [CONT.]: 804.3.6 Exhauster connections. An appliance vented by na tural draft shall not be connected into a vent, chimney or vent connector on the discharge side of a mechanical flue or power exhauster. CHIMNEYS AND VENTS",
    "metadata": {
      "section_full": "804.3.6",
      "parent_major": "804",
      "parent_minor": "804.3",
      "source": "032.txt"
    }
  },
  {
    "id": "804.3.7",
    "text": "CONTEXT: 804 > 804.3 | CONTENT: 804.3.7 804.3.7 Exhauster sizing. Mechanical flue or power exhausters and the chimney or vent system served shall be sized and installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 804.3.7 Exhauster sizing. Mechanical flue or power exhausters and the chimney or vent system served shall be sized and installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 804.3.7 Exhauster sizing. Mechanical flue or power exhausters and the chimney or vent system served shall be sized and installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 804.3.7 Exhauster sizing. Mechanical flue or power exhausters and the chimney or vent system served shall be sized and installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 804.3.7 Exhauster sizing. Mechanical flue or power exhausters and the chimney or vent system served shall be sized and installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 804.3.7 Exhauster sizing. Mechanical flue or power exhausters and the chimney or vent system served shall be sized and installed in accordance with the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "804.3.7",
      "parent_major": "804",
      "parent_minor": "804.3",
      "source": "032.txt"
    }
  },
  {
    "id": "804.3.8",
    "text": "CONTEXT: 804 > 804.3 | CONTENT: 804.3.8 804.3.8 Mechanical draft systems for manually fired appliances and fireplaces. A mechanical draft system shall be permitted to be used with manually fired appliances and fireplaces where such sy stem complies with all of the following requirements: 1. The mechanical draft device shall be listed and labeled in accordance with UL 378, and shall be installed in accordance with the manufacturer\u2019s instructions. 2. A device shall be installed in the roo m with the appliance or fireplace that produces visible and audible warning upon failure of the mechanical draft device or loss of electrical power, at any time that the mechanical draft device is turned on. This device shall be equipped with a battery bac kup if it receives power from the building wiring. 3. A smoke detector or alarm, and a carbon monoxide detector or alarm, shall be installed in the room with the appliance or fireplace. This device shall be equipped with a battery backup if it receives pow er from the building wiring. SECTION MC 805 FACTORY - BUILT CHIMNEYS [CONT.]: 804.3.8 Mechanical draft systems for manually fired appliances and fireplaces. A mechanical draft system shall be permitted to be used with manually fired appliances and fireplaces where such sy stem complies with all of the following requirements: 1. The mechanical draft device shall be listed and labeled in accordance with UL 378, and shall be installed in accordance with the manufacturer\u2019s instructions. 2. A device shall be installed in the roo m with the appliance or fireplace that produces visible and audible warning upon failure of the mechanical draft device or loss of electrical power, at any time that the mechanical draft device is turned on. This device shall be equipped with a battery bac kup if it receives power from the building wiring. 3. A smoke detector or alarm, and a carbon monoxide detector or alarm, shall be installed in the room with the appliance or fireplace. This device shall be equipped with a battery backup if it receives pow er from the building wiring. SECTION MC 805 FACTORY - BUILT CHIMNEYS [CONT.]: 804.3.8 Mechanical draft systems for manually fired appliances and fireplaces. A mechanical draft system shall be permitted to be used with manually fired appliances and fireplaces where such sy stem complies with all of the following requirements: 1. The mechanical draft device shall be listed and labeled in accordance with UL 378, and shall be installed in accordance with the manufacturer\u2019s instructions. 2. A device shall be installed in the roo m with the appliance or fireplace that produces visible and audible warning upon failure of the mechanical draft device or loss of electrical power, at any time that the mechanical draft device is turned on. This device shall be equipped with a battery bac kup if it receives power from the building wiring. 3. A smoke detector or alarm, and a carbon monoxide detector or alarm, shall be installed in the room with the appliance or fireplace. This device shall be equipped with a battery backup if it receives pow er from the building wiring. SECTION MC 805 FACTORY - BUILT CHIMNEYS [CONT.]: 804.3.8 Mechanical draft systems for manually fired appliances and fireplaces. A mechanical draft system shall be permitted to be used with manually fired appliances and fireplaces where such sy stem complies with all of the following requirements: 1. The mechanical draft device shall be listed and labeled in accordance with UL 378, and shall be installed in accordance with the manufacturer\u2019s instructions. 2. A device shall be installed in the roo m with the appliance or fireplace that produces visible and audible warning upon failure of the mechanical draft device or loss of electrical power, at any time that the mechanical draft device is turned on. This device shall be equipped with a battery bac kup if it receives power from the building wiring. 3. A smoke detector or alarm, and a carbon monoxide detector or alarm, shall be installed in the room with the appliance or fireplace. This device shall be equipped with a battery backup if it receives pow er from the building wiring. SECTION MC 805 FACTORY - BUILT CHIMNEYS [CONT.]: 804.3.8 Mechanical draft systems for manually fired appliances and fireplaces. A mechanical draft system shall be permitted to be used with manually fired appliances and fireplaces where such sy stem complies with all of the following requirements: 1. The mechanical draft device shall be listed and labeled in accordance with UL 378, and shall be installed in accordance with the manufacturer\u2019s instructions. 2. A device shall be installed in the roo m with the appliance or fireplace that produces visible and audible warning upon failure of the mechanical draft device or loss of electrical power, at any time that the mechanical draft device is turned on. This device shall be equipped with a battery bac kup if it receives power from the building wiring. 3. A smoke detector or alarm, and a carbon monoxide detector or alarm, shall be installed in the room with the appliance or fireplace. This device shall be equipped with a battery backup if it receives pow er from the building wiring. SECTION MC 805 FACTORY - BUILT CHIMNEYS [CONT.]: 804.3.8 Mechanical draft systems for manually fired appliances and fireplaces. A mechanical draft system shall be permitted to be used with manually fired appliances and fireplaces where such sy stem complies with all of the following requirements: 1. The mechanical draft device shall be listed and labeled in accordance with UL 378, and shall be installed in accordance with the manufacturer\u2019s instructions. 2. A device shall be installed in the roo m with the appliance or fireplace that produces visible and audible warning upon failure of the mechanical draft device or loss of electrical power, at any time that the mechanical draft device is turned on. This device shall be equipped with a battery bac kup if it receives power from the building wiring. 3. A smoke detector or alarm, and a carbon monoxide detector or alarm, shall be installed in the room with the appliance or fireplace. This device shall be equipped with a battery backup if it receives pow er from the building wiring. SECTION MC 805 FACTORY - BUILT CHIMNEYS",
    "metadata": {
      "section_full": "804.3.8",
      "parent_major": "804",
      "parent_minor": "804.3",
      "source": "032.txt"
    }
  },
  {
    "id": "805.1",
    "text": "CONTEXT: 805 > 805.1 | CONTENT: 805.1 805.1 Listing. Factory - built chimneys shall be listed and labeled and shall be installed and terminated in accordance with this code and the manufacturer\u2019s instructions. [CONT.]: 805.1 Listing. Factory - built chimneys shall be listed and labeled and shall be installed and terminated in accordance with this code and the manufacturer\u2019s instructions. [CONT.]: 805.1 Listing. Factory - built chimneys shall be listed and labeled and shall be installed and terminated in accordance with this code and the manufacturer\u2019s instructions. [CONT.]: 805.1 Listing. Factory - built chimneys shall be listed and labeled and shall be installed and terminated in accordance with this code and the manufacturer\u2019s instructions. [CONT.]: 805.1 Listing. Factory - built chimneys shall be listed and labeled and shall be installed and terminated in accordance with this code and the manufacturer\u2019s instructions. [CONT.]: 805.1 Listing. Factory - built chimneys shall be listed and labeled and shall be installed and terminated in accordance with this code and the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "805.1",
      "parent_major": "805",
      "parent_minor": "805.1",
      "source": "032.txt"
    }
  },
  {
    "id": "805.2",
    "text": "CONTEXT: 805 > 805.2 | CONTENT: 805.2 805.2 Solid fuel - bu rning appliances. Factory - built chimneys installed in dwelling units with solid fuel - burning appliances shall comply with the Type HT requirements of UL 103 and shall be marked \u201cType HT\u201d and \u201cResidential Type and Building Heating Appliance Chimney.\u201d Exceptions: 1. Chimneys for use with open combustion chamber fireplaces shall comply with the requirements of UL 103 and shall be marked \u201cResidential Type and Building Heating Appliance Chimney.\u201d 2. Chimneys for use with open combustion chamber appliances installed in buildings other than dwelling units shall comply with the requirements of UL 103 and shall be marked \u201cBuilding Heating Appliance Chimney\u201d or \u201cResidential Type and Building Heating Appliance Chimney.\u201d [CONT.]: 805.2 Solid fuel - bu rning appliances. Factory - built chimneys installed in dwelling units with solid fuel - burning appliances shall comply with the Type HT requirements of UL 103 and shall be marked \u201cType HT\u201d and \u201cResidential Type and Building Heating Appliance Chimney.\u201d Exceptions: 1. Chimneys for use with open combustion chamber fireplaces shall comply with the requirements of UL 103 and shall be marked \u201cResidential Type and Building Heating Appliance Chimney.\u201d 2. Chimneys for use with open combustion chamber appliances installed in buildings other than dwelling units shall comply with the requirements of UL 103 and shall be marked \u201cBuilding Heating Appliance Chimney\u201d or \u201cResidential Type and Building Heating Appliance Chimney.\u201d [CONT.]: 805.2 Solid fuel - bu rning appliances. Factory - built chimneys installed in dwelling units with solid fuel - burning appliances shall comply with the Type HT requirements of UL 103 and shall be marked \u201cType HT\u201d and \u201cResidential Type and Building Heating Appliance Chimney.\u201d Exceptions: 1. Chimneys for use with open combustion chamber fireplaces shall comply with the requirements of UL 103 and shall be marked \u201cResidential Type and Building Heating Appliance Chimney.\u201d 2. Chimneys for use with open combustion chamber appliances installed in buildings other than dwelling units shall comply with the requirements of UL 103 and shall be marked \u201cBuilding Heating Appliance Chimney\u201d or \u201cResidential Type and Building Heating Appliance Chimney.\u201d [CONT.]: 805.2 Solid fuel - bu rning appliances. Factory - built chimneys installed in dwelling units with solid fuel - burning appliances shall comply with the Type HT requirements of UL 103 and shall be marked \u201cType HT\u201d and \u201cResidential Type and Building Heating Appliance Chimney.\u201d Exceptions: 1. Chimneys for use with open combustion chamber fireplaces shall comply with the requirements of UL 103 and shall be marked \u201cResidential Type and Building Heating Appliance Chimney.\u201d 2. Chimneys for use with open combustion chamber appliances installed in buildings other than dwelling units shall comply with the requirements of UL 103 and shall be marked \u201cBuilding Heating Appliance Chimney\u201d or \u201cResidential Type and Building Heating Appliance Chimney.\u201d [CONT.]: 805.2 Solid fuel - bu rning appliances. Factory - built chimneys installed in dwelling units with solid fuel - burning appliances shall comply with the Type HT requirements of UL 103 and shall be marked \u201cType HT\u201d and \u201cResidential Type and Building Heating Appliance Chimney.\u201d Exceptions: 1. Chimneys for use with open combustion chamber fireplaces shall comply with the requirements of UL 103 and shall be marked \u201cResidential Type and Building Heating Appliance Chimney.\u201d 2. Chimneys for use with open combustion chamber appliances installed in buildings other than dwelling units shall comply with the requirements of UL 103 and shall be marked \u201cBuilding Heating Appliance Chimney\u201d or \u201cResidential Type and Building Heating Appliance Chimney.\u201d [CONT.]: 805.2 Solid fuel - bu rning appliances. Factory - built chimneys installed in dwelling units with solid fuel - burning appliances shall comply with the Type HT requirements of UL 103 and shall be marked \u201cType HT\u201d and \u201cResidential Type and Building Heating Appliance Chimney.\u201d Exceptions: 1. Chimneys for use with open combustion chamber fireplaces shall comply with the requirements of UL 103 and shall be marked \u201cResidential Type and Building Heating Appliance Chimney.\u201d 2. Chimneys for use with open combustion chamber appliances installed in buildings other than dwelling units shall comply with the requirements of UL 103 and shall be marked \u201cBuilding Heating Appliance Chimney\u201d or \u201cResidential Type and Building Heating Appliance Chimney.\u201d",
    "metadata": {
      "section_full": "805.2",
      "parent_major": "805",
      "parent_minor": "805.2",
      "source": "032.txt"
    }
  },
  {
    "id": "805.3",
    "text": "CONTEXT: 805 > 805.3 | CONTENT: 805.3 805.3 Factory - built chimney offsets. Where a factory - built chimney serving a solid fuel - burning appliance or fireplace incorporates offsets, no part of the chimney shall be at an angle of more than 30 degrees (0.52 rad) from vertical at any point in the assembly and the chimney assembly shall not i nclude more than four elbows. Exception: Factory - built chimneys listed to UL103 Type HT serving a solid fuel - burning appliance or fireplace may offset at angles greater than 30 degrees from vertical if listed for such angles and installed in accordance with manufacturer\u2019s instructions. Cleanouts shall be installed in accordance with Section 801.13. [CONT.]: 805.3 Factory - built chimney offsets. Where a factory - built chimney serving a solid fuel - burning appliance or fireplace incorporates offsets, no part of the chimney shall be at an angle of more than 30 degrees (0.52 rad) from vertical at any point in the assembly and the chimney assembly shall not i nclude more than four elbows. Exception: Factory - built chimneys listed to UL103 Type HT serving a solid fuel - burning appliance or fireplace may offset at angles greater than 30 degrees from vertical if listed for such angles and installed in accordance with manufacturer\u2019s instructions. Cleanouts shall be installed in accordance with Section 801.13. [CONT.]: 805.3 Factory - built chimney offsets. Where a factory - built chimney serving a solid fuel - burning appliance or fireplace incorporates offsets, no part of the chimney shall be at an angle of more than 30 degrees (0.52 rad) from vertical at any point in the assembly and the chimney assembly shall not i nclude more than four elbows. Exception: Factory - built chimneys listed to UL103 Type HT serving a solid fuel - burning appliance or fireplace may offset at angles greater than 30 degrees from vertical if listed for such angles and installed in accordance with manufacturer\u2019s instructions. Cleanouts shall be installed in accordance with Section 801.13. [CONT.]: 805.3 Factory - built chimney offsets. Where a factory - built chimney serving a solid fuel - burning appliance or fireplace incorporates offsets, no part of the chimney shall be at an angle of more than 30 degrees (0.52 rad) from vertical at any point in the assembly and the chimney assembly shall not i nclude more than four elbows. Exception: Factory - built chimneys listed to UL103 Type HT serving a solid fuel - burning appliance or fireplace may offset at angles greater than 30 degrees from vertical if listed for such angles and installed in accordance with manufacturer\u2019s instructions. Cleanouts shall be installed in accordance with Section 801.13. [CONT.]: 805.3 Factory - built chimney offsets. Where a factory - built chimney serving a solid fuel - burning appliance or fireplace incorporates offsets, no part of the chimney shall be at an angle of more than 30 degrees (0.52 rad) from vertical at any point in the assembly and the chimney assembly shall not i nclude more than four elbows. Exception: Factory - built chimneys listed to UL103 Type HT serving a solid fuel - burning appliance or fireplace may offset at angles greater than 30 degrees from vertical if listed for such angles and installed in accordance with manufacturer\u2019s instructions. Cleanouts shall be installed in accordance with Section 801.13. [CONT.]: 805.3 Factory - built chimney offsets. Where a factory - built chimney serving a solid fuel - burning appliance or fireplace incorporates offsets, no part of the chimney shall be at an angle of more than 30 degrees (0.52 rad) from vertical at any point in the assembly and the chimney assembly shall not i nclude more than four elbows. Exception: Factory - built chimneys listed to UL103 Type HT serving a solid fuel - burning appliance or fireplace may offset at angles greater than 30 degrees from vertical if listed for such angles and installed in accordance with manufacturer\u2019s instructions. Cleanouts shall be installed in accordance with Section 801.13.",
    "metadata": {
      "section_full": "805.3",
      "parent_major": "805",
      "parent_minor": "805.3",
      "source": "032.txt"
    }
  },
  {
    "id": "805.4",
    "text": "CONTEXT: 805 > 805.4 | CONTENT: 805.4 805.4 Support. Where factory - built chimneys are supported by structural members, such as joists and rafters, such members shall be designed to supp ort the additional load. [CONT.]: 805.4 Support. Where factory - built chimneys are supported by structural members, such as joists and rafters, such members shall be designed to supp ort the additional load. [CONT.]: 805.4 Support. Where factory - built chimneys are supported by structural members, such as joists and rafters, such members shall be designed to supp ort the additional load. [CONT.]: 805.4 Support. Where factory - built chimneys are supported by structural members, such as joists and rafters, such members shall be designed to supp ort the additional load. [CONT.]: 805.4 Support. Where factory - built chimneys are supported by structural members, such as joists and rafters, such members shall be designed to supp ort the additional load. [CONT.]: 805.4 Support. Where factory - built chimneys are supported by structural members, such as joists and rafters, such members shall be designed to supp ort the additional load.",
    "metadata": {
      "section_full": "805.4",
      "parent_major": "805",
      "parent_minor": "805.4",
      "source": "032.txt"
    }
  },
  {
    "id": "805.5",
    "text": "CONTEXT: 805 > 805.5 | CONTENT: 805.5 805.5 Medium - heat appliances. Factory - built chimneys for medium - heat appliances producing flue gases having a temperature above 1,000 \u00b0 F ( 537.8\u00b0 C ), measured at the entrance to the chimney shall comply with UL 959. [CONT.]: 805.5 Medium - heat appliances. Factory - built chimneys for medium - heat appliances producing flue gases having a temperature above 1,000 \u00b0 F ( 537.8\u00b0 C ), measured at the entrance to the chimney shall comply with UL 959. [CONT.]: 805.5 Medium - heat appliances. Factory - built chimneys for medium - heat appliances producing flue gases having a temperature above 1,000 \u00b0 F ( 537.8\u00b0 C ), measured at the entrance to the chimney shall comply with UL 959. [CONT.]: 805.5 Medium - heat appliances. Factory - built chimneys for medium - heat appliances producing flue gases having a temperature above 1,000 \u00b0 F ( 537.8\u00b0 C ), measured at the entrance to the chimney shall comply with UL 959. [CONT.]: 805.5 Medium - heat appliances. Factory - built chimneys for medium - heat appliances producing flue gases having a temperature above 1,000 \u00b0 F ( 537.8\u00b0 C ), measured at the entrance to the chimney shall comply with UL 959. [CONT.]: 805.5 Medium - heat appliances. Factory - built chimneys for medium - heat appliances producing flue gases having a temperature above 1,000 \u00b0 F ( 537.8\u00b0 C ), measured at the entrance to the chimney shall comply with UL 959. [CONT.]: 805.5 1046 \u2014 2010 Grease Filters for Exhaust Ducts \u2014 with revisions through January 2012 ................................ .................",
    "metadata": {
      "section_full": "805.5",
      "parent_major": "805",
      "parent_minor": "805.5",
      "source": "032.txt"
    }
  },
  {
    "id": "805.6",
    "text": "CONTEXT: 805 > 805.6 | CONTENT: 805.6 805.6 Decorative s hrouds. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with Section 304.1. [CONT.]: 805.6 Decorative s hrouds. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with Section 304.1. [CONT.]: 805.6 Decorative s hrouds. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with Section 304.1. [CONT.]: 805.6 Decorative s hrouds. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with Section 304.1. [CONT.]: 805.6 Decorative s hrouds. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with Section 304.1. [CONT.]: 805.6 Decorative s hrouds. Decorative shrouds shall not be installed at the termination of factory - built chimneys except where such shrouds are listed and labeled for use with the specific factory - built chimney system and are installed in accordance with Section 304.1.",
    "metadata": {
      "section_full": "805.6",
      "parent_major": "805",
      "parent_minor": "805.6",
      "source": "032.txt"
    }
  },
  {
    "id": "805.7",
    "text": "CONTEXT: 805 > 805.7 | CONTENT: 805.7 805.7 Factory - built fireplaces. Chimneys for use with factory - built fireplaces shall comply with the requirements of UL 127. CHIMNEYS AND VENTS SECTION MC 806 METAL CHIMNEYS [CONT.]: 805.7 Factory - built fireplaces. Chimneys for use with factory - built fireplaces shall comply with the requirements of UL 127. CHIMNEYS AND VENTS SECTION MC 806 METAL CHIMNEYS [CONT.]: 805.7 Factory - built fireplaces. Chimneys for use with factory - built fireplaces shall comply with the requirements of UL 127. CHIMNEYS AND VENTS SECTION MC 806 METAL CHIMNEYS [CONT.]: 805.7 Factory - built fireplaces. Chimneys for use with factory - built fireplaces shall comply with the requirements of UL 127. CHIMNEYS AND VENTS SECTION MC 806 METAL CHIMNEYS [CONT.]: 805.7 Factory - built fireplaces. Chimneys for use with factory - built fireplaces shall comply with the requirements of UL 127. CHIMNEYS AND VENTS SECTION MC 806 METAL CHIMNEYS [CONT.]: 805.7 Factory - built fireplaces. Chimneys for use with factory - built fireplaces shall comply with the requirements of UL 127. CHIMNEYS AND VENTS SECTION MC 806 METAL CHIMNEYS",
    "metadata": {
      "section_full": "805.7",
      "parent_major": "805",
      "parent_minor": "805.7",
      "source": "032.txt"
    }
  },
  {
    "id": "806.1",
    "text": "CONTEXT: 806 > 806.1 | CONTENT: 806.1 806.1 General. Metal chimneys shall be constructed and installed in accordance with NFPA 211. [CONT.]: 806.1 General. Metal chimneys shall be constructed and installed in accordance with NFPA 211. [CONT.]: 806.1 General. Metal chimneys shall be constructed and installed in accordance with NFPA 211. [CONT.]: 806.1 General. Metal chimneys shall be constructed and installed in accordance with NFPA 211. [CONT.]: 806.1 General. Metal chimneys shall be constructed and installed in accordance with NFPA 211. [CONT.]: 806.1 General. Metal chimneys shall be constructed and installed in accordance with NFPA 211.",
    "metadata": {
      "section_full": "806.1",
      "parent_major": "806",
      "parent_minor": "806.1",
      "source": "032.txt"
    }
  },
  {
    "id": "806.2",
    "text": "CONTEXT: 806 > 806.2 | CONTENT: 806.2 806.2 Exteri or metal chimneys. Exterior metal chimneys shall be stainless steel. SECTION MC 807 CHANGES IN APPLIANCE FUELS [CONT.]: 806.2 Exteri or metal chimneys. Exterior metal chimneys shall be stainless steel. SECTION MC 807 CHANGES IN APPLIANCE FUELS [CONT.]: 806.2 Exteri or metal chimneys. Exterior metal chimneys shall be stainless steel. SECTION MC 807 CHANGES IN APPLIANCE FUELS [CONT.]: 806.2 Exteri or metal chimneys. Exterior metal chimneys shall be stainless steel. SECTION MC 807 CHANGES IN APPLIANCE FUELS [CONT.]: 806.2 Exteri or metal chimneys. Exterior metal chimneys shall be stainless steel. SECTION MC 807 CHANGES IN APPLIANCE FUELS [CONT.]: 806.2 Exteri or metal chimneys. Exterior metal chimneys shall be stainless steel. SECTION MC 807 CHANGES IN APPLIANCE FUELS",
    "metadata": {
      "section_full": "806.2",
      "parent_major": "806",
      "parent_minor": "806.2",
      "source": "032.txt"
    }
  },
  {
    "id": "807.1",
    "text": "CONTEXT: 807 > 807.1 | CONTENT: 807.1 807.1 Changes in appliance fuels. Conversion of appliances from solid or liquid fuel to, or the addition of, natural gas shall be installed per t he New York City Fuel Gas Code. Conversion from natural gas to, or the addition of, #2 fuel oil for a heating appliance shall be made only if: 1. The chimney design meets the requirements of this chapter for the conversion fuel, and the chimney is test run and smoke tested in accordance with Section 810. 2. The chimney is sized to provide adequate draft and vent the combustion products for the new fuel. 3. The chimney is thoroughly cleaned prior to the conversion to remove collected flue deposits. SECTION MC 808 REDUCTION OF FLUE SIZE [CONT.]: 807.1 Changes in appliance fuels. Conversion of appliances from solid or liquid fuel to, or the addition of, natural gas shall be installed per t he New York City Fuel Gas Code. Conversion from natural gas to, or the addition of, #2 fuel oil for a heating appliance shall be made only if: 1. The chimney design meets the requirements of this chapter for the conversion fuel, and the chimney is test run and smoke tested in accordance with Section 810. 2. The chimney is sized to provide adequate draft and vent the combustion products for the new fuel. 3. The chimney is thoroughly cleaned prior to the conversion to remove collected flue deposits. SECTION MC 808 REDUCTION OF FLUE SIZE [CONT.]: 807.1 Changes in appliance fuels. Conversion of appliances from solid or liquid fuel to, or the addition of, natural gas shall be installed per t he New York City Fuel Gas Code. Conversion from natural gas to, or the addition of, #2 fuel oil for a heating appliance shall be made only if: 1. The chimney design meets the requirements of this chapter for the conversion fuel, and the chimney is test run and smoke tested in accordance with Section 810. 2. The chimney is sized to provide adequate draft and vent the combustion products for the new fuel. 3. The chimney is thoroughly cleaned prior to the conversion to remove collected flue deposits. SECTION MC 808 REDUCTION OF FLUE SIZE [CONT.]: 807.1 Changes in appliance fuels. Conversion of appliances from solid or liquid fuel to, or the addition of, natural gas shall be installed per t he New York City Fuel Gas Code. Conversion from natural gas to, or the addition of, #2 fuel oil for a heating appliance shall be made only if: 1. The chimney design meets the requirements of this chapter for the conversion fuel, and the chimney is test run and smoke tested in accordance with Section 810. 2. The chimney is sized to provide adequate draft and vent the combustion products for the new fuel. 3. The chimney is thoroughly cleaned prior to the conversion to remove collected flue deposits. SECTION MC 808 REDUCTION OF FLUE SIZE [CONT.]: 807.1 Changes in appliance fuels. Conversion of appliances from solid or liquid fuel to, or the addition of, natural gas shall be installed per t he New York City Fuel Gas Code. Conversion from natural gas to, or the addition of, #2 fuel oil for a heating appliance shall be made only if: 1. The chimney design meets the requirements of this chapter for the conversion fuel, and the chimney is test run and smoke tested in accordance with Section 810. 2. The chimney is sized to provide adequate draft and vent the combustion products for the new fuel. 3. The chimney is thoroughly cleaned prior to the conversion to remove collected flue deposits. SECTION MC 808 REDUCTION OF FLUE SIZE [CONT.]: 807.1 Changes in appliance fuels. Conversion of appliances from solid or liquid fuel to, or the addition of, natural gas shall be installed per t he New York City Fuel Gas Code. Conversion from natural gas to, or the addition of, #2 fuel oil for a heating appliance shall be made only if: 1. The chimney design meets the requirements of this chapter for the conversion fuel, and the chimney is test run and smoke tested in accordance with Section 810. 2. The chimney is sized to provide adequate draft and vent the combustion products for the new fuel. 3. The chimney is thoroughly cleaned prior to the conversion to remove collected flue deposits. SECTION MC 808 REDUCTION OF FLUE SIZE",
    "metadata": {
      "section_full": "807.1",
      "parent_major": "807",
      "parent_minor": "807.1",
      "source": "032.txt"
    }
  },
  {
    "id": "808.1",
    "text": "CONTEXT: 808 > 808.1 | CONTENT: 808.1 808.1 Reduction of flue size. Conversion from one fuel to another or the use of an existing chimney to service a fireplace or wood - burning appliance may require a flue size change for proper operation. This may be done if the redesigned flue meets the criteria for the fuel and chimney type to be used as set forth in this chapter. SECTION MC 809 CHIMNEY SUPPORTED FROM EQUIPMENT [CONT.]: 808.1 Reduction of flue size. Conversion from one fuel to another or the use of an existing chimney to service a fireplace or wood - burning appliance may require a flue size change for proper operation. This may be done if the redesigned flue meets the criteria for the fuel and chimney type to be used as set forth in this chapter. SECTION MC 809 CHIMNEY SUPPORTED FROM EQUIPMENT [CONT.]: 808.1 Reduction of flue size. Conversion from one fuel to another or the use of an existing chimney to service a fireplace or wood - burning appliance may require a flue size change for proper operation. This may be done if the redesigned flue meets the criteria for the fuel and chimney type to be used as set forth in this chapter. SECTION MC 809 CHIMNEY SUPPORTED FROM EQUIPMENT [CONT.]: 808.1 Reduction of flue size. Conversion from one fuel to another or the use of an existing chimney to service a fireplace or wood - burning appliance may require a flue size change for proper operation. This may be done if the redesigned flue meets the criteria for the fuel and chimney type to be used as set forth in this chapter. SECTION MC 809 CHIMNEY SUPPORTED FROM EQUIPMENT [CONT.]: 808.1 Reduction of flue size. Conversion from one fuel to another or the use of an existing chimney to service a fireplace or wood - burning appliance may require a flue size change for proper operation. This may be done if the redesigned flue meets the criteria for the fuel and chimney type to be used as set forth in this chapter. SECTION MC 809 CHIMNEY SUPPORTED FROM EQUIPMENT [CONT.]: 808.1 Reduction of flue size. Conversion from one fuel to another or the use of an existing chimney to service a fireplace or wood - burning appliance may require a flue size change for proper operation. This may be done if the redesigned flue meets the criteria for the fuel and chimney type to be used as set forth in this chapter. SECTION MC 809 CHIMNEY SUPPORTED FROM EQUIPMENT",
    "metadata": {
      "section_full": "808.1",
      "parent_major": "808",
      "parent_minor": "808.1",
      "source": "032.txt"
    }
  },
  {
    "id": "809.1",
    "text": "CONTEXT: 809 > 809.1 | CONTENT: 809.1 809.1 Chimney support. Chimneys shall not be supported by the equipment they serve, unless such eq uipment has been specifically designed for such loads. SECTION MC 810 TEST RUN AND SMOKE TEST \u2021\u2021\u2021 [CONT.]: 809.1 Chimney support. Chimneys shall not be supported by the equipment they serve, unless such eq uipment has been specifically designed for such loads. SECTION MC 810 TEST RUN AND SMOKE TEST \u2021\u2021\u2021 [CONT.]: 809.1 Chimney support. Chimneys shall not be supported by the equipment they serve, unless such eq uipment has been specifically designed for such loads. SECTION MC 810 TEST RUN AND SMOKE TEST \u2021\u2021\u2021 [CONT.]: 809.1 Chimney support. Chimneys shall not be supported by the equipment they serve, unless such eq uipment has been specifically designed for such loads. SECTION MC 810 TEST RUN AND SMOKE TEST \u2021\u2021\u2021 [CONT.]: 809.1 Chimney support. Chimneys shall not be supported by the equipment they serve, unless such eq uipment has been specifically designed for such loads. SECTION MC 810 TEST RUN AND SMOKE TEST \u2021\u2021\u2021 [CONT.]: 809.1 Chimney support. Chimneys shall not be supported by the equipment they serve, unless such eq uipment has been specifically designed for such loads. SECTION MC 810 TEST RUN AND SMOKE TEST \u2021\u2021\u2021",
    "metadata": {
      "section_full": "809.1",
      "parent_major": "809",
      "parent_minor": "809.1",
      "source": "032.txt"
    }
  },
  {
    "id": "810.1",
    "text": "CONTEXT: 810 > 810.1 | CONTENT: 810.1 810.1 Test run. All new and altered chimneys, and chimneys to which a new appliance has been connected, shall be test run under operating conditions to demonst rate fire safety and the complete exhausting of smoke and the products of combustion to the outer air. The test run shall be conducted by a registered design professional or special inspector responsible for the test, and the results of such test run shall be certified as correct by such professional or special inspector and submitted in writing to the department. Refer to Section 1705.32 of the New York City Building Code for additional requirements. Exception: A test run in accordance with this section may be conducted and certified to the department by the permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 - [CONT.]: 810.1 Test run. All new and altered chimneys, and chimneys to which a new appliance has been connected, shall be test run under operating conditions to demonst rate fire safety and the complete exhausting of smoke and the products of combustion to the outer air. The test run shall be conducted by a registered design professional or special inspector responsible for the test, and the results of such test run shall be certified as correct by such professional or special inspector and submitted in writing to the department. Refer to Section 1705.32 of the New York City Building Code for additional requirements. Exception: A test run in accordance with this section may be conducted and certified to the department by the permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 - [CONT.]: 810.1 Test run. All new and altered chimneys, and chimneys to which a new appliance has been connected, shall be test run under operating conditions to demonst rate fire safety and the complete exhausting of smoke and the products of combustion to the outer air. The test run shall be conducted by a registered design professional or special inspector responsible for the test, and the results of such test run shall be certified as correct by such professional or special inspector and submitted in writing to the department. Refer to Section 1705.32 of the New York City Building Code for additional requirements. Exception: A test run in accordance with this section may be conducted and certified to the department by the permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 - [CONT.]: 810.1 Test run. All new and altered chimneys, and chimneys to which a new appliance has been connected, shall be test run under operating conditions to demonst rate fire safety and the complete exhausting of smoke and the products of combustion to the outer air. The test run shall be conducted by a registered design professional or special inspector responsible for the test, and the results of such test run shall be certified as correct by such professional or special inspector and submitted in writing to the department. Refer to Section 1705.32 of the New York City Building Code for additional requirements. Exception: A test run in accordance with this section may be conducted and certified to the department by the permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 - [CONT.]: 810.1 Test run. All new and altered chimneys, and chimneys to which a new appliance has been connected, shall be test run under operating conditions to demonst rate fire safety and the complete exhausting of smoke and the products of combustion to the outer air. The test run shall be conducted by a registered design professional or special inspector responsible for the test, and the results of such test run shall be certified as correct by such professional or special inspector and submitted in writing to the department. Refer to Section 1705.32 of the New York City Building Code for additional requirements. Exception: A test run in accordance with this section may be conducted and certified to the department by the permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 - [CONT.]: 810.1 Test run. All new and altered chimneys, and chimneys to which a new appliance has been connected, shall be test run under operating conditions to demonst rate fire safety and the complete exhausting of smoke and the products of combustion to the outer air. The test run shall be conducted by a registered design professional or special inspector responsible for the test, and the results of such test run shall be certified as correct by such professional or special inspector and submitted in writing to the department. Refer to Section 1705.32 of the New York City Building Code for additional requirements. Exception: A test run in accordance with this section may be conducted and certified to the department by the permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 -",
    "metadata": {
      "section_full": "810.1",
      "parent_major": "810",
      "parent_minor": "810.1",
      "source": "032.txt"
    }
  },
  {
    "id": "810.2",
    "text": "CONTEXT: 810 > 810.2 | CONTENT: 810.2 810.2 Requirement of a smoke test. A smoke test shall be made as outlined in Section 810.3. Any faults or leaks found shall be corrected. Such smoke test shall be witnessed by a representative of the commissioner. In lieu thereof, the commissioner may accept the test report of a registered design professional or special inspector responsible for the test that shall be submitted in writing to the department. Exception: A smoke test may be performed by or under the supervision of a permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 - [CONT.]: 810.2 Requirement of a smoke test. A smoke test shall be made as outlined in Section 810.3. Any faults or leaks found shall be corrected. Such smoke test shall be witnessed by a representative of the commissioner. In lieu thereof, the commissioner may accept the test report of a registered design professional or special inspector responsible for the test that shall be submitted in writing to the department. Exception: A smoke test may be performed by or under the supervision of a permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 - [CONT.]: 810.2 Requirement of a smoke test. A smoke test shall be made as outlined in Section 810.3. Any faults or leaks found shall be corrected. Such smoke test shall be witnessed by a representative of the commissioner. In lieu thereof, the commissioner may accept the test report of a registered design professional or special inspector responsible for the test that shall be submitted in writing to the department. Exception: A smoke test may be performed by or under the supervision of a permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 - [CONT.]: 810.2 Requirement of a smoke test. A smoke test shall be made as outlined in Section 810.3. Any faults or leaks found shall be corrected. Such smoke test shall be witnessed by a representative of the commissioner. In lieu thereof, the commissioner may accept the test report of a registered design professional or special inspector responsible for the test that shall be submitted in writing to the department. Exception: A smoke test may be performed by or under the supervision of a permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 - [CONT.]: 810.2 Requirement of a smoke test. A smoke test shall be made as outlined in Section 810.3. Any faults or leaks found shall be corrected. Such smoke test shall be witnessed by a representative of the commissioner. In lieu thereof, the commissioner may accept the test report of a registered design professional or special inspector responsible for the test that shall be submitted in writing to the department. Exception: A smoke test may be performed by or under the supervision of a permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 - [CONT.]: 810.2 Requirement of a smoke test. A smoke test shall be made as outlined in Section 810.3. Any faults or leaks found shall be corrected. Such smoke test shall be witnessed by a representative of the commissioner. In lieu thereof, the commissioner may accept the test report of a registered design professional or special inspector responsible for the test that shall be submitted in writing to the department. Exception: A smoke test may be performed by or under the supervision of a permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 - [CONT.]: 810.2 Requirement of a smoke test. A smoke test shall be made as outlined in Section 810.3. Any faults or leaks found shall be corrected. Such smoke test shall be witnessed by a representative of the commissioner. In lieu thereof, the commissioner may accept the test report of a registered design professional or special inspector responsible for the test that shall be submitted in writing to the department. Exception: A smoke test may be performed by or under the supervision of a permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 - [CONT.]: 810.2 Requirement of a smoke test. A smoke test shall be made as outlined in Section 810.3. Any faults or leaks found shall be corrected. Such smoke test shall be witnessed by a representative of the commissioner. In lieu thereof, the commissioner may accept the test report of a registered design professional or special inspector responsible for the test that shall be submitted in writing to the department. Exception: A smoke test may be performed by or under the supervision of a permit - holder when the work is performed as part of a limited alteration application, as defined in Section 28 -",
    "metadata": {
      "section_full": "810.2",
      "parent_major": "810",
      "parent_minor": "810.2",
      "source": "032.txt"
    }
  },
  {
    "id": "810.3",
    "text": "CONTEXT: 810 > 810.3 | CONTENT: 810.3 810.3 Smoke test. To determine the tightness of chimney construction , a smoke test shall be made in accordance with the following conditions and requirements: 1. The equipment, materials, power and labor necessary for such test shall be furnished by, and at the expense of, the owner or holder of the work permit. 2. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of t his chapter, and the test shall be repeated until the results are satisfactory. 3. The chimney shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs, or other equivalent method. As the smoke appears at the st ack opening on the roof, such opening shall be tightly closed and a pressure equivalent to 1 / 2 - inch (13 mm) column of water measured at the base of the stack, shall be applied. The test shall be applied for a length of time sufficient to permit the inspect ion of the chimney. 4. Refer to Section 170 5 .32 \u2021 of the New York City Building Code for requirements for existing and new negative pressure chimneys and vents. SECTION MC 811 EXHAUST GASES FROM INTERNAL COMBUSTION ENGINES AND TURBINES [CONT.]: 810.3 Smoke test. To determine the tightness of chimney construction , a smoke test shall be made in accordance with the following conditions and requirements: 1. The equipment, materials, power and labor necessary for such test shall be furnished by, and at the expense of, the owner or holder of the work permit. 2. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of t his chapter, and the test shall be repeated until the results are satisfactory. 3. The chimney shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs, or other equivalent method. As the smoke appears at the st ack opening on the roof, such opening shall be tightly closed and a pressure equivalent to 1 / 2 - inch (13 mm) column of water measured at the base of the stack, shall be applied. The test shall be applied for a length of time sufficient to permit the inspect ion of the chimney. 4. Refer to Section 170 5 .32 \u2021 of the New York City Building Code for requirements for existing and new negative pressure chimneys and vents. SECTION MC 811 EXHAUST GASES FROM INTERNAL COMBUSTION ENGINES AND TURBINES [CONT.]: 810.3 Smoke test. To determine the tightness of chimney construction , a smoke test shall be made in accordance with the following conditions and requirements: 1. The equipment, materials, power and labor necessary for such test shall be furnished by, and at the expense of, the owner or holder of the work permit. 2. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of t his chapter, and the test shall be repeated until the results are satisfactory. 3. The chimney shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs, or other equivalent method. As the smoke appears at the st ack opening on the roof, such opening shall be tightly closed and a pressure equivalent to 1 / 2 - inch (13 mm) column of water measured at the base of the stack, shall be applied. The test shall be applied for a length of time sufficient to permit the inspect ion of the chimney. 4. Refer to Section 170 5 .32 \u2021 of the New York City Building Code for requirements for existing and new negative pressure chimneys and vents. SECTION MC 811 EXHAUST GASES FROM INTERNAL COMBUSTION ENGINES AND TURBINES [CONT.]: 810.3 Smoke test. To determine the tightness of chimney construction , a smoke test shall be made in accordance with the following conditions and requirements: 1. The equipment, materials, power and labor necessary for such test shall be furnished by, and at the expense of, the owner or holder of the work permit. 2. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of t his chapter, and the test shall be repeated until the results are satisfactory. 3. The chimney shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs, or other equivalent method. As the smoke appears at the st ack opening on the roof, such opening shall be tightly closed and a pressure equivalent to 1 / 2 - inch (13 mm) column of water measured at the base of the stack, shall be applied. The test shall be applied for a length of time sufficient to permit the inspect ion of the chimney. 4. Refer to Section 170 5 .32 \u2021 of the New York City Building Code for requirements for existing and new negative pressure chimneys and vents. SECTION MC 811 EXHAUST GASES FROM INTERNAL COMBUSTION ENGINES AND TURBINES [CONT.]: 810.3 Smoke test. To determine the tightness of chimney construction , a smoke test shall be made in accordance with the following conditions and requirements: 1. The equipment, materials, power and labor necessary for such test shall be furnished by, and at the expense of, the owner or holder of the work permit. 2. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of t his chapter, and the test shall be repeated until the results are satisfactory. 3. The chimney shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs, or other equivalent method. As the smoke appears at the st ack opening on the roof, such opening shall be tightly closed and a pressure equivalent to 1 / 2 - inch (13 mm) column of water measured at the base of the stack, shall be applied. The test shall be applied for a length of time sufficient to permit the inspect ion of the chimney. 4. Refer to Section 170 5 .32 \u2021 of the New York City Building Code for requirements for existing and new negative pressure chimneys and vents. SECTION MC 811 EXHAUST GASES FROM INTERNAL COMBUSTION ENGINES AND TURBINES [CONT.]: 810.3 Smoke test. To determine the tightness of chimney construction , a smoke test shall be made in accordance with the following conditions and requirements: 1. The equipment, materials, power and labor necessary for such test shall be furnished by, and at the expense of, the owner or holder of the work permit. 2. If the test shows any evidence of leakage or other defects, such defects shall be corrected in accordance with the requirements of t his chapter, and the test shall be repeated until the results are satisfactory. 3. The chimney shall be filled with a thick penetrating smoke produced by one or more smoke machines, or smoke bombs, or other equivalent method. As the smoke appears at the st ack opening on the roof, such opening shall be tightly closed and a pressure equivalent to 1 / 2 - inch (13 mm) column of water measured at the base of the stack, shall be applied. The test shall be applied for a length of time sufficient to permit the inspect ion of the chimney. 4. Refer to Section 170 5 .32 \u2021 of the New York City Building Code for requirements for existing and new negative pressure chimneys and vents. SECTION MC 811 EXHAUST GASES FROM INTERNAL COMBUSTION ENGINES AND TURBINES",
    "metadata": {
      "section_full": "810.3",
      "parent_major": "810",
      "parent_minor": "810.3",
      "source": "032.txt"
    }
  },
  {
    "id": "811.1",
    "text": "CONTEXT: 811 > 811.1 | CONTENT: 811.1 811.1 Exhaust system construction. The exhaust system from internal combustion engines shall be constructed in accordance with NFPA 211, NFPA 37, and based on the temperature of the flue gas entering the exhaust system, and in accordance with the following: 1. The exhau st system, if factory built, shall be installed in accordance with its listing and manufacturer\u2019s instructions. 1.1. Exhaust systems with flue gas temperatures greater than 300\u00b0F (148.9\u00b0C) shall be listed to UL 103 or UL 2561 and be rated for a minimum of 60 inch w.c. (14 934.3 Pa). 1.2. Exhaust systems with flue gas temperatures not more than 300\u00b0F (148.9\u00b0C) and that are capable of causing excessive condensate production in the exhaust system shall be listed to UL 103 or UL 2561 and UL 1738 and be rated fo r a pressure suitable for the operating conditions. 2. The exhaust system, if field fabricated, shall be constructed of at least 3 / 16 - inch (4.8 mm) steel, or of other equivalent metal of similar strength and resistance to the temperature and corrosive acti on of the exhaust gases. No lining shall be required. 3. Where the exhaust system runs inside a building, it shall be insulated adequately for the equipment operating temperature, so that the surface temperature shall be not more than 200\u00b0F (93.3\u00b0C). 4. Wh ere the exhaust system runs inside a building outside of the room containing the equipment, it shall be enclosed in fire - rated construction with a fire rating equal to the fire rating of the construction of the room. 5. All joints shall be constructed so a s to be gas tight under all operating conditions and tested in accordance with Section 810. [CONT.]: 811.1 Exhaust system construction. The exhaust system from internal combustion engines shall be constructed in accordance with NFPA 211, NFPA 37, and based on the temperature of the flue gas entering the exhaust system, and in accordance with the following: 1. The exhau st system, if factory built, shall be installed in accordance with its listing and manufacturer\u2019s instructions. 1.1. Exhaust systems with flue gas temperatures greater than 300\u00b0F (148.9\u00b0C) shall be listed to UL 103 or UL 2561 and be rated for a minimum of 60 inch w.c. (14 934.3 Pa). 1.2. Exhaust systems with flue gas temperatures not more than 300\u00b0F (148.9\u00b0C) and that are capable of causing excessive condensate production in the exhaust system shall be listed to UL 103 or UL 2561 and UL 1738 and be rated fo r a pressure suitable for the operating conditions. 2. The exhaust system, if field fabricated, shall be constructed of at least 3 / 16 - inch (4.8 mm) steel, or of other equivalent metal of similar strength and resistance to the temperature and corrosive acti on of the exhaust gases. No lining shall be required. 3. Where the exhaust system runs inside a building, it shall be insulated adequately for the equipment operating temperature, so that the surface temperature shall be not more than 200\u00b0F (93.3\u00b0C). 4. Wh ere the exhaust system runs inside a building outside of the room containing the equipment, it shall be enclosed in fire - rated construction with a fire rating equal to the fire rating of the construction of the room. 5. All joints shall be constructed so a s to be gas tight under all operating conditions and tested in accordance with Section 810. [CONT.]: 811.1 Exhaust system construction. The exhaust system from internal combustion engines shall be constructed in accordance with NFPA 211, NFPA 37, and based on the temperature of the flue gas entering the exhaust system, and in accordance with the following: 1. The exhau st system, if factory built, shall be installed in accordance with its listing and manufacturer\u2019s instructions. 1.1. Exhaust systems with flue gas temperatures greater than 300\u00b0F (148.9\u00b0C) shall be listed to UL 103 or UL 2561 and be rated for a minimum of 60 inch w.c. (14 934.3 Pa). 1.2. Exhaust systems with flue gas temperatures not more than 300\u00b0F (148.9\u00b0C) and that are capable of causing excessive condensate production in the exhaust system shall be listed to UL 103 or UL 2561 and UL 1738 and be rated fo r a pressure suitable for the operating conditions. 2. The exhaust system, if field fabricated, shall be constructed of at least 3 / 16 - inch (4.8 mm) steel, or of other equivalent metal of similar strength and resistance to the temperature and corrosive acti on of the exhaust gases. No lining shall be required. 3. Where the exhaust system runs inside a building, it shall be insulated adequately for the equipment operating temperature, so that the surface temperature shall be not more than 200\u00b0F (93.3\u00b0C). 4. Wh ere the exhaust system runs inside a building outside of the room containing the equipment, it shall be enclosed in fire - rated construction with a fire rating equal to the fire rating of the construction of the room. 5. All joints shall be constructed so a s to be gas tight under all operating conditions and tested in accordance with Section 810. [CONT.]: 811.1 Exhaust system construction. The exhaust system from internal combustion engines shall be constructed in accordance with NFPA 211, NFPA 37, and based on the temperature of the flue gas entering the exhaust system, and in accordance with the following: 1. The exhau st system, if factory built, shall be installed in accordance with its listing and manufacturer\u2019s instructions. 1.1. Exhaust systems with flue gas temperatures greater than 300\u00b0F (148.9\u00b0C) shall be listed to UL 103 or UL 2561 and be rated for a minimum of 60 inch w.c. (14 934.3 Pa). 1.2. Exhaust systems with flue gas temperatures not more than 300\u00b0F (148.9\u00b0C) and that are capable of causing excessive condensate production in the exhaust system shall be listed to UL 103 or UL 2561 and UL 1738 and be rated fo r a pressure suitable for the operating conditions. 2. The exhaust system, if field fabricated, shall be constructed of at least 3 / 16 - inch (4.8 mm) steel, or of other equivalent metal of similar strength and resistance to the temperature and corrosive acti on of the exhaust gases. No lining shall be required. 3. Where the exhaust system runs inside a building, it shall be insulated adequately for the equipment operating temperature, so that the surface temperature shall be not more than 200\u00b0F (93.3\u00b0C). 4. Wh ere the exhaust system runs inside a building outside of the room containing the equipment, it shall be enclosed in fire - rated construction with a fire rating equal to the fire rating of the construction of the room. 5. All joints shall be constructed so a s to be gas tight under all operating conditions and tested in accordance with Section 810. [CONT.]: 811.1 Exhaust system construction. The exhaust system from internal combustion engines shall be constructed in accordance with NFPA 211, NFPA 37, and based on the temperature of the flue gas entering the exhaust system, and in accordance with the following: 1. The exhau st system, if factory built, shall be installed in accordance with its listing and manufacturer\u2019s instructions. 1.1. Exhaust systems with flue gas temperatures greater than 300\u00b0F (148.9\u00b0C) shall be listed to UL 103 or UL 2561 and be rated for a minimum of 60 inch w.c. (14 934.3 Pa). 1.2. Exhaust systems with flue gas temperatures not more than 300\u00b0F (148.9\u00b0C) and that are capable of causing excessive condensate production in the exhaust system shall be listed to UL 103 or UL 2561 and UL 1738 and be rated fo r a pressure suitable for the operating conditions. 2. The exhaust system, if field fabricated, shall be constructed of at least 3 / 16 - inch (4.8 mm) steel, or of other equivalent metal of similar strength and resistance to the temperature and corrosive acti on of the exhaust gases. No lining shall be required. 3. Where the exhaust system runs inside a building, it shall be insulated adequately for the equipment operating temperature, so that the surface temperature shall be not more than 200\u00b0F (93.3\u00b0C). 4. Wh ere the exhaust system runs inside a building outside of the room containing the equipment, it shall be enclosed in fire - rated construction with a fire rating equal to the fire rating of the construction of the room. 5. All joints shall be constructed so a s to be gas tight under all operating conditions and tested in accordance with Section 810. [CONT.]: 811.1 Exhaust system construction. The exhaust system from internal combustion engines shall be constructed in accordance with NFPA 211, NFPA 37, and based on the temperature of the flue gas entering the exhaust system, and in accordance with the following: 1. The exhau st system, if factory built, shall be installed in accordance with its listing and manufacturer\u2019s instructions. 1.1. Exhaust systems with flue gas temperatures greater than 300\u00b0F (148.9\u00b0C) shall be listed to UL 103 or UL 2561 and be rated for a minimum of 60 inch w.c. (14 934.3 Pa). 1.2. Exhaust systems with flue gas temperatures not more than 300\u00b0F (148.9\u00b0C) and that are capable of causing excessive condensate production in the exhaust system shall be listed to UL 103 or UL 2561 and UL 1738 and be rated fo r a pressure suitable for the operating conditions. 2. The exhaust system, if field fabricated, shall be constructed of at least 3 / 16 - inch (4.8 mm) steel, or of other equivalent metal of similar strength and resistance to the temperature and corrosive acti on of the exhaust gases. No lining shall be required. 3. Where the exhaust system runs inside a building, it shall be insulated adequately for the equipment operating temperature, so that the surface temperature shall be not more than 200\u00b0F (93.3\u00b0C). 4. Wh ere the exhaust system runs inside a building outside of the room containing the equipment, it shall be enclosed in fire - rated construction with a fire rating equal to the fire rating of the construction of the room. 5. All joints shall be constructed so a s to be gas tight under all operating conditions and tested in accordance with Section 810. [CONT.]: 811.1 1777 \u2014 2007 Chimney Liners \u2014 with revisions through July 2009 ................................ ............................... 801.16.1, 801.18.4 REFERENCED STANDARDS UL \u2014 continued 1812 \u2014 2013 Standard for Ducted Heat Recovery Ventilators .......................................................................................... [CONT.]: 811.1 60335 -240 \u2014 2012 Safety of Household and Similar Electrical Appliances, Part 2 - 40: Particular Requirements for Electrical Heat Pumps, Air Conditioners and Dehumidifiers ........................................................... 918.2",
    "metadata": {
      "section_full": "811.1",
      "parent_major": "811",
      "parent_minor": "811.1",
      "source": "032.txt"
    }
  },
  {
    "id": "811.2",
    "text": "CONTEXT: 811 > 811.2 | CONTENT: 811.2 811.2 Emergency and standby generator discharge opening termination requirements. The location of discharge outlets for emergency and standby internal combustion en gines shall comply with the requirements of NFPA 37 so that the flue gases are not directed to jeopardize the health or safety of people, overheat combustible structures, nor enter building openings in the vicinity of the outlet, nor shall the location of such openings cause the condensate leaving the outlet to come into contact with people. [CONT.]: 811.2 Emergency and standby generator discharge opening termination requirements. The location of discharge outlets for emergency and standby internal combustion en gines shall comply with the requirements of NFPA 37 so that the flue gases are not directed to jeopardize the health or safety of people, overheat combustible structures, nor enter building openings in the vicinity of the outlet, nor shall the location of such openings cause the condensate leaving the outlet to come into contact with people. [CONT.]: 811.2 Emergency and standby generator discharge opening termination requirements. The location of discharge outlets for emergency and standby internal combustion en gines shall comply with the requirements of NFPA 37 so that the flue gases are not directed to jeopardize the health or safety of people, overheat combustible structures, nor enter building openings in the vicinity of the outlet, nor shall the location of such openings cause the condensate leaving the outlet to come into contact with people. [CONT.]: 811.2 Emergency and standby generator discharge opening termination requirements. The location of discharge outlets for emergency and standby internal combustion en gines shall comply with the requirements of NFPA 37 so that the flue gases are not directed to jeopardize the health or safety of people, overheat combustible structures, nor enter building openings in the vicinity of the outlet, nor shall the location of such openings cause the condensate leaving the outlet to come into contact with people. [CONT.]: 811.2 Emergency and standby generator discharge opening termination requirements. The location of discharge outlets for emergency and standby internal combustion en gines shall comply with the requirements of NFPA 37 so that the flue gases are not directed to jeopardize the health or safety of people, overheat combustible structures, nor enter building openings in the vicinity of the outlet, nor shall the location of such openings cause the condensate leaving the outlet to come into contact with people. [CONT.]: 811.2 Emergency and standby generator discharge opening termination requirements. The location of discharge outlets for emergency and standby internal combustion en gines shall comply with the requirements of NFPA 37 so that the flue gases are not directed to jeopardize the health or safety of people, overheat combustible structures, nor enter building openings in the vicinity of the outlet, nor shall the location of such openings cause the condensate leaving the outlet to come into contact with people.",
    "metadata": {
      "section_full": "811.2",
      "parent_major": "811",
      "parent_minor": "811.2",
      "source": "032.txt"
    }
  },
  {
    "id": "811.2.1",
    "text": "CONTEXT: 811 > 811.2 | CONTENT: 811.2.1 811.2.1 Interference. No discharge opening shall be located and constructed so as to interfere with the proper functioning of other openings in the same building or adjoining buildings, to interfere unreasonably with the occupants of the same building or adjoining buildings, or with the general public, or to create a fire or health hazard . \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 811.2.1 Interference. No discharge opening shall be located and constructed so as to interfere with the proper functioning of other openings in the same building or adjoining buildings, to interfere unreasonably with the occupants of the same building or adjoining buildings, or with the general public, or to create a fire or health hazard . \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 811.2.1 Interference. No discharge opening shall be located and constructed so as to interfere with the proper functioning of other openings in the same building or adjoining buildings, to interfere unreasonably with the occupants of the same building or adjoining buildings, or with the general public, or to create a fire or health hazard . CHIMNEYS AND VENTS [CONT.]: 811.2.1 Interference. No discharge opening shall be located and constructed so as to interfere with the proper functioning of other openings in the same building or adjoining buildings, to interfere unreasonably with the occupants of the same building or adjoining buildings, or with the general public, or to create a fire or health hazard . CHIMNEYS AND VENTS [CONT.]: 811.2.1 Interference. No discharge opening shall be located and constructed so as to interfere with the proper functioning of other openings in the same building or adjoining buildings, to interfere unreasonably with the occupants of the same building or adjoining buildings, or with the general public, or to create a fire or health hazard . CHIMNEYS AND VENTS [CONT.]: 811.2.1 Interference. No discharge opening shall be located and constructed so as to interfere with the proper functioning of other openings in the same building or adjoining buildings, to interfere unreasonably with the occupants of the same building or adjoining buildings, or with the general public, or to create a fire or health hazard . CHIMNEYS AND VENTS",
    "metadata": {
      "section_full": "811.2.1",
      "parent_major": "811",
      "parent_minor": "811.2",
      "source": "032.txt"
    }
  },
  {
    "id": "811.2.2",
    "text": "CONTEXT: 811 > 811.2 | CONTENT: 811.2.2 811.2.2 Chimneys. The exhaust pipe may be connected to a chimney used for other equipment, provided that the operation of the engine does not adversely affect the operation of the other equipment so that it is in violation of the New York City Air Pollut ion Control Code. [CONT.]: 811.2.2 Chimneys. The exhaust pipe may be connected to a chimney used for other equipment, provided that the operation of the engine does not adversely affect the operation of the other equipment so that it is in violation of the New York City Air Pollut ion Control Code. [CONT.]: 811.2.2 Chimneys. The exhaust pipe may be connected to a chimney used for other equipment, provided that the operation of the engine does not adversely affect the operation of the other equipment so that it is in violation of the New York City Air Pollut ion Control Code. [CONT.]: 811.2.2 Chimneys. The exhaust pipe may be connected to a chimney used for other equipment, provided that the operation of the engine does not adversely affect the operation of the other equipment so that it is in violation of the New York City Air Pollut ion Control Code.",
    "metadata": {
      "section_full": "811.2.2",
      "parent_major": "811",
      "parent_minor": "811.2",
      "source": "032.txt"
    }
  },
  {
    "id": "811.3",
    "text": "CONTEXT: 811 > 811.3 | CONTENT: 811.3 811.3 All other engine and turbine discharge opening termination requirements. The location of the discharge outlet from all other engines and turbines shall comply with the termination requirements of Section 801.21, Item 2 or Section 80 1.21, Item 3 based on the temperature of the flue gas entering the exhaust system. [CONT.]: 811.3 All other engine and turbine discharge opening termination requirements. The location of the discharge outlet from all other engines and turbines shall comply with the termination requirements of Section 801.21, Item 2 or Section 80 1.21, Item 3 based on the temperature of the flue gas entering the exhaust system. [CONT.]: 811.3 All other engine and turbine discharge opening termination requirements. The location of the discharge outlet from all other engines and turbines shall comply with the termination requirements of Section 801.21, Item 2 or Section 80 1.21, Item 3 based on the temperature of the flue gas entering the exhaust system. [CONT.]: 811.3 All other engine and turbine discharge opening termination requirements. The location of the discharge outlet from all other engines and turbines shall comply with the termination requirements of Section 801.21, Item 2 or Section 80 1.21, Item 3 based on the temperature of the flue gas entering the exhaust system.",
    "metadata": {
      "section_full": "811.3",
      "parent_major": "811",
      "parent_minor": "811.3",
      "source": "032.txt"
    }
  },
  {
    "id": "811.4",
    "text": "CONTEXT: 811 > 811.4 | CONTENT: 811.4 811.4 Chimneys. The exhaust system may be connected to a chimney used for other appliances, provided that the chimney complies with Section 811.1, Item 1 or Section 811.1, I tem 2 and the operation of the engine does not adversely affect the operation of the other appliances and is in accordance with the New York City Air Pollution Control Code. \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 811.4 Chimneys. The exhaust system may be connected to a chimney used for other appliances, provided that the chimney complies with Section 811.1, Item 1 or Section 811.1, I tem 2 and the operation of the engine does not adversely affect the operation of the other appliances and is in accordance with the New York City Air Pollution Control Code. \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 811.4 Chimneys. The exhaust system may be connected to a chimney used for other appliances, provided that the chimney complies with Section 811.1, Item 1 or Section 811.1, I tem 2 and the operation of the engine does not adversely affect the operation of the other appliances and is in accordance with the New York City Air Pollution Control Code. \u2021\u2021\u2021 Chapter 8 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 8 CHIMNEYS AND VENTS SECTION MC 801 GENERAL [CONT.]: 811.4 Chimneys. The exhaust system may be connected to a chimney used for other appliances, provided that the chimney complies with Section 811.1, Item 1 or Section 811.1, I tem 2 and the operation of the engine does not adversely affect the operation of the other appliances and is in accordance with the New York City Air Pollution Control Code.",
    "metadata": {
      "section_full": "811.4",
      "parent_major": "811",
      "parent_minor": "811.4",
      "source": "032.txt"
    }
  },
  {
    "id": "901.1",
    "text": "CONTEXT: 901 > 901.1 | CONTENT: 901.1 901.1 Scope. This chapter shall govern the approval, design, installation, construction, maintenance, alteration and repair of the appliances and equipment specific ally identified herein and factory - built fireplaces. The approval, design, installation, construction, maintenance, alteration and repair of gas - fired appliances shall be regulated by the New York City Fuel Gas Code . [CONT.]: 901.1 Scope. This chapter shall govern the approval, design, installation, construction, maintenance, alteration and repair of the appliances and equipment specific ally identified herein and factory - built fireplaces. The approval, design, installation, construction, maintenance, alteration and repair of gas - fired appliances shall be regulated by the New York City Fuel Gas Code . [CONT.]: 901.1 Scope. This chapter shall govern the approval, design, installation, construction, maintenance, alteration and repair of the appliances and equipment specific ally identified herein and factory - built fireplaces. The approval, design, installation, construction, maintenance, alteration and repair of gas - fired appliances shall be regulated by the New York City Fuel Gas Code . [CONT.]: 901.1 Scope. This chapter shall govern the approval, design, installation, construction, maintenance, alteration and repair of the appliances and equipment specific ally identified herein and factory - built fireplaces. The approval, design, installation, construction, maintenance, alteration and repair of gas - fired appliances shall be regulated by the New York City Fuel Gas Code . [CONT.]: 901.1 Scope. This chapter shall govern the approval, design, installation, construction, maintenance, alteration and repair of the appliances and equipment specific ally identified herein and factory - built fireplaces. The approval, design, installation, construction, maintenance, alteration and repair of gas - fired appliances shall be regulated by the New York City Fuel Gas Code . [CONT.]: 901.1 Scope. This chapter shall govern the approval, design, installation, construction, maintenance, alteration and repair of the appliances and equipment specific ally identified herein and factory - built fireplaces. The approval, design, installation, construction, maintenance, alteration and repair of gas - fired appliances shall be regulated by the New York City Fuel Gas Code . [CONT.]: 901.1 Scope. This chapter shall govern the approval, design, installation, construction, maintenance, alteration and repair of the appliances and equipment specific ally identified herein and factory - built fireplaces. The approval, design, installation, construction, maintenance, alteration and repair of gas - fired appliances shall be regulated by the New York City Fuel Gas Code . [CONT.]: 901.1 Scope. This chapter shall govern the approval, design, installation, construction, maintenance, alteration and repair of the appliances and equipment specific ally identified herein and factory - built fireplaces. The approval, design, installation, construction, maintenance, alteration and repair of gas - fired appliances shall be regulated by the New York City Fuel Gas Code . [CONT.]: 901.1 Scope. This chapter shall govern the approval, design, installation, construction, maintenance, alteration and repair of the appliances and equipment specific ally identified herein and factory - built fireplaces. The approval, design, installation, construction, maintenance, alteration and repair of gas - fired appliances shall be regulated by the New York City Fuel Gas Code . [CONT.]: 901.1 Scope. This chapter shall govern the approval, design, installation, construction, maintenance, alteration and repair of the appliances and equipment specific ally identified herein and factory - built fireplaces. The approval, design, installation, construction, maintenance, alteration and repair of gas - fired appliances shall be regulated by the New York City Fuel Gas Code . [CONT.]: 901.1 Scope. This chapter shall govern the approval, design, installation, construction, maintenance, alteration and repair of the appliances and equipment specific ally identified herein and factory - built fireplaces. The approval, design, installation, construction, maintenance, alteration and repair of gas - fired appliances shall be regulated by the New York City Fuel Gas Code . [CONT.]: 901.1 Scope. This chapter shall govern the approval, design, installation, construction, maintenance, alteration and repair of the appliances and equipment specific ally identified herein and factory - built fireplaces. The approval, design, installation, construction, maintenance, alteration and repair of gas - fired appliances shall be regulated by the New York City Fuel Gas Code . [CONT.]: 901.1 Scope. This chapter shall govern the approval, design, installation, construction, maintenance, alteration and repair of the appliances and equipment specific ally identified herein and factory - built fireplaces. The approval, design, installation, construction, maintenance, alteration and repair of gas - fired appliances shall be regulated by the New York City Fuel Gas Code .",
    "metadata": {
      "section_full": "901.1",
      "parent_major": "901",
      "parent_minor": "901.1",
      "source": "033.txt"
    }
  },
  {
    "id": "901.2",
    "text": "CONTEXT: 901 > 901.2 | CONTENT: 901.2 901.2 General. The requirements of this chapter shall apply to the mechanical equipment and appliances regulated by this chapter, in addition to the other requirements of this code, and installed in accordance with the requirements of NFPA 31, NFPA 54 and NFPA 211 . [CONT.]: 901.2 General. The requirements of this chapter shall apply to the mechanical equipment and appliances regulated by this chapter, in addition to the other requirements of this code, and installed in accordance with the requirements of NFPA 31, NFPA 54 and NFPA 211 . [CONT.]: 901.2 General. The requirements of this chapter shall apply to the mechanical equipment and appliances regulated by this chapter, in addition to the other requirements of this code, and installed in accordance with the requirements of NFPA 31, NFPA 54 and NFPA 211 . [CONT.]: 901.2 General. The requirements of this chapter shall apply to the mechanical equipment and appliances regulated by this chapter, in addition to the other requirements of this code, and installed in accordance with the requirements of NFPA 31, NFPA 54 and NFPA 211 . [CONT.]: 901.2 General. The requirements of this chapter shall apply to the mechanical equipment and appliances regulated by this chapter, in addition to the other requirements of this code, and installed in accordance with the requirements of NFPA 31, NFPA 54 and NFPA 211 . [CONT.]: 901.2 General. The requirements of this chapter shall apply to the mechanical equipment and appliances regulated by this chapter, in addition to the other requirements of this code, and installed in accordance with the requirements of NFPA 31, NFPA 54 and NFPA 211 . [CONT.]: 901.2 General. The requirements of this chapter shall apply to the mechanical equipment and appliances regulated by this chapter, in addition to the other requirements of this code, and installed in accordance with the requirements of NFPA 31, NFPA 54 and NFPA 211 . [CONT.]: 901.2 General. The requirements of this chapter shall apply to the mechanical equipment and appliances regulated by this chapter, in addition to the other requirements of this code, and installed in accordance with the requirements of NFPA 31, NFPA 54 and NFPA 211 . [CONT.]: 901.2 General. The requirements of this chapter shall apply to the mechanical equipment and appliances regulated by this chapter, in addition to the other requirements of this code, and installed in accordance with the requirements of NFPA 31, NFPA 54 and NFPA 211 . [CONT.]: 901.2 General. The requirements of this chapter shall apply to the mechanical equipment and appliances regulated by this chapter, in addition to the other requirements of this code, and installed in accordance with the requirements of NFPA 31, NFPA 54 and NFPA 211 . [CONT.]: 901.2 General. The requirements of this chapter shall apply to the mechanical equipment and appliances regulated by this chapter, in addition to the other requirements of this code, and installed in accordance with the requirements of NFPA 31, NFPA 54 and NFPA 211 . [CONT.]: 901.2 General. The requirements of this chapter shall apply to the mechanical equipment and appliances regulated by this chapter, in addition to the other requirements of this code, and installed in accordance with the requirements of NFPA 31, NFPA 54 and NFPA 211 . [CONT.]: 901.2 General. The requirements of this chapter shall apply to the mechanical equipment and appliances regulated by this chapter, in addition to the other requirements of this code, and installed in accordance with the requirements of NFPA 31, NFPA 54 and NFPA 211 .",
    "metadata": {
      "section_full": "901.2",
      "parent_major": "901",
      "parent_minor": "901.2",
      "source": "033.txt"
    }
  },
  {
    "id": "901.3",
    "text": "CONTEXT: 901 > 901.3 | CONTENT: 901.3 901.3 Sol id fuel - burning fireplaces and appliances. All solid fuel - burning fireplaces and appliances shall be installed, altered and maintained in buildings in conformity with the applicable provisions of the New York City Air Pollution Control Code and no new solid fuel - burning fireplaces or appliances shall be permitted except those that burn the types of fuel allowed by such code. [CONT.]: 901.3 Sol id fuel - burning fireplaces and appliances. All solid fuel - burning fireplaces and appliances shall be installed, altered and maintained in buildings in conformity with the applicable provisions of the New York City Air Pollution Control Code and no new solid fuel - burning fireplaces or appliances shall be permitted except those that burn the types of fuel allowed by such code. [CONT.]: 901.3 Sol id fuel - burning fireplaces and appliances. All solid fuel - burning fireplaces and appliances shall be installed, altered and maintained in buildings in conformity with the applicable provisions of the New York City Air Pollution Control Code and no new solid fuel - burning fireplaces or appliances shall be permitted except those that burn the types of fuel allowed by such code. [CONT.]: 901.3 Sol id fuel - burning fireplaces and appliances. All solid fuel - burning fireplaces and appliances shall be installed, altered and maintained in buildings in conformity with the applicable provisions of the New York City Air Pollution Control Code and no new solid fuel - burning fireplaces or appliances shall be permitted except those that burn the types of fuel allowed by such code. [CONT.]: 901.3 Sol id fuel - burning fireplaces and appliances. All solid fuel - burning fireplaces and appliances shall be installed, altered and maintained in buildings in conformity with the applicable provisions of the New York City Air Pollution Control Code and no new solid fuel - burning fireplaces or appliances shall be permitted except those that burn the types of fuel allowed by such code. [CONT.]: 901.3 Sol id fuel - burning fireplaces and appliances. All solid fuel - burning fireplaces and appliances shall be installed, altered and maintained in buildings in conformity with the applicable provisions of the New York City Air Pollution Control Code and no new solid fuel - burning fireplaces or appliances shall be permitted except those that burn the types of fuel allowed by such code. [CONT.]: 901.3 Sol id fuel - burning fireplaces and appliances. All solid fuel - burning fireplaces and appliances shall be installed, altered and maintained in buildings in conformity with the applicable provisions of the New York City Air Pollution Control Code and no new solid fuel - burning fireplaces or appliances shall be permitted except those that burn the types of fuel allowed by such code. [CONT.]: 901.3 Sol id fuel - burning fireplaces and appliances. All solid fuel - burning fireplaces and appliances shall be installed, altered and maintained in buildings in conformity with the applicable provisions of the New York City Air Pollution Control Code and no new solid fuel - burning fireplaces or appliances shall be permitted except those that burn the types of fuel allowed by such code. [CONT.]: 901.3 Sol id fuel - burning fireplaces and appliances. All solid fuel - burning fireplaces and appliances shall be installed, altered and maintained in buildings in conformity with the applicable provisions of the New York City Air Pollution Control Code and no new solid fuel - burning fireplaces or appliances shall be permitted except those that burn the types of fuel allowed by such code. [CONT.]: 901.3 Sol id fuel - burning fireplaces and appliances. All solid fuel - burning fireplaces and appliances shall be installed, altered and maintained in buildings in conformity with the applicable provisions of the New York City Air Pollution Control Code and no new solid fuel - burning fireplaces or appliances shall be permitted except those that burn the types of fuel allowed by such code. [CONT.]: 901.3 Sol id fuel - burning fireplaces and appliances. All solid fuel - burning fireplaces and appliances shall be installed, altered and maintained in buildings in conformity with the applicable provisions of the New York City Air Pollution Control Code and no new solid fuel - burning fireplaces or appliances shall be permitted except those that burn the types of fuel allowed by such code. [CONT.]: 901.3 Sol id fuel - burning fireplaces and appliances. All solid fuel - burning fireplaces and appliances shall be installed, altered and maintained in buildings in conformity with the applicable provisions of the New York City Air Pollution Control Code and no new solid fuel - burning fireplaces or appliances shall be permitted except those that burn the types of fuel allowed by such code. [CONT.]: 901.3 Sol id fuel - burning fireplaces and appliances. All solid fuel - burning fireplaces and appliances shall be installed, altered and maintained in buildings in conformity with the applicable provisions of the New York City Air Pollution Control Code and no new solid fuel - burning fireplaces or appliances shall be permitted except those that burn the types of fuel allowed by such code.",
    "metadata": {
      "section_full": "901.3",
      "parent_major": "901",
      "parent_minor": "901.3",
      "source": "033.txt"
    }
  },
  {
    "id": "901.4",
    "text": "CONTEXT: 901 > 901.4 | CONTENT: 901.4 901.4 Hazardous locations. Fireplaces and solid fuel - burning appliances shall not be installed in hazardous locations. [CONT.]: 901.4 Hazardous locations. Fireplaces and solid fuel - burning appliances shall not be installed in hazardous locations. [CONT.]: 901.4 Hazardous locations. Fireplaces and solid fuel - burning appliances shall not be installed in hazardous locations. [CONT.]: 901.4 Hazardous locations. Fireplaces and solid fuel - burning appliances shall not be installed in hazardous locations. [CONT.]: 901.4 Hazardous locations. Fireplaces and solid fuel - burning appliances shall not be installed in hazardous locations. [CONT.]: 901.4 Hazardous locations. Fireplaces and solid fuel - burning appliances shall not be installed in hazardous locations. [CONT.]: 901.4 Hazardous locations. Fireplaces and solid fuel - burning appliances shall not be installed in hazardous locations. [CONT.]: 901.4 Hazardous locations. Fireplaces and solid fuel - burning appliances shall not be installed in hazardous locations. [CONT.]: 901.4 Hazardous locations. Fireplaces and solid fuel - burning appliances shall not be installed in hazardous locations. [CONT.]: 901.4 Hazardous locations. Fireplaces and solid fuel - burning appliances shall not be installed in hazardous locations. [CONT.]: 901.4 Hazardous locations. Fireplaces and solid fuel - burning appliances shall not be installed in hazardous locations. [CONT.]: 901.4 Hazardous locations. Fireplaces and solid fuel - burning appliances shall not be installed in hazardous locations. [CONT.]: 901.4 Hazardous locations. Fireplaces and solid fuel - burning appliances shall not be installed in hazardous locations.",
    "metadata": {
      "section_full": "901.4",
      "parent_major": "901",
      "parent_minor": "901.4",
      "source": "033.txt"
    }
  },
  {
    "id": "901.5",
    "text": "CONTEXT: 901 > 901.5 | CONTENT: 901.5 901.5 Inspectio n of solid fuel - burning heating appliances, chimneys and flues. Inspections of solid fuel - burning heating appliances, chimneys and flues shall be in accordance with the New York City Building Code . [CONT.]: 901.5 Inspectio n of solid fuel - burning heating appliances, chimneys and flues. Inspections of solid fuel - burning heating appliances, chimneys and flues shall be in accordance with the New York City Building Code . [CONT.]: 901.5 Inspectio n of solid fuel - burning heating appliances, chimneys and flues. Inspections of solid fuel - burning heating appliances, chimneys and flues shall be in accordance with the New York City Building Code . [CONT.]: 901.5 Inspectio n of solid fuel - burning heating appliances, chimneys and flues. Inspections of solid fuel - burning heating appliances, chimneys and flues shall be in accordance with the New York City Building Code . [CONT.]: 901.5 Inspectio n of solid fuel - burning heating appliances, chimneys and flues. Inspections of solid fuel - burning heating appliances, chimneys and flues shall be in accordance with the New York City Building Code . [CONT.]: 901.5 Inspectio n of solid fuel - burning heating appliances, chimneys and flues. Inspections of solid fuel - burning heating appliances, chimneys and flues shall be in accordance with the New York City Building Code . [CONT.]: 901.5 Inspectio n of solid fuel - burning heating appliances, chimneys and flues. Inspections of solid fuel - burning heating appliances, chimneys and flues shall be in accordance with the New York City Building Code . [CONT.]: 901.5 Inspectio n of solid fuel - burning heating appliances, chimneys and flues. Inspections of solid fuel - burning heating appliances, chimneys and flues shall be in accordance with the New York City Building Code . [CONT.]: 901.5 Inspectio n of solid fuel - burning heating appliances, chimneys and flues. Inspections of solid fuel - burning heating appliances, chimneys and flues shall be in accordance with the New York City Building Code . [CONT.]: 901.5 Inspectio n of solid fuel - burning heating appliances, chimneys and flues. Inspections of solid fuel - burning heating appliances, chimneys and flues shall be in accordance with the New York City Building Code . [CONT.]: 901.5 Inspectio n of solid fuel - burning heating appliances, chimneys and flues. Inspections of solid fuel - burning heating appliances, chimneys and flues shall be in accordance with the New York City Building Code . [CONT.]: 901.5 Inspectio n of solid fuel - burning heating appliances, chimneys and flues. Inspections of solid fuel - burning heating appliances, chimneys and flues shall be in accordance with the New York City Building Code . [CONT.]: 901.5 Inspectio n of solid fuel - burning heating appliances, chimneys and flues. Inspections of solid fuel - burning heating appliances, chimneys and flues shall be in accordance with the New York City Building Code .",
    "metadata": {
      "section_full": "901.5",
      "parent_major": "901",
      "parent_minor": "901.5",
      "source": "033.txt"
    }
  },
  {
    "id": "901.6",
    "text": "CONTEXT: 901 > 901.6 | CONTENT: 901.6 901.6 Fireplaces. Fireplaces (solid - fuel - type or ANSI Z21.50) shall be installed with tight - fitting noncombustible fireplace doors to control infiltration losses in construction types listed here: 1. Masonry or factory - built fireplaces designed to allow an open burn. 2. Decorative appliances (ANSI Z21.60 gas - log style unit) installed in a vented solid fuel fireplace. 3. Vented decorative gas fireplace appliances (ANSI Z21.50 unit). Fireplaces shall be provided with a source of combustion air as required by the fireplace construction provisions of the New York City Building Code and Chapter 7 of this code. SECTION MC 902 MASONRY FIREPLACES [CONT.]: 901.6 Fireplaces. Fireplaces (solid - fuel - type or ANSI Z21.50) shall be installed with tight - fitting noncombustible fireplace doors to control infiltration losses in construction types listed here: 1. Masonry or factory - built fireplaces designed to allow an open burn. 2. Decorative appliances (ANSI Z21.60 gas - log style unit) installed in a vented solid fuel fireplace. 3. Vented decorative gas fireplace appliances (ANSI Z21.50 unit). Fireplaces shall be provided with a source of combustion air as required by the fireplace construction provisions of the New York City Building Code and Chapter 7 of this code. SECTION MC 902 MASONRY FIREPLACES [CONT.]: 901.6 Fireplaces. Fireplaces (solid - fuel - type or ANSI Z21.50) shall be installed with tight - fitting noncombustible fireplace doors to control infiltration losses in construction types listed here: 1. Masonry or factory - built fireplaces designed to allow an open burn. 2. Decorative appliances (ANSI Z21.60 gas - log style unit) installed in a vented solid fuel fireplace. 3. Vented decorative gas fireplace appliances (ANSI Z21.50 unit). Fireplaces shall be provided with a source of combustion air as required by the fireplace construction provisions of the New York City Building Code and Chapter 7 of this code. SECTION MC 902 MASONRY FIREPLACES [CONT.]: 901.6 Fireplaces. Fireplaces (solid - fuel - type or ANSI Z21.50) shall be installed with tight - fitting noncombustible fireplace doors to control infiltration losses in construction types listed here: 1. Masonry or factory - built fireplaces designed to allow an open burn. 2. Decorative appliances (ANSI Z21.60 gas - log style unit) installed in a vented solid fuel fireplace. 3. Vented decorative gas fireplace appliances (ANSI Z21.50 unit). Fireplaces shall be provided with a source of combustion air as required by the fireplace construction provisions of the New York City Building Code and Chapter 7 of this code. SECTION MC 902 MASONRY FIREPLACES [CONT.]: 901.6 Fireplaces. Fireplaces (solid - fuel - type or ANSI Z21.50) shall be installed with tight - fitting noncombustible fireplace doors to control infiltration losses in construction types listed here: 1. Masonry or factory - built fireplaces designed to allow an open burn. 2. Decorative appliances (ANSI Z21.60 gas - log style unit) installed in a vented solid fuel fireplace. 3. Vented decorative gas fireplace appliances (ANSI Z21.50 unit). Fireplaces shall be provided with a source of combustion air as required by the fireplace construction provisions of the New York City Building Code and Chapter 7 of this code. SECTION MC 902 MASONRY FIREPLACES [CONT.]: 901.6 Fireplaces. Fireplaces (solid - fuel - type or ANSI Z21.50) shall be installed with tight - fitting noncombustible fireplace doors to control infiltration losses in construction types listed here: 1. Masonry or factory - built fireplaces designed to allow an open burn. 2. Decorative appliances (ANSI Z21.60 gas - log style unit) installed in a vented solid fuel fireplace. 3. Vented decorative gas fireplace appliances (ANSI Z21.50 unit). Fireplaces shall be provided with a source of combustion air as required by the fireplace construction provisions of the New York City Building Code and Chapter 7 of this code. SECTION MC 902 MASONRY FIREPLACES [CONT.]: 901.6 Fireplaces. Fireplaces (solid - fuel - type or ANSI Z21.50) shall be installed with tight - fitting noncombustible fireplace doors to control infiltration losses in construction types listed here: 1. Masonry or factory - built fireplaces designed to allow an open burn. 2. Decorative appliances (ANSI Z21.60 gas - log style unit) installed in a vented solid fuel fireplace. 3. Vented decorative gas fireplace appliances (ANSI Z21.50 unit). Fireplaces shall be provided with a source of combustion air as required by the fireplace construction provisions of the New York City Building Code and Chapter 7 of this code. SECTION MC 902 MASONRY FIREPLACES [CONT.]: 901.6 Fireplaces. Fireplaces (solid - fuel - type or ANSI Z21.50) shall be installed with tight - fitting noncombustible fireplace doors to control infiltration losses in construction types listed here: 1. Masonry or factory - built fireplaces designed to allow an open burn. 2. Decorative appliances (ANSI Z21.60 gas - log style unit) installed in a vented solid fuel fireplace. 3. Vented decorative gas fireplace appliances (ANSI Z21.50 unit). Fireplaces shall be provided with a source of combustion air as required by the fireplace construction provisions of the New York City Building Code and Chapter 7 of this code. SECTION MC 902 MASONRY FIREPLACES [CONT.]: 901.6 Fireplaces. Fireplaces (solid - fuel - type or ANSI Z21.50) shall be installed with tight - fitting noncombustible fireplace doors to control infiltration losses in construction types listed here: 1. Masonry or factory - built fireplaces designed to allow an open burn. 2. Decorative appliances (ANSI Z21.60 gas - log style unit) installed in a vented solid fuel fireplace. 3. Vented decorative gas fireplace appliances (ANSI Z21.50 unit). Fireplaces shall be provided with a source of combustion air as required by the fireplace construction provisions of the New York City Building Code and Chapter 7 of this code. SECTION MC 902 MASONRY FIREPLACES [CONT.]: 901.6 Fireplaces. Fireplaces (solid - fuel - type or ANSI Z21.50) shall be installed with tight - fitting noncombustible fireplace doors to control infiltration losses in construction types listed here: 1. Masonry or factory - built fireplaces designed to allow an open burn. 2. Decorative appliances (ANSI Z21.60 gas - log style unit) installed in a vented solid fuel fireplace. 3. Vented decorative gas fireplace appliances (ANSI Z21.50 unit). Fireplaces shall be provided with a source of combustion air as required by the fireplace construction provisions of the New York City Building Code and Chapter 7 of this code. SECTION MC 902 MASONRY FIREPLACES [CONT.]: 901.6 Fireplaces. Fireplaces (solid - fuel - type or ANSI Z21.50) shall be installed with tight - fitting noncombustible fireplace doors to control infiltration losses in construction types listed here: 1. Masonry or factory - built fireplaces designed to allow an open burn. 2. Decorative appliances (ANSI Z21.60 gas - log style unit) installed in a vented solid fuel fireplace. 3. Vented decorative gas fireplace appliances (ANSI Z21.50 unit). Fireplaces shall be provided with a source of combustion air as required by the fireplace construction provisions of the New York City Building Code and Chapter 7 of this code. SECTION MC 902 MASONRY FIREPLACES [CONT.]: 901.6 Fireplaces. Fireplaces (solid - fuel - type or ANSI Z21.50) shall be installed with tight - fitting noncombustible fireplace doors to control infiltration losses in construction types listed here: 1. Masonry or factory - built fireplaces designed to allow an open burn. 2. Decorative appliances (ANSI Z21.60 gas - log style unit) installed in a vented solid fuel fireplace. 3. Vented decorative gas fireplace appliances (ANSI Z21.50 unit). Fireplaces shall be provided with a source of combustion air as required by the fireplace construction provisions of the New York City Building Code and Chapter 7 of this code. SECTION MC 902 MASONRY FIREPLACES [CONT.]: 901.6 Fireplaces. Fireplaces (solid - fuel - type or ANSI Z21.50) shall be installed with tight - fitting noncombustible fireplace doors to control infiltration losses in construction types listed here: 1. Masonry or factory - built fireplaces designed to allow an open burn. 2. Decorative appliances (ANSI Z21.60 gas - log style unit) installed in a vented solid fuel fireplace. 3. Vented decorative gas fireplace appliances (ANSI Z21.50 unit). Fireplaces shall be provided with a source of combustion air as required by the fireplace construction provisions of the New York City Building Code and Chapter 7 of this code. SECTION MC 902 MASONRY FIREPLACES [CONT.]: 901.6 Z21.60 \u2014 2012 Decorative Gas Appliances for Installation in Solid - Fuel - Burning Fireplaces. ............................................ [CONT.]: 901.6 ASHRAE ASHRAE 1791 Tullie Circle, NE Atlanta, GA 30329 Standard Referenced reference in code number Title section number ASHRAE \u2014 2005 ASHRAE Fundamentals Handbook \u2014 2005 ................................................................................................ 603.2 \u2021\u2021\u2021 15 \u2014 2022 Safety Standard for Refrigeration Systems ........................................................ 1101.6, 1101.11, 1104.2, 1105.3, 1105.7, 1105.8, 1105.11, 1108.1 \u2021\u2021\u2021 34 \u2014 2022 Designation and Safety Classification of Refrigerants ................................ 202 ( FLAMMABILITY CLASSIFICATION ; REFRIGERANT SAFETY CLASSIFICATIONS ; TOXICITY CLASSIFICATION ), 1102.2.1, 1103.1, Table 1103.1, 1104.1 52.2 \u2014 2012 Method of Testing General Ventilation Air - Cleaning Devices for Removal Efficiency by Particle Size .................................................................................................. [CONT.]: 901.6 Z21.60 \u2014 2012 Decorative Gas Appliances for Installation in Solid - Fuel - Burning Fireplaces. ............................................ [CONT.]: 901.6 ASHRAE ASHRAE 1791 Tullie Circle, NE Atlanta, GA 30329 Standard Referenced reference in code number Title section number ASHRAE \u2014 2005 ASHRAE Fundamentals Handbook \u2014 2005 ................................................................................................ 603.2 \u2021\u2021\u2021 15 \u2014 2022 Safety Standard for Refrigeration Systems ........................................................ 1101.6, 1101.11, 1104.2, 1105.3, 1105.7, 1105.8, 1105.11, 1108.1 \u2021\u2021\u2021 34 \u2014 2022 Designation and Safety Classification of Refrigerants ................................ 202 ( FLAMMABILITY CLASSIFICATION ; REFRIGERANT SAFETY CLASSIFICATIONS ; TOXICITY CLASSIFICATION ), 1102.2.1, 1103.1, Table 1103.1, 1104.1 52.2 \u2014 2012 Method of Testing General Ventilation Air - Cleaning Devices for Removal Efficiency by Particle Size .................................................................................................. [CONT.]: 901.6 Z21.60 \u2014 2012 Decorative Gas Appliances for Installation in Solid - Fuel - Burning Fireplaces. ............................................ [CONT.]: 901.6 ASHRAE ASHRAE 1791 Tullie Circle, NE Atlanta, GA 30329 Standard Referenced reference in code number Title section number ASHRAE \u2014 2005 ASHRAE Fundamentals Handbook \u2014 2005 ................................................................................................ 603.2 \u2021\u2021\u2021 15 \u2014 2022 Safety Standard for Refrigeration Systems ........................................................ 1101.6, 1101.11, 1104.2, 1105.3, 1105.7, 1105.8, 1105.11, 1108.1 \u2021\u2021\u2021 34 \u2014 2022 Designation and Safety Classification of Refrigerants ................................ 202 ( FLAMMABILITY CLASSIFICATION ; REFRIGERANT SAFETY CLASSIFICATIONS ; TOXICITY CLASSIFICATION ), 1102.2.1, 1103.1, Table 1103.1, 1104.1 52.2 \u2014 2012 Method of Testing General Ventilation Air - Cleaning Devices for Removal Efficiency by Particle Size .................................................................................................. [CONT.]: 901.6 Z21.60 \u2014 2012 Decorative Gas Appliances for Installation in Solid - Fuel - Burning Fireplaces. ............................................ [CONT.]: 901.6 ASHRAE ASHRAE 1791 Tullie Circle, NE Atlanta, GA 30329 Standard Referenced reference in code number Title section number ASHRAE \u2014 2005 ASHRAE Fundamentals Handbook \u2014 2005 ................................................................................................ 603.2 \u2021\u2021\u2021 15 \u2014 2022 Safety Standard for Refrigeration Systems ........................................................ 1101.6, 1101.11, 1104.2, 1105.3, 1105.7, 1105.8, 1105.11, 1108.1 \u2021\u2021\u2021 34 \u2014 2022 Designation and Safety Classification of Refrigerants ................................ 202 ( FLAMMABILITY CLASSIFICATION ; REFRIGERANT SAFETY CLASSIFICATIONS ; TOXICITY CLASSIFICATION ), 1102.2.1, 1103.1, Table 1103.1, 1104.1 52.2 \u2014 2012 Method of Testing General Ventilation Air - Cleaning Devices for Removal Efficiency by Particle Size .................................................................................................. [CONT.]: 901.6 Z21.60 \u2014 2012 Decorative Gas Appliances for Installation in Solid - Fuel - Burning Fireplaces. ............................................ [CONT.]: 901.6 ASHRAE ASHRAE 1791 Tullie Circle, NE Atlanta, GA 30329 Standard Referenced reference in code number Title section number ASHRAE \u2014 2005 ASHRAE Fundamentals Handbook \u2014 2005 ................................................................................................ 603.2 \u2021\u2021\u2021 15 \u2014 2022 Safety Standard for Refrigeration Systems ........................................................ 1101.6, 1101.11, 1104.2, 1105.3, 1105.7, 1105.8, 1105.11, 1108.1 \u2021\u2021\u2021 34 \u2014 2022 Designation and Safety Classification of Refrigerants ................................ 202 ( FLAMMABILITY CLASSIFICATION ; REFRIGERANT SAFETY CLASSIFICATIONS ; TOXICITY CLASSIFICATION ), 1102.2.1, 1103.1, Table 1103.1, 1104.1 52.2 \u2014 2012 Method of Testing General Ventilation Air - Cleaning Devices for Removal Efficiency by Particle Size .................................................................................................. [CONT.]: 901.6 Z21.60 \u2014 2012 Decorative Gas Appliances for Installation in Solid - Fuel - Burning Fireplaces. ............................................ [CONT.]: 901.6 ASHRAE ASHRAE 1791 Tullie Circle, NE Atlanta, GA 30329 Standard Referenced reference in code number Title section number ASHRAE \u2014 2005 ASHRAE Fundamentals Handbook \u2014 2005 ................................................................................................ 603.2 \u2021\u2021\u2021 15 \u2014 2022 Safety Standard for Refrigeration Systems ........................................................ 1101.6, 1101.11, 1104.2, 1105.3, 1105.7, 1105.8, 1105.11, 1108.1 \u2021\u2021\u2021 34 \u2014 2022 Designation and Safety Classification of Refrigerants ................................ 202 ( FLAMMABILITY CLASSIFICATION ; REFRIGERANT SAFETY CLASSIFICATIONS ; TOXICITY CLASSIFICATION ), 1102.2.1, 1103.1, Table 1103.1, 1104.1 52.2 \u2014 2012 Method of Testing General Ventilation Air - Cleaning Devices for Removal Efficiency by Particle Size .................................................................................................. [CONT.]: 901.6 Z21.60 \u2014 2012 Decorative Gas Appliances for Installation in Solid - Fuel - Burning Fireplaces. ............................................ [CONT.]: 901.6 ASHRAE ASHRAE 1791 Tullie Circle, NE Atlanta, GA 30329 Standard Referenced reference in code number Title section number ASHRAE \u2014 2005 ASHRAE Fundamentals Handbook \u2014 2005 ................................................................................................ 603.2 \u2021\u2021\u2021 15 \u2014 2022 Safety Standard for Refrigeration Systems ........................................................ 1101.6, 1101.11, 1104.2, 1105.3, 1105.7, 1105.8, 1105.11, 1108.1 \u2021\u2021\u2021 34 \u2014 2022 Designation and Safety Classification of Refrigerants ................................ 202 ( FLAMMABILITY CLASSIFICATION ; REFRIGERANT SAFETY CLASSIFICATIONS ; TOXICITY CLASSIFICATION ), 1102.2.1, 1103.1, Table 1103.1, 1104.1 52.2 \u2014 2012 Method of Testing General Ventilation Air - Cleaning Devices for Removal Efficiency by Particle Size ..................................................................................................",
    "metadata": {
      "section_full": "901.6",
      "parent_major": "901",
      "parent_minor": "901.6",
      "source": "033.txt"
    }
  },
  {
    "id": "902.1",
    "text": "CONTEXT: 902 > 902.1 | CONTENT: 902.1 902.1 General. Masonry fireplaces shall be constructed in accordance with the New York City Building Code . [CONT.]: 902.1 General. Masonry fireplaces shall be constructed in accordance with the New York City Building Code . [CONT.]: 902.1 General. Masonry fireplaces shall be constructed in accordance with the New York City Building Code . [CONT.]: 902.1 General. Masonry fireplaces shall be constructed in accordance with the New York City Building Code . [CONT.]: 902.1 General. Masonry fireplaces shall be constructed in accordance with the New York City Building Code . [CONT.]: 902.1 General. Masonry fireplaces shall be constructed in accordance with the New York City Building Code . [CONT.]: 902.1 General. Masonry fireplaces shall be constructed in accordance with the New York City Building Code . [CONT.]: 902.1 General. Masonry fireplaces shall be constructed in accordance with the New York City Building Code . [CONT.]: 902.1 General. Masonry fireplaces shall be constructed in accordance with the New York City Building Code . [CONT.]: 902.1 General. Masonry fireplaces shall be constructed in accordance with the New York City Building Code . [CONT.]: 902.1 General. Masonry fireplaces shall be constructed in accordance with the New York City Building Code . [CONT.]: 902.1 General. Masonry fireplaces shall be constructed in accordance with the New York City Building Code . [CONT.]: 902.1 General. Masonry fireplaces shall be constructed in accordance with the New York City Building Code .",
    "metadata": {
      "section_full": "902.1",
      "parent_major": "902",
      "parent_minor": "902.1",
      "source": "033.txt"
    }
  },
  {
    "id": "902.2",
    "text": "CONTEXT: 902 > 902.2 | CONTENT: 902.2 902.2 Fireplace accessories. Listed and labeled fireplace accessories shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. Fireplace accessories shall comply with UL 907. SECTION MC 903 FACTORY - BUILT FIREPLACES [CONT.]: 902.2 Fireplace accessories. Listed and labeled fireplace accessories shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. Fireplace accessories shall comply with UL 907. SECTION MC 903 FACTORY - BUILT FIREPLACES [CONT.]: 902.2 Fireplace accessories. Listed and labeled fireplace accessories shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. Fireplace accessories shall comply with UL 907. SECTION MC 903 FACTORY - BUILT FIREPLACES [CONT.]: 902.2 Fireplace accessories. Listed and labeled fireplace accessories shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. Fireplace accessories shall comply with UL 907. SECTION MC 903 FACTORY - BUILT FIREPLACES [CONT.]: 902.2 Fireplace accessories. Listed and labeled fireplace accessories shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. Fireplace accessories shall comply with UL 907. SECTION MC 903 FACTORY - BUILT FIREPLACES [CONT.]: 902.2 Fireplace accessories. Listed and labeled fireplace accessories shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. Fireplace accessories shall comply with UL 907. SECTION MC 903 FACTORY - BUILT FIREPLACES [CONT.]: 902.2 Fireplace accessories. Listed and labeled fireplace accessories shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. Fireplace accessories shall comply with UL 907. SECTION MC 903 FACTORY - BUILT FIREPLACES [CONT.]: 902.2 Fireplace accessories. Listed and labeled fireplace accessories shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. Fireplace accessories shall comply with UL 907. SECTION MC 903 FACTORY - BUILT FIREPLACES [CONT.]: 902.2 Fireplace accessories. Listed and labeled fireplace accessories shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. Fireplace accessories shall comply with UL 907. SECTION MC 903 FACTORY - BUILT FIREPLACES [CONT.]: 902.2 Fireplace accessories. Listed and labeled fireplace accessories shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. Fireplace accessories shall comply with UL 907. SECTION MC 903 FACTORY - BUILT FIREPLACES [CONT.]: 902.2 Fireplace accessories. Listed and labeled fireplace accessories shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. Fireplace accessories shall comply with UL 907. SECTION MC 903 FACTORY - BUILT FIREPLACES [CONT.]: 902.2 Fireplace accessories. Listed and labeled fireplace accessories shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. Fireplace accessories shall comply with UL 907. SECTION MC 903 FACTORY - BUILT FIREPLACES [CONT.]: 902.2 Fireplace accessories. Listed and labeled fireplace accessories shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. Fireplace accessories shall comply with UL 907. SECTION MC 903 FACTORY - BUILT FIREPLACES [CONT.]: 902.2 923 \u2014 2013 Microwave Cooking Appliances ................................ ................................ ................................ ..................",
    "metadata": {
      "section_full": "902.2",
      "parent_major": "902",
      "parent_minor": "902.2",
      "source": "033.txt"
    }
  },
  {
    "id": "903.1",
    "text": "CONTEXT: 903 > 903.1 | CONTENT: 903.1 903.1 General. Factory - built fireplaces shall be li sted and labeled and shall be installed in accordance with the conditions of the listing. Factory - built fireplaces shall be tested in accordance with UL 127. SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 903.1 General. Factory - built fireplaces shall be li sted and labeled and shall be installed in accordance with the conditions of the listing. Factory - built fireplaces shall be tested in accordance with UL 127. SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 903.1 General. Factory - built fireplaces shall be li sted and labeled and shall be installed in accordance with the conditions of the listing. Factory - built fireplaces shall be tested in accordance with UL 127. SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 903.1 General. Factory - built fireplaces shall be li sted and labeled and shall be installed in accordance with the conditions of the listing. Factory - built fireplaces shall be tested in accordance with UL 127. SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 903.1 General. Factory - built fireplaces shall be li sted and labeled and shall be installed in accordance with the conditions of the listing. Factory - built fireplaces shall be tested in accordance with UL 127. SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 903.1 General. Factory - built fireplaces shall be li sted and labeled and shall be installed in accordance with the conditions of the listing. Factory - built fireplaces shall be tested in accordance with UL 127. SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 903.1 General. Factory - built fireplaces shall be li sted and labeled and shall be installed in accordance with the conditions of the listing. Factory - built fireplaces shall be tested in accordance with UL 127. SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 903.1 General. Factory - built fireplaces shall be li sted and labeled and shall be installed in accordance with the conditions of the listing. Factory - built fireplaces shall be tested in accordance with UL 127. SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 903.1 General. Factory - built fireplaces shall be li sted and labeled and shall be installed in accordance with the conditions of the listing. Factory - built fireplaces shall be tested in accordance with UL 127. SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 903.1 General. Factory - built fireplaces shall be li sted and labeled and shall be installed in accordance with the conditions of the listing. Factory - built fireplaces shall be tested in accordance with UL 127. SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 903.1 General. Factory - built fireplaces shall be li sted and labeled and shall be installed in accordance with the conditions of the listing. Factory - built fireplaces shall be tested in accordance with UL 127. SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 903.1 General. Factory - built fireplaces shall be li sted and labeled and shall be installed in accordance with the conditions of the listing. Factory - built fireplaces shall be tested in accordance with UL 127. SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 903.1 General. Factory - built fireplaces shall be li sted and labeled and shall be installed in accordance with the conditions of the listing. Factory - built fireplaces shall be tested in accordance with UL 127. SPECIFIC APPLIANCES AND EQUIPMENT",
    "metadata": {
      "section_full": "903.1",
      "parent_major": "903",
      "parent_minor": "903.1",
      "source": "033.txt"
    }
  },
  {
    "id": "903.2",
    "text": "CONTEXT: 903 > 903.2 | CONTENT: 903.2 903.2 Hearth extensions. Hearth extensions of approved factory - built fireplaces shall be installed in accordance with the listing of the fireplace. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 903.2 Hearth extensions. Hearth extensions of approved factory - built fireplaces shall be installed in accordance with the listing of the fireplace. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 903.2 Hearth extensions. Hearth extensions of approved factory - built fireplaces shall be installed in accordance with the listing of the fireplace. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 903.2 Hearth extensions. Hearth extensions of approved factory - built fireplaces shall be installed in accordance with the listing of the fireplace. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 903.2 Hearth extensions. Hearth extensions of approved factory - built fireplaces shall be installed in accordance with the listing of the fireplace. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 903.2 Hearth extensions. Hearth extensions of approved factory - built fireplaces shall be installed in accordance with the listing of the fireplace. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 903.2 Hearth extensions. Hearth extensions of approved factory - built fireplaces shall be installed in accordance with the listing of the fireplace. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 903.2 Hearth extensions. Hearth extensions of approved factory - built fireplaces shall be installed in accordance with the listing of the fireplace. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 903.2 Hearth extensions. Hearth extensions of approved factory - built fireplaces shall be installed in accordance with the listing of the fireplace. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 903.2 Hearth extensions. Hearth extensions of approved factory - built fireplaces shall be installed in accordance with the listing of the fireplace. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 903.2 Hearth extensions. Hearth extensions of approved factory - built fireplaces shall be installed in accordance with the listing of the fireplace. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 903.2 Hearth extensions. Hearth extensions of approved factory - built fireplaces shall be installed in accordance with the listing of the fireplace. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 903.2 Hearth extensions. Hearth extensions of approved factory - built fireplaces shall be installed in accordance with the listing of the fireplace. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618.",
    "metadata": {
      "section_full": "903.2",
      "parent_major": "903",
      "parent_minor": "903.2",
      "source": "033.txt"
    }
  },
  {
    "id": "903.3",
    "text": "CONTEXT: 903 > 903.3 | CONTENT: 903.3 903.3 Unvented gas log heaters. The installation of unv ented gas - fired space heaters, gas stoves, gas logs, gas fireplaces and gas fireplace inserts is prohibited . [CONT.]: 903.3 Unvented gas log heaters. The installation of unv ented gas - fired space heaters, gas stoves, gas logs, gas fireplaces and gas fireplace inserts is prohibited . [CONT.]: 903.3 Unvented gas log heaters. The installation of unv ented gas - fired space heaters, gas stoves, gas logs, gas fireplaces and gas fireplace inserts is prohibited . [CONT.]: 903.3 Unvented gas log heaters. The installation of unv ented gas - fired space heaters, gas stoves, gas logs, gas fireplaces and gas fireplace inserts is prohibited . [CONT.]: 903.3 Unvented gas log heaters. The installation of unv ented gas - fired space heaters, gas stoves, gas logs, gas fireplaces and gas fireplace inserts is prohibited . [CONT.]: 903.3 Unvented gas log heaters. The installation of unv ented gas - fired space heaters, gas stoves, gas logs, gas fireplaces and gas fireplace inserts is prohibited . [CONT.]: 903.3 Unvented gas log heaters. The installation of unv ented gas - fired space heaters, gas stoves, gas logs, gas fireplaces and gas fireplace inserts is prohibited . [CONT.]: 903.3 Unvented gas log heaters. The installation of unv ented gas - fired space heaters, gas stoves, gas logs, gas fireplaces and gas fireplace inserts is prohibited . [CONT.]: 903.3 Unvented gas log heaters. The installation of unv ented gas - fired space heaters, gas stoves, gas logs, gas fireplaces and gas fireplace inserts is prohibited . [CONT.]: 903.3 Unvented gas log heaters. The installation of unv ented gas - fired space heaters, gas stoves, gas logs, gas fireplaces and gas fireplace inserts is prohibited . [CONT.]: 903.3 Unvented gas log heaters. The installation of unv ented gas - fired space heaters, gas stoves, gas logs, gas fireplaces and gas fireplace inserts is prohibited . [CONT.]: 903.3 Unvented gas log heaters. The installation of unv ented gas - fired space heaters, gas stoves, gas logs, gas fireplaces and gas fireplace inserts is prohibited . [CONT.]: 903.3 Unvented gas log heaters. The installation of unv ented gas - fired space heaters, gas stoves, gas logs, gas fireplaces and gas fireplace inserts is prohibited .",
    "metadata": {
      "section_full": "903.3",
      "parent_major": "903",
      "parent_minor": "903.3",
      "source": "033.txt"
    }
  },
  {
    "id": "903.4",
    "text": "CONTEXT: 903 > 903.4 | CONTENT: 903.4 903.4 Gasketed fireplace doors. A gasketed fireplace door shall not be installed on a factory - built fireplace except where the fireplace system has been specifically tested, listed and labeled for such use in accordance with UL 127. [CONT.]: 903.4 Gasketed fireplace doors. A gasketed fireplace door shall not be installed on a factory - built fireplace except where the fireplace system has been specifically tested, listed and labeled for such use in accordance with UL 127. [CONT.]: 903.4 Gasketed fireplace doors. A gasketed fireplace door shall not be installed on a factory - built fireplace except where the fireplace system has been specifically tested, listed and labeled for such use in accordance with UL 127. [CONT.]: 903.4 Gasketed fireplace doors. A gasketed fireplace door shall not be installed on a factory - built fireplace except where the fireplace system has been specifically tested, listed and labeled for such use in accordance with UL 127. [CONT.]: 903.4 Gasketed fireplace doors. A gasketed fireplace door shall not be installed on a factory - built fireplace except where the fireplace system has been specifically tested, listed and labeled for such use in accordance with UL 127. [CONT.]: 903.4 Gasketed fireplace doors. A gasketed fireplace door shall not be installed on a factory - built fireplace except where the fireplace system has been specifically tested, listed and labeled for such use in accordance with UL 127. [CONT.]: 903.4 Gasketed fireplace doors. A gasketed fireplace door shall not be installed on a factory - built fireplace except where the fireplace system has been specifically tested, listed and labeled for such use in accordance with UL 127. [CONT.]: 903.4 Gasketed fireplace doors. A gasketed fireplace door shall not be installed on a factory - built fireplace except where the fireplace system has been specifically tested, listed and labeled for such use in accordance with UL 127. [CONT.]: 903.4 Gasketed fireplace doors. A gasketed fireplace door shall not be installed on a factory - built fireplace except where the fireplace system has been specifically tested, listed and labeled for such use in accordance with UL 127. [CONT.]: 903.4 Gasketed fireplace doors. A gasketed fireplace door shall not be installed on a factory - built fireplace except where the fireplace system has been specifically tested, listed and labeled for such use in accordance with UL 127. [CONT.]: 903.4 Gasketed fireplace doors. A gasketed fireplace door shall not be installed on a factory - built fireplace except where the fireplace system has been specifically tested, listed and labeled for such use in accordance with UL 127. [CONT.]: 903.4 Gasketed fireplace doors. A gasketed fireplace door shall not be installed on a factory - built fireplace except where the fireplace system has been specifically tested, listed and labeled for such use in accordance with UL 127. [CONT.]: 903.4 Gasketed fireplace doors. A gasketed fireplace door shall not be installed on a factory - built fireplace except where the fireplace system has been specifically tested, listed and labeled for such use in accordance with UL 127.",
    "metadata": {
      "section_full": "903.4",
      "parent_major": "903",
      "parent_minor": "903.4",
      "source": "033.txt"
    }
  },
  {
    "id": "903.5",
    "text": "CONTEXT: 903 > 903.5 | CONTENT: 903.5 903.5 Flues. Separate flues shall be provided for every fireplace and fireplace stove. [CONT.]: 903.5 Flues. Separate flues shall be provided for every fireplace and fireplace stove. [CONT.]: 903.5 Flues. Separate flues shall be provided for every fireplace and fireplace stove. [CONT.]: 903.5 Flues. Separate flues shall be provided for every fireplace and fireplace stove. [CONT.]: 903.5 Flues. Separate flues shall be provided for every fireplace and fireplace stove. [CONT.]: 903.5 Flues. Separate flues shall be provided for every fireplace and fireplace stove. [CONT.]: 903.5 Flues. Separate flues shall be provided for every fireplace and fireplace stove. [CONT.]: 903.5 Flues. Separate flues shall be provided for every fireplace and fireplace stove. [CONT.]: 903.5 Flues. Separate flues shall be provided for every fireplace and fireplace stove. [CONT.]: 903.5 Flues. Separate flues shall be provided for every fireplace and fireplace stove. [CONT.]: 903.5 Flues. Separate flues shall be provided for every fireplace and fireplace stove. [CONT.]: 903.5 Flues. Separate flues shall be provided for every fireplace and fireplace stove. [CONT.]: 903.5 Flues. Separate flues shall be provided for every fireplace and fireplace stove.",
    "metadata": {
      "section_full": "903.5",
      "parent_major": "903",
      "parent_minor": "903.5",
      "source": "033.txt"
    }
  },
  {
    "id": "903.6",
    "text": "CONTEXT: 903 > 903.6 | CONTENT: 903.6 903.6 Combustion air supply. All installations of factory - built fireplaces shall co mply with the requirements of the New York City Energy Conservation Code concerning combustion air supply . SECTION MC 904 PELLET FUEL - BURNING APPLIANCES [CONT.]: 903.6 Combustion air supply. All installations of factory - built fireplaces shall co mply with the requirements of the New York City Energy Conservation Code concerning combustion air supply . SECTION MC 904 PELLET FUEL - BURNING APPLIANCES [CONT.]: 903.6 Combustion air supply. All installations of factory - built fireplaces shall co mply with the requirements of the New York City Energy Conservation Code concerning combustion air supply . SECTION MC 904 PELLET FUEL - BURNING APPLIANCES [CONT.]: 903.6 Combustion air supply. All installations of factory - built fireplaces shall co mply with the requirements of the New York City Energy Conservation Code concerning combustion air supply . SECTION MC 904 PELLET FUEL - BURNING APPLIANCES [CONT.]: 903.6 Combustion air supply. All installations of factory - built fireplaces shall co mply with the requirements of the New York City Energy Conservation Code concerning combustion air supply . SECTION MC 904 PELLET FUEL - BURNING APPLIANCES [CONT.]: 903.6 Combustion air supply. All installations of factory - built fireplaces shall co mply with the requirements of the New York City Energy Conservation Code concerning combustion air supply . SECTION MC 904 PELLET FUEL - BURNING APPLIANCES [CONT.]: 903.6 Combustion air supply. All installations of factory - built fireplaces shall co mply with the requirements of the New York City Energy Conservation Code concerning combustion air supply . SECTION MC 904 PELLET FUEL - BURNING APPLIANCES [CONT.]: 903.6 Combustion air supply. All installations of factory - built fireplaces shall co mply with the requirements of the New York City Energy Conservation Code concerning combustion air supply . SECTION MC 904 PELLET FUEL - BURNING APPLIANCES [CONT.]: 903.6 Combustion air supply. All installations of factory - built fireplaces shall co mply with the requirements of the New York City Energy Conservation Code concerning combustion air supply . SECTION MC 904 PELLET FUEL - BURNING APPLIANCES [CONT.]: 903.6 Combustion air supply. All installations of factory - built fireplaces shall co mply with the requirements of the New York City Energy Conservation Code concerning combustion air supply . SECTION MC 904 PELLET FUEL - BURNING APPLIANCES [CONT.]: 903.6 Combustion air supply. All installations of factory - built fireplaces shall co mply with the requirements of the New York City Energy Conservation Code concerning combustion air supply . SECTION MC 904 PELLET FUEL - BURNING APPLIANCES [CONT.]: 903.6 Combustion air supply. All installations of factory - built fireplaces shall co mply with the requirements of the New York City Energy Conservation Code concerning combustion air supply . SECTION MC 904 PELLET FUEL - BURNING APPLIANCES [CONT.]: 903.6 Combustion air supply. All installations of factory - built fireplaces shall co mply with the requirements of the New York City Energy Conservation Code concerning combustion air supply . SECTION MC 904 PELLET FUEL - BURNING APPLIANCES",
    "metadata": {
      "section_full": "903.6",
      "parent_major": "903",
      "parent_minor": "903.6",
      "source": "033.txt"
    }
  },
  {
    "id": "904.1",
    "text": "CONTEXT: 904 > 904.1 | CONTENT: 904.1 904.1 General. Pellet fuel - burning appliances shall be listed and labeled in accordance with ASTM E 1509 and shall be installed in accordance with the terms of the listing. If permitted, such appliances shall be operated in accordance with the New York City Air Pollution Control Code. SECTION MC 905 FIREPLACE STOVES AND ROOM HEATERS [CONT.]: 904.1 General. Pellet fuel - burning appliances shall be listed and labeled in accordance with ASTM E 1509 and shall be installed in accordance with the terms of the listing. If permitted, such appliances shall be operated in accordance with the New York City Air Pollution Control Code. SECTION MC 905 FIREPLACE STOVES AND ROOM HEATERS [CONT.]: 904.1 General. Pellet fuel - burning appliances shall be listed and labeled in accordance with ASTM E 1509 and shall be installed in accordance with the terms of the listing. If permitted, such appliances shall be operated in accordance with the New York City Air Pollution Control Code. SECTION MC 905 FIREPLACE STOVES AND ROOM HEATERS [CONT.]: 904.1 General. Pellet fuel - burning appliances shall be listed and labeled in accordance with ASTM E 1509 and shall be installed in accordance with the terms of the listing. If permitted, such appliances shall be operated in accordance with the New York City Air Pollution Control Code. SECTION MC 905 FIREPLACE STOVES AND ROOM HEATERS [CONT.]: 904.1 General. Pellet fuel - burning appliances shall be listed and labeled in accordance with ASTM E 1509 and shall be installed in accordance with the terms of the listing. If permitted, such appliances shall be operated in accordance with the New York City Air Pollution Control Code. SECTION MC 905 FIREPLACE STOVES AND ROOM HEATERS [CONT.]: 904.1 General. Pellet fuel - burning appliances shall be listed and labeled in accordance with ASTM E 1509 and shall be installed in accordance with the terms of the listing. If permitted, such appliances shall be operated in accordance with the New York City Air Pollution Control Code. SECTION MC 905 FIREPLACE STOVES AND ROOM HEATERS [CONT.]: 904.1 General. Pellet fuel - burning appliances shall be listed and labeled in accordance with ASTM E 1509 and shall be installed in accordance with the terms of the listing. If permitted, such appliances shall be operated in accordance with the New York City Air Pollution Control Code. SECTION MC 905 FIREPLACE STOVES AND ROOM HEATERS [CONT.]: 904.1 General. Pellet fuel - burning appliances shall be listed and labeled in accordance with ASTM E 1509 and shall be installed in accordance with the terms of the listing. If permitted, such appliances shall be operated in accordance with the New York City Air Pollution Control Code. SECTION MC 905 FIREPLACE STOVES AND ROOM HEATERS [CONT.]: 904.1 General. Pellet fuel - burning appliances shall be listed and labeled in accordance with ASTM E 1509 and shall be installed in accordance with the terms of the listing. If permitted, such appliances shall be operated in accordance with the New York City Air Pollution Control Code. SECTION MC 905 FIREPLACE STOVES AND ROOM HEATERS [CONT.]: 904.1 General. Pellet fuel - burning appliances shall be listed and labeled in accordance with ASTM E 1509 and shall be installed in accordance with the terms of the listing. If permitted, such appliances shall be operated in accordance with the New York City Air Pollution Control Code. SECTION MC 905 FIREPLACE STOVES AND ROOM HEATERS [CONT.]: 904.1 General. Pellet fuel - burning appliances shall be listed and labeled in accordance with ASTM E 1509 and shall be installed in accordance with the terms of the listing. If permitted, such appliances shall be operated in accordance with the New York City Air Pollution Control Code. SECTION MC 905 FIREPLACE STOVES AND ROOM HEATERS [CONT.]: 904.1 General. Pellet fuel - burning appliances shall be listed and labeled in accordance with ASTM E 1509 and shall be installed in accordance with the terms of the listing. If permitted, such appliances shall be operated in accordance with the New York City Air Pollution Control Code. SECTION MC 905 FIREPLACE STOVES AND ROOM HEATERS [CONT.]: 904.1 General. Pellet fuel - burning appliances shall be listed and labeled in accordance with ASTM E 1509 and shall be installed in accordance with the terms of the listing. If permitted, such appliances shall be operated in accordance with the New York City Air Pollution Control Code. SECTION MC 905 FIREPLACE STOVES AND ROOM HEATERS [CONT.]: 904.1 E 2231 \u2014 09 Standard Practice for Specimen Preparation and Mounting of Pipe and Duct Insulation Materials to Assess Surface Burning Characteristics ................................ 604.3, 1204.1 E 2336 \u2014 04(2013) Standard Test Methods for Fire Resistive Grease Duct Enclosure Systems ............................ 506.3.6, 506.3.11.2 E 2816 \u2014 17 Standard Test Methods for Fire Resistive Metallic HVAC Duct Systems ................................ ........... [CONT.]: 904.1 E 2231 \u2014 09 Standard Practice for Specimen Preparation and Mounting of Pipe and Duct Insulation Materials to Assess Surface Burning Characteristics ................................ 604.3, 1204.1 E 2336 \u2014 04(2013) Standard Test Methods for Fire Resistive Grease Duct Enclosure Systems ............................ 506.3.6, 506.3.11.2 E 2816 \u2014 17 Standard Test Methods for Fire Resistive Metallic HVAC Duct Systems ................................ ........... [CONT.]: 904.1 E 2231 \u2014 09 Standard Practice for Specimen Preparation and Mounting of Pipe and Duct Insulation Materials to Assess Surface Burning Characteristics ................................ 604.3, 1204.1 E 2336 \u2014 04(2013) Standard Test Methods for Fire Resistive Grease Duct Enclosure Systems ............................ 506.3.6, 506.3.11.2 E 2816 \u2014 17 Standard Test Methods for Fire Resistive Metallic HVAC Duct Systems ................................ ........... [CONT.]: 904.1 E 2231 \u2014 09 Standard Practice for Specimen Preparation and Mounting of Pipe and Duct Insulation Materials to Assess Surface Burning Characteristics ................................ 604.3, 1204.1 E 2336 \u2014 04(2013) Standard Test Methods for Fire Resistive Grease Duct Enclosure Systems ............................ 506.3.6, 506.3.11.2 E 2816 \u2014 17 Standard Test Methods for Fire Resistive Metallic HVAC Duct Systems ................................ ........... [CONT.]: 904.1 E 2231 \u2014 09 Standard Practice for Specimen Preparation and Mounting of Pipe and Duct Insulation Materials to Assess Surface Burning Characteristics ................................ 604.3, 1204.1 E 2336 \u2014 04(2013) Standard Test Methods for Fire Resistive Grease Duct Enclosure Systems ............................ 506.3.6, 506.3.11.2 E 2816 \u2014 17 Standard Test Methods for Fire Resistive Metallic HVAC Duct Systems ................................ ........... [CONT.]: 904.1 E 2231 \u2014 09 Standard Practice for Specimen Preparation and Mounting of Pipe and Duct Insulation Materials to Assess Surface Burning Characteristics ................................ 604.3, 1204.1 E 2336 \u2014 04(2013) Standard Test Methods for Fire Resistive Grease Duct Enclosure Systems ............................ 506.3.6, 506.3.11.2 E 2816 \u2014 17 Standard Test Methods for Fire Resistive Metallic HVAC Duct Systems ................................ ...........",
    "metadata": {
      "section_full": "904.1",
      "parent_major": "904",
      "parent_minor": "904.1",
      "source": "033.txt"
    }
  },
  {
    "id": "905.1",
    "text": "CONTEXT: 905 > 905.1 | CONTENT: 905.1 905.1 General. Fireplace stoves and solid - fuel - type room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing. Fireplace stoves shall be tested in accordance with UL 737. Solid - fuel - type room heaters s hall be tested in accordance with UL 1482. Fireplace inserts intended for installation in fireplaces shall be listed and labeled in accordance with the requirements of UL 1482 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 905.1 General. Fireplace stoves and solid - fuel - type room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing. Fireplace stoves shall be tested in accordance with UL 737. Solid - fuel - type room heaters s hall be tested in accordance with UL 1482. Fireplace inserts intended for installation in fireplaces shall be listed and labeled in accordance with the requirements of UL 1482 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 905.1 General. Fireplace stoves and solid - fuel - type room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing. Fireplace stoves shall be tested in accordance with UL 737. Solid - fuel - type room heaters s hall be tested in accordance with UL 1482. Fireplace inserts intended for installation in fireplaces shall be listed and labeled in accordance with the requirements of UL 1482 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 905.1 General. Fireplace stoves and solid - fuel - type room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing. Fireplace stoves shall be tested in accordance with UL 737. Solid - fuel - type room heaters s hall be tested in accordance with UL 1482. Fireplace inserts intended for installation in fireplaces shall be listed and labeled in accordance with the requirements of UL 1482 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 905.1 General. Fireplace stoves and solid - fuel - type room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing. Fireplace stoves shall be tested in accordance with UL 737. Solid - fuel - type room heaters s hall be tested in accordance with UL 1482. Fireplace inserts intended for installation in fireplaces shall be listed and labeled in accordance with the requirements of UL 1482 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 905.1 General. Fireplace stoves and solid - fuel - type room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing. Fireplace stoves shall be tested in accordance with UL 737. Solid - fuel - type room heaters s hall be tested in accordance with UL 1482. Fireplace inserts intended for installation in fireplaces shall be listed and labeled in accordance with the requirements of UL 1482 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 905.1 General. Fireplace stoves and solid - fuel - type room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing. Fireplace stoves shall be tested in accordance with UL 737. Solid - fuel - type room heaters s hall be tested in accordance with UL 1482. Fireplace inserts intended for installation in fireplaces shall be listed and labeled in accordance with the requirements of UL 1482 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 905.1 General. Fireplace stoves and solid - fuel - type room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing. Fireplace stoves shall be tested in accordance with UL 737. Solid - fuel - type room heaters s hall be tested in accordance with UL 1482. Fireplace inserts intended for installation in fireplaces shall be listed and labeled in accordance with the requirements of UL 1482 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 905.1 General. Fireplace stoves and solid - fuel - type room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing. Fireplace stoves shall be tested in accordance with UL 737. Solid - fuel - type room heaters s hall be tested in accordance with UL 1482. Fireplace inserts intended for installation in fireplaces shall be listed and labeled in accordance with the requirements of UL 1482 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 905.1 General. Fireplace stoves and solid - fuel - type room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing. Fireplace stoves shall be tested in accordance with UL 737. Solid - fuel - type room heaters s hall be tested in accordance with UL 1482. Fireplace inserts intended for installation in fireplaces shall be listed and labeled in accordance with the requirements of UL 1482 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 905.1 General. Fireplace stoves and solid - fuel - type room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing. Fireplace stoves shall be tested in accordance with UL 737. Solid - fuel - type room heaters s hall be tested in accordance with UL 1482. Fireplace inserts intended for installation in fireplaces shall be listed and labeled in accordance with the requirements of UL 1482 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 905.1 General. Fireplace stoves and solid - fuel - type room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing. Fireplace stoves shall be tested in accordance with UL 737. Solid - fuel - type room heaters s hall be tested in accordance with UL 1482. Fireplace inserts intended for installation in fireplaces shall be listed and labeled in accordance with the requirements of UL 1482 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 905.1 General. Fireplace stoves and solid - fuel - type room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing. Fireplace stoves shall be tested in accordance with UL 737. Solid - fuel - type room heaters s hall be tested in accordance with UL 1482. Fireplace inserts intended for installation in fireplaces shall be listed and labeled in accordance with the requirements of UL 1482 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 905.1 762 \u2014 2010 Outline of Investigation for Power Ventilators for Restaurant Exhaust Appliances ................................ .. [CONT.]: 905.1 1618 \u2014 09 Wall Protectors, Floor Protectors and Hearth Extensions \u2014 with revisions through May 2013 ........ 903.2, 905.3 1738 \u2014 10 Standard for Venting Systems for Gas - Burning Appliances, Categories II, III, and IV ...............................",
    "metadata": {
      "section_full": "905.1",
      "parent_major": "905",
      "parent_minor": "905.1",
      "source": "033.txt"
    }
  },
  {
    "id": "905.2",
    "text": "CONTEXT: 905 > 905.2 | CONTENT: 905.2 905.2 Connection to fireplace. The connection of solid fuel appliances to chimney flues serving fireplaces shall comply with Sections 801.7 and 801.10. [CONT.]: 905.2 Connection to fireplace. The connection of solid fuel appliances to chimney flues serving fireplaces shall comply with Sections 801.7 and 801.10. [CONT.]: 905.2 Connection to fireplace. The connection of solid fuel appliances to chimney flues serving fireplaces shall comply with Sections 801.7 and 801.10. [CONT.]: 905.2 Connection to fireplace. The connection of solid fuel appliances to chimney flues serving fireplaces shall comply with Sections 801.7 and 801.10. [CONT.]: 905.2 Connection to fireplace. The connection of solid fuel appliances to chimney flues serving fireplaces shall comply with Sections 801.7 and 801.10. [CONT.]: 905.2 Connection to fireplace. The connection of solid fuel appliances to chimney flues serving fireplaces shall comply with Sections 801.7 and 801.10. [CONT.]: 905.2 Connection to fireplace. The connection of solid fuel appliances to chimney flues serving fireplaces shall comply with Sections 801.7 and 801.10. [CONT.]: 905.2 Connection to fireplace. The connection of solid fuel appliances to chimney flues serving fireplaces shall comply with Sections 801.7 and 801.10. [CONT.]: 905.2 Connection to fireplace. The connection of solid fuel appliances to chimney flues serving fireplaces shall comply with Sections 801.7 and 801.10. [CONT.]: 905.2 Connection to fireplace. The connection of solid fuel appliances to chimney flues serving fireplaces shall comply with Sections 801.7 and 801.10. [CONT.]: 905.2 Connection to fireplace. The connection of solid fuel appliances to chimney flues serving fireplaces shall comply with Sections 801.7 and 801.10. [CONT.]: 905.2 Connection to fireplace. The connection of solid fuel appliances to chimney flues serving fireplaces shall comply with Sections 801.7 and 801.10. [CONT.]: 905.2 Connection to fireplace. The connection of solid fuel appliances to chimney flues serving fireplaces shall comply with Sections 801.7 and 801.10.",
    "metadata": {
      "section_full": "905.2",
      "parent_major": "905",
      "parent_minor": "905.2",
      "source": "033.txt"
    }
  },
  {
    "id": "905.3",
    "text": "CONTEXT: 905 > 905.3 | CONTENT: 905.3 905.3 Hearth extensions. Hearth extensions for fireplace stoves shall be installed in accordance with the lis ting of the fireplace stove. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 905.3 Hearth extensions. Hearth extensions for fireplace stoves shall be installed in accordance with the lis ting of the fireplace stove. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 905.3 Hearth extensions. Hearth extensions for fireplace stoves shall be installed in accordance with the lis ting of the fireplace stove. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 905.3 Hearth extensions. Hearth extensions for fireplace stoves shall be installed in accordance with the lis ting of the fireplace stove. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 905.3 Hearth extensions. Hearth extensions for fireplace stoves shall be installed in accordance with the lis ting of the fireplace stove. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 905.3 Hearth extensions. Hearth extensions for fireplace stoves shall be installed in accordance with the lis ting of the fireplace stove. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 905.3 Hearth extensions. Hearth extensions for fireplace stoves shall be installed in accordance with the lis ting of the fireplace stove. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 905.3 Hearth extensions. Hearth extensions for fireplace stoves shall be installed in accordance with the lis ting of the fireplace stove. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 905.3 Hearth extensions. Hearth extensions for fireplace stoves shall be installed in accordance with the lis ting of the fireplace stove. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 905.3 Hearth extensions. Hearth extensions for fireplace stoves shall be installed in accordance with the lis ting of the fireplace stove. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 905.3 Hearth extensions. Hearth extensions for fireplace stoves shall be installed in accordance with the lis ting of the fireplace stove. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 905.3 Hearth extensions. Hearth extensions for fireplace stoves shall be installed in accordance with the lis ting of the fireplace stove. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618. [CONT.]: 905.3 Hearth extensions. Hearth extensions for fireplace stoves shall be installed in accordance with the lis ting of the fireplace stove. The hearth extension shall be readily distinguishable from the surrounding floor area. Listed and labeled hearth extensions shall comply with UL 1618.",
    "metadata": {
      "section_full": "905.3",
      "parent_major": "905",
      "parent_minor": "905.3",
      "source": "033.txt"
    }
  },
  {
    "id": "905.4",
    "text": "CONTEXT: 905 > 905.4 | CONTENT: 905.4 905.4 Air pollution. All fireplace stoves and room heaters shall comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 905.4 Air pollution. All fireplace stoves and room heaters shall comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 905.4 Air pollution. All fireplace stoves and room heaters shall comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 905.4 Air pollution. All fireplace stoves and room heaters shall comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 905.4 Air pollution. All fireplace stoves and room heaters shall comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 905.4 Air pollution. All fireplace stoves and room heaters shall comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 905.4 Air pollution. All fireplace stoves and room heaters shall comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 905.4 Air pollution. All fireplace stoves and room heaters shall comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 905.4 Air pollution. All fireplace stoves and room heaters shall comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 905.4 Air pollution. All fireplace stoves and room heaters shall comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 905.4 Air pollution. All fireplace stoves and room heaters shall comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 905.4 Air pollution. All fireplace stoves and room heaters shall comply with the requirements of the New York City Air Pollution Control Code . [CONT.]: 905.4 Air pollution. All fireplace stoves and room heaters shall comply with the requirements of the New York City Air Pollution Control Code .",
    "metadata": {
      "section_full": "905.4",
      "parent_major": "905",
      "parent_minor": "905.4",
      "source": "033.txt"
    }
  },
  {
    "id": "905.5",
    "text": "CONTEXT: 905 > 905.5 | CONTENT: 905.5 905.5 Combustion air supply. All fireplace stoves and room heaters shall comply with the requirements of the New York City Energy Conservation Code concerning combustion air supply. [CONT.]: 905.5 Combustion air supply. All fireplace stoves and room heaters shall comply with the requirements of the New York City Energy Conservation Code concerning combustion air supply. [CONT.]: 905.5 Combustion air supply. All fireplace stoves and room heaters shall comply with the requirements of the New York City Energy Conservation Code concerning combustion air supply. [CONT.]: 905.5 Combustion air supply. All fireplace stoves and room heaters shall comply with the requirements of the New York City Energy Conservation Code concerning combustion air supply. [CONT.]: 905.5 Combustion air supply. All fireplace stoves and room heaters shall comply with the requirements of the New York City Energy Conservation Code concerning combustion air supply. [CONT.]: 905.5 Combustion air supply. All fireplace stoves and room heaters shall comply with the requirements of the New York City Energy Conservation Code concerning combustion air supply. [CONT.]: 905.5 Combustion air supply. All fireplace stoves and room heaters shall comply with the requirements of the New York City Energy Conservation Code concerning combustion air supply. [CONT.]: 905.5 Combustion air supply. All fireplace stoves and room heaters shall comply with the requirements of the New York City Energy Conservation Code concerning combustion air supply. [CONT.]: 905.5 Combustion air supply. All fireplace stoves and room heaters shall comply with the requirements of the New York City Energy Conservation Code concerning combustion air supply. [CONT.]: 905.5 Combustion air supply. All fireplace stoves and room heaters shall comply with the requirements of the New York City Energy Conservation Code concerning combustion air supply. [CONT.]: 905.5 Combustion air supply. All fireplace stoves and room heaters shall comply with the requirements of the New York City Energy Conservation Code concerning combustion air supply. [CONT.]: 905.5 Combustion air supply. All fireplace stoves and room heaters shall comply with the requirements of the New York City Energy Conservation Code concerning combustion air supply. [CONT.]: 905.5 Combustion air supply. All fireplace stoves and room heaters shall comply with the requirements of the New York City Energy Conservation Code concerning combustion air supply.",
    "metadata": {
      "section_full": "905.5",
      "parent_major": "905",
      "parent_minor": "905.5",
      "source": "033.txt"
    }
  },
  {
    "id": "905.6",
    "text": "CONTEXT: 905 > 905.6 | CONTENT: 905.6 905.6 F lues. Separate flues and independent combustion air source shall be provided for every fireplace stove and room heater. Combustion air shall be provided in accordance with the manufacturer\u2019s recommendations and Chapter 7 . SECTION MC 906 FACTORY - BUILT BARBECUE APPLIANCES \u2021\u2021\u2021 [CONT.]: 905.6 F lues. Separate flues and independent combustion air source shall be provided for every fireplace stove and room heater. Combustion air shall be provided in accordance with the manufacturer\u2019s recommendations and Chapter 7 . SECTION MC 906 FACTORY - BUILT BARBECUE APPLIANCES \u2021\u2021\u2021 [CONT.]: 905.6 F lues. Separate flues and independent combustion air source shall be provided for every fireplace stove and room heater. Combustion air shall be provided in accordance with the manufacturer\u2019s recommendations and Chapter 7 . SECTION MC 906 FACTORY - BUILT BARBECUE APPLIANCES \u2021\u2021\u2021 [CONT.]: 905.6 F lues. Separate flues and independent combustion air source shall be provided for every fireplace stove and room heater. Combustion air shall be provided in accordance with the manufacturer\u2019s recommendations and Chapter 7 . SECTION MC 906 FACTORY - BUILT BARBECUE APPLIANCES \u2021\u2021\u2021 [CONT.]: 905.6 F lues. Separate flues and independent combustion air source shall be provided for every fireplace stove and room heater. Combustion air shall be provided in accordance with the manufacturer\u2019s recommendations and Chapter 7 . SECTION MC 906 FACTORY - BUILT BARBECUE APPLIANCES \u2021\u2021\u2021 [CONT.]: 905.6 F lues. Separate flues and independent combustion air source shall be provided for every fireplace stove and room heater. Combustion air shall be provided in accordance with the manufacturer\u2019s recommendations and Chapter 7 . SECTION MC 906 FACTORY - BUILT BARBECUE APPLIANCES \u2021\u2021\u2021 [CONT.]: 905.6 F lues. Separate flues and independent combustion air source shall be provided for every fireplace stove and room heater. Combustion air shall be provided in accordance with the manufacturer\u2019s recommendations and Chapter 7 . SECTION MC 906 FACTORY - BUILT BARBECUE APPLIANCES \u2021\u2021\u2021 [CONT.]: 905.6 F lues. Separate flues and independent combustion air source shall be provided for every fireplace stove and room heater. Combustion air shall be provided in accordance with the manufacturer\u2019s recommendations and Chapter 7 . SECTION MC 906 FACTORY - BUILT BARBECUE APPLIANCES \u2021\u2021\u2021 [CONT.]: 905.6 F lues. Separate flues and independent combustion air source shall be provided for every fireplace stove and room heater. Combustion air shall be provided in accordance with the manufacturer\u2019s recommendations and Chapter 7 . SECTION MC 906 FACTORY - BUILT BARBECUE APPLIANCES \u2021\u2021\u2021 [CONT.]: 905.6 F lues. Separate flues and independent combustion air source shall be provided for every fireplace stove and room heater. Combustion air shall be provided in accordance with the manufacturer\u2019s recommendations and Chapter 7 . SECTION MC 906 FACTORY - BUILT BARBECUE APPLIANCES \u2021\u2021\u2021 [CONT.]: 905.6 F lues. Separate flues and independent combustion air source shall be provided for every fireplace stove and room heater. Combustion air shall be provided in accordance with the manufacturer\u2019s recommendations and Chapter 7 . SECTION MC 906 FACTORY - BUILT BARBECUE APPLIANCES \u2021\u2021\u2021 [CONT.]: 905.6 F lues. Separate flues and independent combustion air source shall be provided for every fireplace stove and room heater. Combustion air shall be provided in accordance with the manufacturer\u2019s recommendations and Chapter 7 . SECTION MC 906 FACTORY - BUILT BARBECUE APPLIANCES \u2021\u2021\u2021 [CONT.]: 905.6 F lues. Separate flues and independent combustion air source shall be provided for every fireplace stove and room heater. Combustion air shall be provided in accordance with the manufacturer\u2019s recommendations and Chapter 7 . SECTION MC 906 FACTORY - BUILT BARBECUE APPLIANCES \u2021\u2021\u2021",
    "metadata": {
      "section_full": "905.6",
      "parent_major": "905",
      "parent_minor": "905.6",
      "source": "033.txt"
    }
  },
  {
    "id": "906.1",
    "text": "CONTEXT: 906 > 906.1 | CONTENT: 906.1 906.1 General. Factory - built barbecue appliances shall be listed and labeled for the use intended and shall be installed in accordance with the manufacturer\u2019s instructions, this chapter , the New York City Fuel Gas Code , and Chapters 3, 5, 7, and 8 of this code . The construction and installation of chimneys serving barbeque appliances shall comply with all construction and installation requirements of fireplaces. \u2021\u2021\u2021 Chapter 9 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 9 SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 901 GENERAL [CONT.]: 906.1 General. Factory - built barbecue appliances shall be listed and labeled for the use intended and shall be installed in accordance with the manufacturer\u2019s instructions, this chapter , the New York City Fuel Gas Code , and Chapters 3, 5, 7, and 8 of this code . The construction and installation of chimneys serving barbeque appliances shall comply with all construction and installation requirements of fireplaces. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 907 INCINERATORS AND CREMATORIES [CONT.]: 906.1 General. Factory - built barbecue appliances shall be listed and labeled for the use intended and shall be installed in accordance with the manufacturer\u2019s instructions, this chapter , the New York City Fuel Gas Code , and Chapters 3, 5, 7, and 8 of this code . The construction and installation of chimneys serving barbeque appliances shall comply with all construction and installation requirements of fireplaces. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 907 INCINERATORS AND CREMATORIES [CONT.]: 906.1 General. Factory - built barbecue appliances shall be listed and labeled for the use intended and shall be installed in accordance with the manufacturer\u2019s instructions, this chapter , the New York City Fuel Gas Code , and Chapters 3, 5, 7, and 8 of this code . The construction and installation of chimneys serving barbeque appliances shall comply with all construction and installation requirements of fireplaces. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 907 INCINERATORS AND CREMATORIES [CONT.]: 906.1 General. Factory - built barbecue appliances shall be listed and labeled for the use intended and shall be installed in accordance with the manufacturer\u2019s instructions, this chapter , the New York City Fuel Gas Code , and Chapters 3, 5, 7, and 8 of this code . The construction and installation of chimneys serving barbeque appliances shall comply with all construction and installation requirements of fireplaces. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 907 INCINERATORS AND CREMATORIES [CONT.]: 906.1 General. Factory - built barbecue appliances shall be listed and labeled for the use intended and shall be installed in accordance with the manufacturer\u2019s instructions, this chapter , the New York City Fuel Gas Code , and Chapters 3, 5, 7, and 8 of this code . The construction and installation of chimneys serving barbeque appliances shall comply with all construction and installation requirements of fireplaces. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 907 INCINERATORS AND CREMATORIES [CONT.]: 906.1 General. Factory - built barbecue appliances shall be listed and labeled for the use intended and shall be installed in accordance with the manufacturer\u2019s instructions, this chapter , the New York City Fuel Gas Code , and Chapters 3, 5, 7, and 8 of this code . The construction and installation of chimneys serving barbeque appliances shall comply with all construction and installation requirements of fireplaces. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 907 INCINERATORS AND CREMATORIES [CONT.]: 906.1 General. Factory - built barbecue appliances shall be listed and labeled for the use intended and shall be installed in accordance with the manufacturer\u2019s instructions, this chapter , the New York City Fuel Gas Code , and Chapters 3, 5, 7, and 8 of this code . The construction and installation of chimneys serving barbeque appliances shall comply with all construction and installation requirements of fireplaces. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 907 INCINERATORS AND CREMATORIES [CONT.]: 906.1 General. Factory - built barbecue appliances shall be listed and labeled for the use intended and shall be installed in accordance with the manufacturer\u2019s instructions, this chapter , the New York City Fuel Gas Code , and Chapters 3, 5, 7, and 8 of this code . The construction and installation of chimneys serving barbeque appliances shall comply with all construction and installation requirements of fireplaces. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 907 INCINERATORS AND CREMATORIES [CONT.]: 906.1 General. Factory - built barbecue appliances shall be listed and labeled for the use intended and shall be installed in accordance with the manufacturer\u2019s instructions, this chapter , the New York City Fuel Gas Code , and Chapters 3, 5, 7, and 8 of this code . The construction and installation of chimneys serving barbeque appliances shall comply with all construction and installation requirements of fireplaces. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 907 INCINERATORS AND CREMATORIES [CONT.]: 906.1 General. Factory - built barbecue appliances shall be listed and labeled for the use intended and shall be installed in accordance with the manufacturer\u2019s instructions, this chapter , the New York City Fuel Gas Code , and Chapters 3, 5, 7, and 8 of this code . The construction and installation of chimneys serving barbeque appliances shall comply with all construction and installation requirements of fireplaces. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 907 INCINERATORS AND CREMATORIES [CONT.]: 906.1 General. Factory - built barbecue appliances shall be listed and labeled for the use intended and shall be installed in accordance with the manufacturer\u2019s instructions, this chapter , the New York City Fuel Gas Code , and Chapters 3, 5, 7, and 8 of this code . The construction and installation of chimneys serving barbeque appliances shall comply with all construction and installation requirements of fireplaces. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 907 INCINERATORS AND CREMATORIES [CONT.]: 906.1 General. Factory - built barbecue appliances shall be listed and labeled for the use intended and shall be installed in accordance with the manufacturer\u2019s instructions, this chapter , the New York City Fuel Gas Code , and Chapters 3, 5, 7, and 8 of this code . The construction and installation of chimneys serving barbeque appliances shall comply with all construction and installation requirements of fireplaces. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 907 INCINERATORS AND CREMATORIES",
    "metadata": {
      "section_full": "906.1",
      "parent_major": "906",
      "parent_minor": "906.1",
      "source": "033.txt"
    }
  },
  {
    "id": "907.1",
    "text": "CONTEXT: 907 > 907.1 | CONTENT: 907.1 907.1 General. Incinerators and crematories shall be listed and labeled in accordance with UL 791 and NFPA 82 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 907.1 General. Incinerators and crematories shall be listed and labeled in accordance with UL 791 and NFPA 82 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 907.1 General. Incinerators and crematories shall be listed and labeled in accordance with UL 791 and NFPA 82 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 907.1 General. Incinerators and crematories shall be listed and labeled in accordance with UL 791 and NFPA 82 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 907.1 General. Incinerators and crematories shall be listed and labeled in accordance with UL 791 and NFPA 82 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 907.1 General. Incinerators and crematories shall be listed and labeled in accordance with UL 791 and NFPA 82 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 907.1 General. Incinerators and crematories shall be listed and labeled in accordance with UL 791 and NFPA 82 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 907.1 General. Incinerators and crematories shall be listed and labeled in accordance with UL 791 and NFPA 82 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 907.1 General. Incinerators and crematories shall be listed and labeled in accordance with UL 791 and NFPA 82 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 907.1 General. Incinerators and crematories shall be listed and labeled in accordance with UL 791 and NFPA 82 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 907.1 General. Incinerators and crematories shall be listed and labeled in accordance with UL 791 and NFPA 82 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 907.1 General. Incinerators and crematories shall be listed and labeled in accordance with UL 791 and NFPA 82 and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 907.1 795 - 16 Commercial - Industrial Gas Heating Equipment. ................................ ................................ ..................... 1004.1.1 \u2021\u2021\u2021 834 \u2014 04 Heating, Water Supply and Power Boilers Electric \u2014 with revisions through January 2013 ......................",
    "metadata": {
      "section_full": "907.1",
      "parent_major": "907",
      "parent_minor": "907.1",
      "source": "033.txt"
    }
  },
  {
    "id": "907.2",
    "text": "CONTEXT: 907 > 907.2 | CONTENT: 907.2 907.2 Compliance. All incinerators and crematories shall be installed, altered and mai ntained in buildings in conformity with the applicable provisions of the Administrative Code and the New York City Air Pollution Control Code . SECTION MC 908 COOLING TOWERS, EVAPORATIVE CONDENSERS AND FLUID COOLERS [CONT.]: 907.2 Compliance. All incinerators and crematories shall be installed, altered and mai ntained in buildings in conformity with the applicable provisions of the Administrative Code and the New York City Air Pollution Control Code . SECTION MC 908 COOLING TOWERS, EVAPORATIVE CONDENSERS AND FLUID COOLERS [CONT.]: 907.2 Compliance. All incinerators and crematories shall be installed, altered and mai ntained in buildings in conformity with the applicable provisions of the Administrative Code and the New York City Air Pollution Control Code . SECTION MC 908 COOLING TOWERS, EVAPORATIVE CONDENSERS AND FLUID COOLERS [CONT.]: 907.2 Compliance. All incinerators and crematories shall be installed, altered and mai ntained in buildings in conformity with the applicable provisions of the Administrative Code and the New York City Air Pollution Control Code . SECTION MC 908 COOLING TOWERS, EVAPORATIVE CONDENSERS AND FLUID COOLERS [CONT.]: 907.2 Compliance. All incinerators and crematories shall be installed, altered and mai ntained in buildings in conformity with the applicable provisions of the Administrative Code and the New York City Air Pollution Control Code . SECTION MC 908 COOLING TOWERS, EVAPORATIVE CONDENSERS AND FLUID COOLERS [CONT.]: 907.2 Compliance. All incinerators and crematories shall be installed, altered and mai ntained in buildings in conformity with the applicable provisions of the Administrative Code and the New York City Air Pollution Control Code . SECTION MC 908 COOLING TOWERS, EVAPORATIVE CONDENSERS AND FLUID COOLERS [CONT.]: 907.2 Compliance. All incinerators and crematories shall be installed, altered and mai ntained in buildings in conformity with the applicable provisions of the Administrative Code and the New York City Air Pollution Control Code . SECTION MC 908 COOLING TOWERS, EVAPORATIVE CONDENSERS AND FLUID COOLERS [CONT.]: 907.2 Compliance. All incinerators and crematories shall be installed, altered and mai ntained in buildings in conformity with the applicable provisions of the Administrative Code and the New York City Air Pollution Control Code . SECTION MC 908 COOLING TOWERS, EVAPORATIVE CONDENSERS AND FLUID COOLERS [CONT.]: 907.2 Compliance. All incinerators and crematories shall be installed, altered and mai ntained in buildings in conformity with the applicable provisions of the Administrative Code and the New York City Air Pollution Control Code . SECTION MC 908 COOLING TOWERS, EVAPORATIVE CONDENSERS AND FLUID COOLERS [CONT.]: 907.2 Compliance. All incinerators and crematories shall be installed, altered and mai ntained in buildings in conformity with the applicable provisions of the Administrative Code and the New York City Air Pollution Control Code . SECTION MC 908 COOLING TOWERS, EVAPORATIVE CONDENSERS AND FLUID COOLERS [CONT.]: 907.2 Compliance. All incinerators and crematories shall be installed, altered and mai ntained in buildings in conformity with the applicable provisions of the Administrative Code and the New York City Air Pollution Control Code . SECTION MC 908 COOLING TOWERS, EVAPORATIVE CONDENSERS AND FLUID COOLERS [CONT.]: 907.2 Compliance. All incinerators and crematories shall be installed, altered and mai ntained in buildings in conformity with the applicable provisions of the Administrative Code and the New York City Air Pollution Control Code . SECTION MC 908 COOLING TOWERS, EVAPORATIVE CONDENSERS AND FLUID COOLERS",
    "metadata": {
      "section_full": "907.2",
      "parent_major": "907",
      "parent_minor": "907.2",
      "source": "033.txt"
    }
  },
  {
    "id": "908.1",
    "text": "CONTEXT: 908 > 908.1 | CONTENT: 908.1 908.1 General. A cooling tower used in conjunction with an air - conditioning appliance shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 908.1 General. A cooling tower used in conjunction with an air - conditioning appliance shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 908.1 General. A cooling tower used in conjunction with an air - conditioning appliance shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 908.1 General. A cooling tower used in conjunction with an air - conditioning appliance shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 908.1 General. A cooling tower used in conjunction with an air - conditioning appliance shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 908.1 General. A cooling tower used in conjunction with an air - conditioning appliance shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 908.1 General. A cooling tower used in conjunction with an air - conditioning appliance shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 908.1 General. A cooling tower used in conjunction with an air - conditioning appliance shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 908.1 General. A cooling tower used in conjunction with an air - conditioning appliance shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 908.1 General. A cooling tower used in conjunction with an air - conditioning appliance shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 908.1 General. A cooling tower used in conjunction with an air - conditioning appliance shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 908.1 General. A cooling tower used in conjunction with an air - conditioning appliance shall be installed in accordance with the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "908.1",
      "parent_major": "908",
      "parent_minor": "908.1",
      "source": "033.txt"
    }
  },
  {
    "id": "908.2",
    "text": "CONTEXT: 908 > 908.2 | CONTENT: 908.2 908.2 Access. Cooling towers, evaporative condensers and fluid coolers shall be provided with ready access. [CONT.]: 908.2 Access. Cooling towers, evaporative condensers and fluid coolers shall be provided with ready access. [CONT.]: 908.2 Access. Cooling towers, evaporative condensers and fluid coolers shall be provided with ready access. [CONT.]: 908.2 Access. Cooling towers, evaporative condensers and fluid coolers shall be provided with ready access. [CONT.]: 908.2 Access. Cooling towers, evaporative condensers and fluid coolers shall be provided with ready access. [CONT.]: 908.2 Access. Cooling towers, evaporative condensers and fluid coolers shall be provided with ready access. [CONT.]: 908.2 Access. Cooling towers, evaporative condensers and fluid coolers shall be provided with ready access. [CONT.]: 908.2 Access. Cooling towers, evaporative condensers and fluid coolers shall be provided with ready access. [CONT.]: 908.2 Access. Cooling towers, evaporative condensers and fluid coolers shall be provided with ready access. [CONT.]: 908.2 Access. Cooling towers, evaporative condensers and fluid coolers shall be provided with ready access. [CONT.]: 908.2 Access. Cooling towers, evaporative condensers and fluid coolers shall be provided with ready access. [CONT.]: 908.2 Access. Cooling towers, evaporative condensers and fluid coolers shall be provided with ready access.",
    "metadata": {
      "section_full": "908.2",
      "parent_major": "908",
      "parent_minor": "908.2",
      "source": "033.txt"
    }
  },
  {
    "id": "908.3",
    "text": "CONTEXT: 908 > 908.3 | CONTENT: 908.3 908.3 Location. Cooling towers , evaporative condensers and fluid coolers shall be located to prevent the discharge vapor plumes from entering occupied spaces. Plume discharges shall be not less than 5 feet (1524 mm) above or 20 feet (6096 mm) away from any ventilation inlet to a buildi ng. Location on the property shall be as required for buildings in accordance with the New York City Building Code . [CONT.]: 908.3 Location. Cooling towers , evaporative condensers and fluid coolers shall be located to prevent the discharge vapor plumes from entering occupied spaces. Plume discharges shall be not less than 5 feet (1524 mm) above or 20 feet (6096 mm) away from any ventilation inlet to a buildi ng. Location on the property shall be as required for buildings in accordance with the New York City Building Code . [CONT.]: 908.3 Location. Cooling towers , evaporative condensers and fluid coolers shall be located to prevent the discharge vapor plumes from entering occupied spaces. Plume discharges shall be not less than 5 feet (1524 mm) above or 20 feet (6096 mm) away from any ventilation inlet to a buildi ng. Location on the property shall be as required for buildings in accordance with the New York City Building Code . [CONT.]: 908.3 Location. Cooling towers , evaporative condensers and fluid coolers shall be located to prevent the discharge vapor plumes from entering occupied spaces. Plume discharges shall be not less than 5 feet (1524 mm) above or 20 feet (6096 mm) away from any ventilation inlet to a buildi ng. Location on the property shall be as required for buildings in accordance with the New York City Building Code . [CONT.]: 908.3 Location. Cooling towers , evaporative condensers and fluid coolers shall be located to prevent the discharge vapor plumes from entering occupied spaces. Plume discharges shall be not less than 5 feet (1524 mm) above or 20 feet (6096 mm) away from any ventilation inlet to a buildi ng. Location on the property shall be as required for buildings in accordance with the New York City Building Code . [CONT.]: 908.3 Location. Cooling towers , evaporative condensers and fluid coolers shall be located to prevent the discharge vapor plumes from entering occupied spaces. Plume discharges shall be not less than 5 feet (1524 mm) above or 20 feet (6096 mm) away from any ventilation inlet to a buildi ng. Location on the property shall be as required for buildings in accordance with the New York City Building Code . [CONT.]: 908.3 Location. Cooling towers , evaporative condensers and fluid coolers shall be located to prevent the discharge vapor plumes from entering occupied spaces. Plume discharges shall be not less than 5 feet (1524 mm) above or 20 feet (6096 mm) away from any ventilation inlet to a buildi ng. Location on the property shall be as required for buildings in accordance with the New York City Building Code . [CONT.]: 908.3 Location. Cooling towers , evaporative condensers and fluid coolers shall be located to prevent the discharge vapor plumes from entering occupied spaces. Plume discharges shall be not less than 5 feet (1524 mm) above or 20 feet (6096 mm) away from any ventilation inlet to a buildi ng. Location on the property shall be as required for buildings in accordance with the New York City Building Code . [CONT.]: 908.3 Location. Cooling towers , evaporative condensers and fluid coolers shall be located to prevent the discharge vapor plumes from entering occupied spaces. Plume discharges shall be not less than 5 feet (1524 mm) above or 20 feet (6096 mm) away from any ventilation inlet to a buildi ng. Location on the property shall be as required for buildings in accordance with the New York City Building Code . [CONT.]: 908.3 Location. Cooling towers , evaporative condensers and fluid coolers shall be located to prevent the discharge vapor plumes from entering occupied spaces. Plume discharges shall be not less than 5 feet (1524 mm) above or 20 feet (6096 mm) away from any ventilation inlet to a buildi ng. Location on the property shall be as required for buildings in accordance with the New York City Building Code . [CONT.]: 908.3 Location. Cooling towers , evaporative condensers and fluid coolers shall be located to prevent the discharge vapor plumes from entering occupied spaces. Plume discharges shall be not less than 5 feet (1524 mm) above or 20 feet (6096 mm) away from any ventilation inlet to a buildi ng. Location on the property shall be as required for buildings in accordance with the New York City Building Code . [CONT.]: 908.3 Location. Cooling towers , evaporative condensers and fluid coolers shall be located to prevent the discharge vapor plumes from entering occupied spaces. Plume discharges shall be not less than 5 feet (1524 mm) above or 20 feet (6096 mm) away from any ventilation inlet to a buildi ng. Location on the property shall be as required for buildings in accordance with the New York City Building Code .",
    "metadata": {
      "section_full": "908.3",
      "parent_major": "908",
      "parent_minor": "908.3",
      "source": "033.txt"
    }
  },
  {
    "id": "908.3.1",
    "text": "CONTEXT: 908 > 908.3 | CONTENT: 908.3.1 908.3.1 Indoor. Cooling towers, evaporative condensers and fluid coolers located inside of buildings shall be constructed of noncombustible materials including fill and drift eliminators. [CONT.]: 908.3.1 Indoor. Cooling towers, evaporative condensers and fluid coolers located inside of buildings shall be constructed of noncombustible materials including fill and drift eliminators. [CONT.]: 908.3.1 Indoor. Cooling towers, evaporative condensers and fluid coolers located inside of buildings shall be constructed of noncombustible materials including fill and drift eliminators. [CONT.]: 908.3.1 Indoor. Cooling towers, evaporative condensers and fluid coolers located inside of buildings shall be constructed of noncombustible materials including fill and drift eliminators. [CONT.]: 908.3.1 Indoor. Cooling towers, evaporative condensers and fluid coolers located inside of buildings shall be constructed of noncombustible materials including fill and drift eliminators. [CONT.]: 908.3.1 Indoor. Cooling towers, evaporative condensers and fluid coolers located inside of buildings shall be constructed of noncombustible materials including fill and drift eliminators. [CONT.]: 908.3.1 Indoor. Cooling towers, evaporative condensers and fluid coolers located inside of buildings shall be constructed of noncombustible materials including fill and drift eliminators. [CONT.]: 908.3.1 Indoor. Cooling towers, evaporative condensers and fluid coolers located inside of buildings shall be constructed of noncombustible materials including fill and drift eliminators. [CONT.]: 908.3.1 Indoor. Cooling towers, evaporative condensers and fluid coolers located inside of buildings shall be constructed of noncombustible materials including fill and drift eliminators. [CONT.]: 908.3.1 Indoor. Cooling towers, evaporative condensers and fluid coolers located inside of buildings shall be constructed of noncombustible materials including fill and drift eliminators. [CONT.]: 908.3.1 Indoor. Cooling towers, evaporative condensers and fluid coolers located inside of buildings shall be constructed of noncombustible materials including fill and drift eliminators. [CONT.]: 908.3.1 Indoor. Cooling towers, evaporative condensers and fluid coolers located inside of buildings shall be constructed of noncombustible materials including fill and drift eliminators.",
    "metadata": {
      "section_full": "908.3.1",
      "parent_major": "908",
      "parent_minor": "908.3",
      "source": "033.txt"
    }
  },
  {
    "id": "908.3.2",
    "text": "CONTEXT: 908 > 908.3 | CONTENT: 908.3.2 908.3.2 Outside. Cooling towers shall be constructed of noncombustible materials. Exceptions: 1. Fill and drift eliminators of limited combustible materials may be considered noncombustible if the cooling to wers are provided with automatic sprinkler protection in compliance with Chapter 9 of the New York City Building Code . 2. Fill and drift eliminators for any individual cooling tower cell may be made of limited combustible materials provided all the followi ng conditions are met: 2.1. The cooling tower is located on a building of construction Types IA or IB of the New York City Building Code . 2.2. The cooling tower cell is located at least 30 feet (9144 mm) away from windows or fresh air intakes which are at an elevation above the roof on which the cooling tower is located, whether in the same building or in an adjoining building. 2.3. The cooling tower cell is located not less than 15 feet (4572 mm) from the lot line. 2.4. The cooling tower cell is located no t less than 10 feet (3048 mm) from any chimney, except that the distance shall not be less than 20 feet (6096 mm) from a chimney venting products of combustion other than from gas - or oil - fired appliances, whether on the same or an adjoining building. 908. 4 Support and anchorage. Supports for cooling towers, evaporative condensers and fluid coolers shall be designed in accordance with the New York City Building Code. Seismic restraints shall be as required by the New York City Building Code . Adequate vibra tion isolation shall be provided in accordance with the manufacturer\u2019s guidelines and as required for the supporting structure, and in accordance with Sections 313.3.7 and 313.3.8. [CONT.]: 908.3.2 Outside. Cooling towers shall be constructed of noncombustible materials. Exceptions: 1. Fill and drift eliminators of limited combustible materials may be considered noncombustible if the cooling to wers are provided with automatic sprinkler protection in compliance with Chapter 9 of the New York City Building Code . 2. Fill and drift eliminators for any individual cooling tower cell may be made of limited combustible materials provided all the followi ng conditions are met: 2.1. The cooling tower is located on a building of construction Types IA or IB of the New York City Building Code . 2.2. The cooling tower cell is located at least 30 feet (9144 mm) away from windows or fresh air intakes which are at an elevation above the roof on which the cooling tower is located, whether in the same building or in an adjoining building. 2.3. The cooling tower cell is located not less than 15 feet (4572 mm) from the lot line. 2.4. The cooling tower cell is located no t less than 10 feet (3048 mm) from any chimney, except that the distance shall not be less than 20 feet (6096 mm) from a chimney venting products of combustion other than from gas - or oil - fired appliances, whether on the same or an adjoining building. 908. 4 Support and anchorage. Supports for cooling towers, evaporative condensers and fluid coolers shall be designed in accordance with the New York City Building Code. Seismic restraints shall be as required by the New York City Building Code . Adequate vibra tion isolation shall be provided in accordance with the manufacturer\u2019s guidelines and as required for the supporting structure, and in accordance with Sections 313.3.7 and 313.3.8. [CONT.]: 908.3.2 Outside. Cooling towers shall be constructed of noncombustible materials. Exceptions: 1. Fill and drift eliminators of limited combustible materials may be considered noncombustible if the cooling to wers are provided with automatic sprinkler protection in compliance with Chapter 9 of the New York City Building Code . 2. Fill and drift eliminators for any individual cooling tower cell may be made of limited combustible materials provided all the followi ng conditions are met: 2.1. The cooling tower is located on a building of construction Types IA or IB of the New York City Building Code . 2.2. The cooling tower cell is located at least 30 feet (9144 mm) away from windows or fresh air intakes which are at an elevation above the roof on which the cooling tower is located, whether in the same building or in an adjoining building. 2.3. The cooling tower cell is located not less than 15 feet (4572 mm) from the lot line. 2.4. The cooling tower cell is located no t less than 10 feet (3048 mm) from any chimney, except that the distance shall not be less than 20 feet (6096 mm) from a chimney venting products of combustion other than from gas - or oil - fired appliances, whether on the same or an adjoining building. 908. 4 Support and anchorage. Supports for cooling towers, evaporative condensers and fluid coolers shall be designed in accordance with the New York City Building Code. Seismic restraints shall be as required by the New York City Building Code . Adequate vibra tion isolation shall be provided in accordance with the manufacturer\u2019s guidelines and as required for the supporting structure, and in accordance with Sections 313.3.7 and 313.3.8. [CONT.]: 908.3.2 Outside. Cooling towers shall be constructed of noncombustible materials. Exceptions: 1. Fill and drift eliminators of limited combustible materials may be considered noncombustible if the cooling to wers are provided with automatic sprinkler protection in compliance with Chapter 9 of the New York City Building Code . 2. Fill and drift eliminators for any individual cooling tower cell may be made of limited combustible materials provided all the followi ng conditions are met: 2.1. The cooling tower is located on a building of construction Types IA or IB of the New York City Building Code . 2.2. The cooling tower cell is located at least 30 feet (9144 mm) away from windows or fresh air intakes which are at an elevation above the roof on which the cooling tower is located, whether in the same building or in an adjoining building. 2.3. The cooling tower cell is located not less than 15 feet (4572 mm) from the lot line. 2.4. The cooling tower cell is located no t less than 10 feet (3048 mm) from any chimney, except that the distance shall not be less than 20 feet (6096 mm) from a chimney venting products of combustion other than from gas - or oil - fired appliances, whether on the same or an adjoining building. 908. 4 Support and anchorage. Supports for cooling towers, evaporative condensers and fluid coolers shall be designed in accordance with the New York City Building Code. Seismic restraints shall be as required by the New York City Building Code . Adequate vibra tion isolation shall be provided in accordance with the manufacturer\u2019s guidelines and as required for the supporting structure, and in accordance with Sections 313.3.7 and 313.3.8. [CONT.]: 908.3.2 Outside. Cooling towers shall be constructed of noncombustible materials. Exceptions: 1. Fill and drift eliminators of limited combustible materials may be considered noncombustible if the cooling to wers are provided with automatic sprinkler protection in compliance with Chapter 9 of the New York City Building Code . 2. Fill and drift eliminators for any individual cooling tower cell may be made of limited combustible materials provided all the followi ng conditions are met: 2.1. The cooling tower is located on a building of construction Types IA or IB of the New York City Building Code . 2.2. The cooling tower cell is located at least 30 feet (9144 mm) away from windows or fresh air intakes which are at an elevation above the roof on which the cooling tower is located, whether in the same building or in an adjoining building. 2.3. The cooling tower cell is located not less than 15 feet (4572 mm) from the lot line. 2.4. The cooling tower cell is located no t less than 10 feet (3048 mm) from any chimney, except that the distance shall not be less than 20 feet (6096 mm) from a chimney venting products of combustion other than from gas - or oil - fired appliances, whether on the same or an adjoining building. 908. 4 Support and anchorage. Supports for cooling towers, evaporative condensers and fluid coolers shall be designed in accordance with the New York City Building Code. Seismic restraints shall be as required by the New York City Building Code . Adequate vibra tion isolation shall be provided in accordance with the manufacturer\u2019s guidelines and as required for the supporting structure, and in accordance with Sections 313.3.7 and 313.3.8. [CONT.]: 908.3.2 Outside. Cooling towers shall be constructed of noncombustible materials. Exceptions: 1. Fill and drift eliminators of limited combustible materials may be considered noncombustible if the cooling to wers are provided with automatic sprinkler protection in compliance with Chapter 9 of the New York City Building Code . 2. Fill and drift eliminators for any individual cooling tower cell may be made of limited combustible materials provided all the followi ng conditions are met: 2.1. The cooling tower is located on a building of construction Types IA or IB of the New York City Building Code . 2.2. The cooling tower cell is located at least 30 feet (9144 mm) away from windows or fresh air intakes which are at an elevation above the roof on which the cooling tower is located, whether in the same building or in an adjoining building. 2.3. The cooling tower cell is located not less than 15 feet (4572 mm) from the lot line. 2.4. The cooling tower cell is located no t less than 10 feet (3048 mm) from any chimney, except that the distance shall not be less than 20 feet (6096 mm) from a chimney venting products of combustion other than from gas - or oil - fired appliances, whether on the same or an adjoining building. 908. 4 Support and anchorage. Supports for cooling towers, evaporative condensers and fluid coolers shall be designed in accordance with the New York City Building Code. Seismic restraints shall be as required by the New York City Building Code . Adequate vibra tion isolation shall be provided in accordance with the manufacturer\u2019s guidelines and as required for the supporting structure, and in accordance with Sections 313.3.7 and 313.3.8. [CONT.]: 908.3.2 Outside. Cooling towers shall be constructed of noncombustible materials. Exceptions: 1. Fill and drift eliminators of limited combustible materials may be considered noncombustible if the cooling to wers are provided with automatic sprinkler protection in compliance with Chapter 9 of the New York City Building Code . 2. Fill and drift eliminators for any individual cooling tower cell may be made of limited combustible materials provided all the followi ng conditions are met: 2.1. The cooling tower is located on a building of construction Types IA or IB of the New York City Building Code . 2.2. The cooling tower cell is located at least 30 feet (9144 mm) away from windows or fresh air intakes which are at an elevation above the roof on which the cooling tower is located, whether in the same building or in an adjoining building. 2.3. The cooling tower cell is located not less than 15 feet (4572 mm) from the lot line. 2.4. The cooling tower cell is located no t less than 10 feet (3048 mm) from any chimney, except that the distance shall not be less than 20 feet (6096 mm) from a chimney venting products of combustion other than from gas - or oil - fired appliances, whether on the same or an adjoining building. 908. 4 Support and anchorage. Supports for cooling towers, evaporative condensers and fluid coolers shall be designed in accordance with the New York City Building Code. Seismic restraints shall be as required by the New York City Building Code . Adequate vibra tion isolation shall be provided in accordance with the manufacturer\u2019s guidelines and as required for the supporting structure, and in accordance with Sections 313.3.7 and 313.3.8. [CONT.]: 908.3.2 Outside. Cooling towers shall be constructed of noncombustible materials. Exceptions: 1. Fill and drift eliminators of limited combustible materials may be considered noncombustible if the cooling to wers are provided with automatic sprinkler protection in compliance with Chapter 9 of the New York City Building Code . 2. Fill and drift eliminators for any individual cooling tower cell may be made of limited combustible materials provided all the followi ng conditions are met: 2.1. The cooling tower is located on a building of construction Types IA or IB of the New York City Building Code . 2.2. The cooling tower cell is located at least 30 feet (9144 mm) away from windows or fresh air intakes which are at an elevation above the roof on which the cooling tower is located, whether in the same building or in an adjoining building. 2.3. The cooling tower cell is located not less than 15 feet (4572 mm) from the lot line. 2.4. The cooling tower cell is located no t less than 10 feet (3048 mm) from any chimney, except that the distance shall not be less than 20 feet (6096 mm) from a chimney venting products of combustion other than from gas - or oil - fired appliances, whether on the same or an adjoining building. 908. 4 Support and anchorage. Supports for cooling towers, evaporative condensers and fluid coolers shall be designed in accordance with the New York City Building Code. Seismic restraints shall be as required by the New York City Building Code . Adequate vibra tion isolation shall be provided in accordance with the manufacturer\u2019s guidelines and as required for the supporting structure, and in accordance with Sections 313.3.7 and 313.3.8. [CONT.]: 908.3.2 Outside. Cooling towers shall be constructed of noncombustible materials. Exceptions: 1. Fill and drift eliminators of limited combustible materials may be considered noncombustible if the cooling to wers are provided with automatic sprinkler protection in compliance with Chapter 9 of the New York City Building Code . 2. Fill and drift eliminators for any individual cooling tower cell may be made of limited combustible materials provided all the followi ng conditions are met: 2.1. The cooling tower is located on a building of construction Types IA or IB of the New York City Building Code . 2.2. The cooling tower cell is located at least 30 feet (9144 mm) away from windows or fresh air intakes which are at an elevation above the roof on which the cooling tower is located, whether in the same building or in an adjoining building. 2.3. The cooling tower cell is located not less than 15 feet (4572 mm) from the lot line. 2.4. The cooling tower cell is located no t less than 10 feet (3048 mm) from any chimney, except that the distance shall not be less than 20 feet (6096 mm) from a chimney venting products of combustion other than from gas - or oil - fired appliances, whether on the same or an adjoining building. 908. 4 Support and anchorage. Supports for cooling towers, evaporative condensers and fluid coolers shall be designed in accordance with the New York City Building Code. Seismic restraints shall be as required by the New York City Building Code . Adequate vibra tion isolation shall be provided in accordance with the manufacturer\u2019s guidelines and as required for the supporting structure, and in accordance with Sections 313.3.7 and 313.3.8. [CONT.]: 908.3.2 Outside. Cooling towers shall be constructed of noncombustible materials. Exceptions: 1. Fill and drift eliminators of limited combustible materials may be considered noncombustible if the cooling to wers are provided with automatic sprinkler protection in compliance with Chapter 9 of the New York City Building Code . 2. Fill and drift eliminators for any individual cooling tower cell may be made of limited combustible materials provided all the followi ng conditions are met: 2.1. The cooling tower is located on a building of construction Types IA or IB of the New York City Building Code . 2.2. The cooling tower cell is located at least 30 feet (9144 mm) away from windows or fresh air intakes which are at an elevation above the roof on which the cooling tower is located, whether in the same building or in an adjoining building. 2.3. The cooling tower cell is located not less than 15 feet (4572 mm) from the lot line. 2.4. The cooling tower cell is located no t less than 10 feet (3048 mm) from any chimney, except that the distance shall not be less than 20 feet (6096 mm) from a chimney venting products of combustion other than from gas - or oil - fired appliances, whether on the same or an adjoining building. 908. 4 Support and anchorage. Supports for cooling towers, evaporative condensers and fluid coolers shall be designed in accordance with the New York City Building Code. Seismic restraints shall be as required by the New York City Building Code . Adequate vibra tion isolation shall be provided in accordance with the manufacturer\u2019s guidelines and as required for the supporting structure, and in accordance with Sections 313.3.7 and 313.3.8. [CONT.]: 908.3.2 Outside. Cooling towers shall be constructed of noncombustible materials. Exceptions: 1. Fill and drift eliminators of limited combustible materials may be considered noncombustible if the cooling to wers are provided with automatic sprinkler protection in compliance with Chapter 9 of the New York City Building Code . 2. Fill and drift eliminators for any individual cooling tower cell may be made of limited combustible materials provided all the followi ng conditions are met: 2.1. The cooling tower is located on a building of construction Types IA or IB of the New York City Building Code . 2.2. The cooling tower cell is located at least 30 feet (9144 mm) away from windows or fresh air intakes which are at an elevation above the roof on which the cooling tower is located, whether in the same building or in an adjoining building. 2.3. The cooling tower cell is located not less than 15 feet (4572 mm) from the lot line. 2.4. The cooling tower cell is located no t less than 10 feet (3048 mm) from any chimney, except that the distance shall not be less than 20 feet (6096 mm) from a chimney venting products of combustion other than from gas - or oil - fired appliances, whether on the same or an adjoining building. 908. 4 Support and anchorage. Supports for cooling towers, evaporative condensers and fluid coolers shall be designed in accordance with the New York City Building Code. Seismic restraints shall be as required by the New York City Building Code . Adequate vibra tion isolation shall be provided in accordance with the manufacturer\u2019s guidelines and as required for the supporting structure, and in accordance with Sections 313.3.7 and 313.3.8. [CONT.]: 908.3.2 Outside. Cooling towers shall be constructed of noncombustible materials. Exceptions: 1. Fill and drift eliminators of limited combustible materials may be considered noncombustible if the cooling to wers are provided with automatic sprinkler protection in compliance with Chapter 9 of the New York City Building Code . 2. Fill and drift eliminators for any individual cooling tower cell may be made of limited combustible materials provided all the followi ng conditions are met: 2.1. The cooling tower is located on a building of construction Types IA or IB of the New York City Building Code . 2.2. The cooling tower cell is located at least 30 feet (9144 mm) away from windows or fresh air intakes which are at an elevation above the roof on which the cooling tower is located, whether in the same building or in an adjoining building. 2.3. The cooling tower cell is located not less than 15 feet (4572 mm) from the lot line. 2.4. The cooling tower cell is located no t less than 10 feet (3048 mm) from any chimney, except that the distance shall not be less than 20 feet (6096 mm) from a chimney venting products of combustion other than from gas - or oil - fired appliances, whether on the same or an adjoining building. 908. 4 Support and anchorage. Supports for cooling towers, evaporative condensers and fluid coolers shall be designed in accordance with the New York City Building Code. Seismic restraints shall be as required by the New York City Building Code . Adequate vibra tion isolation shall be provided in accordance with the manufacturer\u2019s guidelines and as required for the supporting structure, and in accordance with Sections 313.3.7 and 313.3.8.",
    "metadata": {
      "section_full": "908.3.2",
      "parent_major": "908",
      "parent_minor": "908.3",
      "source": "033.txt"
    }
  },
  {
    "id": "908.5",
    "text": "CONTEXT: 908 > 908.5 | CONTENT: 908.5 908.5 Water supply. Cooling towers, evaporative condensers and fluid coolers shall be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and p rotection of the potable water supply system shall be installed as required by the New York City Plumbing Code . [CONT.]: 908.5 Water supply. Cooling towers, evaporative condensers and fluid coolers shall be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and p rotection of the potable water supply system shall be installed as required by the New York City Plumbing Code . [CONT.]: 908.5 Water supply. Cooling towers, evaporative condensers and fluid coolers shall be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and p rotection of the potable water supply system shall be installed as required by the New York City Plumbing Code . [CONT.]: 908.5 Water supply. Cooling towers, evaporative condensers and fluid coolers shall be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and p rotection of the potable water supply system shall be installed as required by the New York City Plumbing Code . [CONT.]: 908.5 Water supply. Cooling towers, evaporative condensers and fluid coolers shall be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and p rotection of the potable water supply system shall be installed as required by the New York City Plumbing Code . [CONT.]: 908.5 Water supply. Cooling towers, evaporative condensers and fluid coolers shall be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and p rotection of the potable water supply system shall be installed as required by the New York City Plumbing Code . [CONT.]: 908.5 Water supply. Cooling towers, evaporative condensers and fluid coolers shall be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and p rotection of the potable water supply system shall be installed as required by the New York City Plumbing Code . [CONT.]: 908.5 Water supply. Cooling towers, evaporative condensers and fluid coolers shall be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and p rotection of the potable water supply system shall be installed as required by the New York City Plumbing Code . [CONT.]: 908.5 Water supply. Cooling towers, evaporative condensers and fluid coolers shall be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and p rotection of the potable water supply system shall be installed as required by the New York City Plumbing Code . [CONT.]: 908.5 Water supply. Cooling towers, evaporative condensers and fluid coolers shall be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and p rotection of the potable water supply system shall be installed as required by the New York City Plumbing Code . [CONT.]: 908.5 Water supply. Cooling towers, evaporative condensers and fluid coolers shall be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and p rotection of the potable water supply system shall be installed as required by the New York City Plumbing Code . [CONT.]: 908.5 Water supply. Cooling towers, evaporative condensers and fluid coolers shall be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and p rotection of the potable water supply system shall be installed as required by the New York City Plumbing Code .",
    "metadata": {
      "section_full": "908.5",
      "parent_major": "908",
      "parent_minor": "908.5",
      "source": "033.txt"
    }
  },
  {
    "id": "908.6",
    "text": "CONTEXT: 908 > 908.6 | CONTENT: 908.6 908.6 Drainage. Drains, overflows and blowdown provisions shall be indirectly connected to an approved disposal location. Discharge of chemical waste shall be approved by the appropriate regulatory authority. [CONT.]: 908.6 Drainage. Drains, overflows and blowdown provisions shall be indirectly connected to an approved disposal location. Discharge of chemical waste shall be approved by the appropriate regulatory authority. [CONT.]: 908.6 Drainage. Drains, overflows and blowdown provisions shall be indirectly connected to an approved disposal location. Discharge of chemical waste shall be approved by the appropriate regulatory authority. [CONT.]: 908.6 Drainage. Drains, overflows and blowdown provisions shall be indirectly connected to an approved disposal location. Discharge of chemical waste shall be approved by the appropriate regulatory authority. [CONT.]: 908.6 Drainage. Drains, overflows and blowdown provisions shall be indirectly connected to an approved disposal location. Discharge of chemical waste shall be approved by the appropriate regulatory authority. [CONT.]: 908.6 Drainage. Drains, overflows and blowdown provisions shall be indirectly connected to an approved disposal location. Discharge of chemical waste shall be approved by the appropriate regulatory authority. [CONT.]: 908.6 Drainage. Drains, overflows and blowdown provisions shall be indirectly connected to an approved disposal location. Discharge of chemical waste shall be approved by the appropriate regulatory authority. [CONT.]: 908.6 Drainage. Drains, overflows and blowdown provisions shall be indirectly connected to an approved disposal location. Discharge of chemical waste shall be approved by the appropriate regulatory authority. [CONT.]: 908.6 Drainage. Drains, overflows and blowdown provisions shall be indirectly connected to an approved disposal location. Discharge of chemical waste shall be approved by the appropriate regulatory authority. [CONT.]: 908.6 Drainage. Drains, overflows and blowdown provisions shall be indirectly connected to an approved disposal location. Discharge of chemical waste shall be approved by the appropriate regulatory authority. [CONT.]: 908.6 Drainage. Drains, overflows and blowdown provisions shall be indirectly connected to an approved disposal location. Discharge of chemical waste shall be approved by the appropriate regulatory authority. [CONT.]: 908.6 Drainage. Drains, overflows and blowdown provisions shall be indirectly connected to an approved disposal location. Discharge of chemical waste shall be approved by the appropriate regulatory authority.",
    "metadata": {
      "section_full": "908.6",
      "parent_major": "908",
      "parent_minor": "908.6",
      "source": "033.txt"
    }
  },
  {
    "id": "908.7",
    "text": "CONTEXT: 908 > 908.7 | CONTENT: 908.7 908.7 Refrigerants and hazardous fluids. Heat exchange equipment that contains a refrigerant and that is part of a closed refrigeration system shall comply with Chapter 11. Heat exch ange equipment containing heat transfer fluids \u2021\u2021\u2021 Chapter 9 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 9 SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 901 GENERAL [CONT.]: 908.7 Refrigerants and hazardous fluids. Heat exchange equipment that contains a refrigerant and that is part of a closed refrigeration system shall comply with Chapter 11. Heat exch ange equipment containing heat transfer fluids \u2021\u2021\u2021 Chapter 9 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 9 SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 901 GENERAL [CONT.]: 908.7 Refrigerants and hazardous fluids. Heat exchange equipment that contains a refrigerant and that is part of a closed refrigeration system shall comply with Chapter 11. Heat exch ange equipment containing heat transfer fluids SPECIFIC APPLIANCES AND EQUIPMENT which are combustible or hazardous shall comply with the New York City Fire Code . Flammable heat transfer fluids are prohibited . [CONT.]: 908.7 Refrigerants and hazardous fluids. Heat exchange equipment that contains a refrigerant and that is part of a closed refrigeration system shall comply with Chapter 11. Heat exch ange equipment containing heat transfer fluids SPECIFIC APPLIANCES AND EQUIPMENT which are combustible or hazardous shall comply with the New York City Fire Code . Flammable heat transfer fluids are prohibited . [CONT.]: 908.7 Refrigerants and hazardous fluids. Heat exchange equipment that contains a refrigerant and that is part of a closed refrigeration system shall comply with Chapter 11. Heat exch ange equipment containing heat transfer fluids SPECIFIC APPLIANCES AND EQUIPMENT which are combustible or hazardous shall comply with the New York City Fire Code . Flammable heat transfer fluids are prohibited . [CONT.]: 908.7 Refrigerants and hazardous fluids. Heat exchange equipment that contains a refrigerant and that is part of a closed refrigeration system shall comply with Chapter 11. Heat exch ange equipment containing heat transfer fluids SPECIFIC APPLIANCES AND EQUIPMENT which are combustible or hazardous shall comply with the New York City Fire Code . Flammable heat transfer fluids are prohibited . [CONT.]: 908.7 Refrigerants and hazardous fluids. Heat exchange equipment that contains a refrigerant and that is part of a closed refrigeration system shall comply with Chapter 11. Heat exch ange equipment containing heat transfer fluids SPECIFIC APPLIANCES AND EQUIPMENT which are combustible or hazardous shall comply with the New York City Fire Code . Flammable heat transfer fluids are prohibited . [CONT.]: 908.7 Refrigerants and hazardous fluids. Heat exchange equipment that contains a refrigerant and that is part of a closed refrigeration system shall comply with Chapter 11. Heat exch ange equipment containing heat transfer fluids SPECIFIC APPLIANCES AND EQUIPMENT which are combustible or hazardous shall comply with the New York City Fire Code . Flammable heat transfer fluids are prohibited . [CONT.]: 908.7 Refrigerants and hazardous fluids. Heat exchange equipment that contains a refrigerant and that is part of a closed refrigeration system shall comply with Chapter 11. Heat exch ange equipment containing heat transfer fluids SPECIFIC APPLIANCES AND EQUIPMENT which are combustible or hazardous shall comply with the New York City Fire Code . Flammable heat transfer fluids are prohibited . [CONT.]: 908.7 Refrigerants and hazardous fluids. Heat exchange equipment that contains a refrigerant and that is part of a closed refrigeration system shall comply with Chapter 11. Heat exch ange equipment containing heat transfer fluids SPECIFIC APPLIANCES AND EQUIPMENT which are combustible or hazardous shall comply with the New York City Fire Code . Flammable heat transfer fluids are prohibited . [CONT.]: 908.7 Refrigerants and hazardous fluids. Heat exchange equipment that contains a refrigerant and that is part of a closed refrigeration system shall comply with Chapter 11. Heat exch ange equipment containing heat transfer fluids SPECIFIC APPLIANCES AND EQUIPMENT which are combustible or hazardous shall comply with the New York City Fire Code . Flammable heat transfer fluids are prohibited . [CONT.]: 908.7 Refrigerants and hazardous fluids. Heat exchange equipment that contains a refrigerant and that is part of a closed refrigeration system shall comply with Chapter 11. Heat exch ange equipment containing heat transfer fluids SPECIFIC APPLIANCES AND EQUIPMENT which are combustible or hazardous shall comply with the New York City Fire Code . Flammable heat transfer fluids are prohibited .",
    "metadata": {
      "section_full": "908.7",
      "parent_major": "908",
      "parent_minor": "908.7",
      "source": "033.txt"
    }
  },
  {
    "id": "908.8",
    "text": "CONTEXT: 908 > 908.8 | CONTENT: 908.8 908.8 Cooling towers. Cooling towers, both open circuit and closed circuit type, and evaporative condensers shall comply with Sections 908.8.1 and 908.8.2. [CONT.]: 908.8 Cooling towers. Cooling towers, both open circuit and closed circuit type, and evaporative condensers shall comply with Sections 908.8.1 and 908.8.2. [CONT.]: 908.8 Cooling towers. Cooling towers, both open circuit and closed circuit type, and evaporative condensers shall comply with Sections 908.8.1 and 908.8.2. [CONT.]: 908.8 Cooling towers. Cooling towers, both open circuit and closed circuit type, and evaporative condensers shall comply with Sections 908.8.1 and 908.8.2. [CONT.]: 908.8 Cooling towers. Cooling towers, both open circuit and closed circuit type, and evaporative condensers shall comply with Sections 908.8.1 and 908.8.2. [CONT.]: 908.8 Cooling towers. Cooling towers, both open circuit and closed circuit type, and evaporative condensers shall comply with Sections 908.8.1 and 908.8.2. [CONT.]: 908.8 Cooling towers. Cooling towers, both open circuit and closed circuit type, and evaporative condensers shall comply with Sections 908.8.1 and 908.8.2. [CONT.]: 908.8 Cooling towers. Cooling towers, both open circuit and closed circuit type, and evaporative condensers shall comply with Sections 908.8.1 and 908.8.2. [CONT.]: 908.8 Cooling towers. Cooling towers, both open circuit and closed circuit type, and evaporative condensers shall comply with Sections 908.8.1 and 908.8.2. [CONT.]: 908.8 Cooling towers. Cooling towers, both open circuit and closed circuit type, and evaporative condensers shall comply with Sections 908.8.1 and 908.8.2.",
    "metadata": {
      "section_full": "908.8",
      "parent_major": "908",
      "parent_minor": "908.8",
      "source": "033.txt"
    }
  },
  {
    "id": "908.8.1",
    "text": "CONTEXT: 908 > 908.8 | CONTENT: 908.8.1 908.8.1 Conductivity or flow - based control of cycles of concentration. Cooling towers and evaporative condensers shall include controls that automate system bleed based on conducti vity, fraction of metered makeup volume, metered bleed volume, recirculating pump run time or bleed time. [CONT.]: 908.8.1 Conductivity or flow - based control of cycles of concentration. Cooling towers and evaporative condensers shall include controls that automate system bleed based on conducti vity, fraction of metered makeup volume, metered bleed volume, recirculating pump run time or bleed time. [CONT.]: 908.8.1 Conductivity or flow - based control of cycles of concentration. Cooling towers and evaporative condensers shall include controls that automate system bleed based on conducti vity, fraction of metered makeup volume, metered bleed volume, recirculating pump run time or bleed time. [CONT.]: 908.8.1 Conductivity or flow - based control of cycles of concentration. Cooling towers and evaporative condensers shall include controls that automate system bleed based on conducti vity, fraction of metered makeup volume, metered bleed volume, recirculating pump run time or bleed time. [CONT.]: 908.8.1 Conductivity or flow - based control of cycles of concentration. Cooling towers and evaporative condensers shall include controls that automate system bleed based on conducti vity, fraction of metered makeup volume, metered bleed volume, recirculating pump run time or bleed time. [CONT.]: 908.8.1 Conductivity or flow - based control of cycles of concentration. Cooling towers and evaporative condensers shall include controls that automate system bleed based on conducti vity, fraction of metered makeup volume, metered bleed volume, recirculating pump run time or bleed time. [CONT.]: 908.8.1 Conductivity or flow - based control of cycles of concentration. Cooling towers and evaporative condensers shall include controls that automate system bleed based on conducti vity, fraction of metered makeup volume, metered bleed volume, recirculating pump run time or bleed time. [CONT.]: 908.8.1 Conductivity or flow - based control of cycles of concentration. Cooling towers and evaporative condensers shall include controls that automate system bleed based on conducti vity, fraction of metered makeup volume, metered bleed volume, recirculating pump run time or bleed time. [CONT.]: 908.8.1 Conductivity or flow - based control of cycles of concentration. Cooling towers and evaporative condensers shall include controls that automate system bleed based on conducti vity, fraction of metered makeup volume, metered bleed volume, recirculating pump run time or bleed time. [CONT.]: 908.8.1 Conductivity or flow - based control of cycles of concentration. Cooling towers and evaporative condensers shall include controls that automate system bleed based on conducti vity, fraction of metered makeup volume, metered bleed volume, recirculating pump run time or bleed time.",
    "metadata": {
      "section_full": "908.8.1",
      "parent_major": "908",
      "parent_minor": "908.8",
      "source": "033.txt"
    }
  },
  {
    "id": "908.8.2",
    "text": "CONTEXT: 908 > 908.8 | CONTENT: 908.8.2 908.8.2 Drift eliminators. Cooling towers and evaporative condensers shall be equipped with drift eliminators that have a maximum drift rate of 0.005 percent of the circulated water flow rate as established in the equipment\u2019s design specifications. \u2021\u2021\u2021 [CONT.]: 908.8.2 Drift eliminators. Cooling towers and evaporative condensers shall be equipped with drift eliminators that have a maximum drift rate of 0.005 percent of the circulated water flow rate as established in the equipment\u2019s design specifications. \u2021\u2021\u2021 [CONT.]: 908.8.2 Drift eliminators. Cooling towers and evaporative condensers shall be equipped with drift eliminators that have a maximum drift rate of 0.005 percent of the circulated water flow rate as established in the equipment\u2019s design specifications. \u2021\u2021\u2021 [CONT.]: 908.8.2 Drift eliminators. Cooling towers and evaporative condensers shall be equipped with drift eliminators that have a maximum drift rate of 0.005 percent of the circulated water flow rate as established in the equipment\u2019s design specifications. \u2021\u2021\u2021 [CONT.]: 908.8.2 Drift eliminators. Cooling towers and evaporative condensers shall be equipped with drift eliminators that have a maximum drift rate of 0.005 percent of the circulated water flow rate as established in the equipment\u2019s design specifications. \u2021\u2021\u2021 [CONT.]: 908.8.2 Drift eliminators. Cooling towers and evaporative condensers shall be equipped with drift eliminators that have a maximum drift rate of 0.005 percent of the circulated water flow rate as established in the equipment\u2019s design specifications. \u2021\u2021\u2021 [CONT.]: 908.8.2 Drift eliminators. Cooling towers and evaporative condensers shall be equipped with drift eliminators that have a maximum drift rate of 0.005 percent of the circulated water flow rate as established in the equipment\u2019s design specifications. \u2021\u2021\u2021 [CONT.]: 908.8.2 Drift eliminators. Cooling towers and evaporative condensers shall be equipped with drift eliminators that have a maximum drift rate of 0.005 percent of the circulated water flow rate as established in the equipment\u2019s design specifications. \u2021\u2021\u2021 [CONT.]: 908.8.2 Drift eliminators. Cooling towers and evaporative condensers shall be equipped with drift eliminators that have a maximum drift rate of 0.005 percent of the circulated water flow rate as established in the equipment\u2019s design specifications. \u2021\u2021\u2021 [CONT.]: 908.8.2 Drift eliminators. Cooling towers and evaporative condensers shall be equipped with drift eliminators that have a maximum drift rate of 0.005 percent of the circulated water flow rate as established in the equipment\u2019s design specifications. \u2021\u2021\u2021",
    "metadata": {
      "section_full": "908.8.2",
      "parent_major": "908",
      "parent_minor": "908.8",
      "source": "033.txt"
    }
  },
  {
    "id": "908.9",
    "text": "CONTEXT: 908 > 908.9 | CONTENT: 908.9 908.9 Additional requirements. The installation and maintenance of all cooling towers, evaporative condensers, and fluid coolers shall comply with the req uirements of Article 317 of Chapter 3 of Title 28 of the Administrative Code . SECTION MC 909 VENTED WALL FURNACES [CONT.]: 908.9 Additional requirements. The installation and maintenance of all cooling towers, evaporative condensers, and fluid coolers shall comply with the req uirements of Article 317 of Chapter 3 of Title 28 of the Administrative Code . SECTION MC 909 VENTED WALL FURNACES [CONT.]: 908.9 Additional requirements. The installation and maintenance of all cooling towers, evaporative condensers, and fluid coolers shall comply with the req uirements of Article 317 of Chapter 3 of Title 28 of the Administrative Code . SECTION MC 909 VENTED WALL FURNACES [CONT.]: 908.9 Additional requirements. The installation and maintenance of all cooling towers, evaporative condensers, and fluid coolers shall comply with the req uirements of Article 317 of Chapter 3 of Title 28 of the Administrative Code . SECTION MC 909 VENTED WALL FURNACES [CONT.]: 908.9 Additional requirements. The installation and maintenance of all cooling towers, evaporative condensers, and fluid coolers shall comply with the req uirements of Article 317 of Chapter 3 of Title 28 of the Administrative Code . SECTION MC 909 VENTED WALL FURNACES [CONT.]: 908.9 Additional requirements. The installation and maintenance of all cooling towers, evaporative condensers, and fluid coolers shall comply with the req uirements of Article 317 of Chapter 3 of Title 28 of the Administrative Code . SECTION MC 909 VENTED WALL FURNACES [CONT.]: 908.9 Additional requirements. The installation and maintenance of all cooling towers, evaporative condensers, and fluid coolers shall comply with the req uirements of Article 317 of Chapter 3 of Title 28 of the Administrative Code . SECTION MC 909 VENTED WALL FURNACES [CONT.]: 908.9 Additional requirements. The installation and maintenance of all cooling towers, evaporative condensers, and fluid coolers shall comply with the req uirements of Article 317 of Chapter 3 of Title 28 of the Administrative Code . SECTION MC 909 VENTED WALL FURNACES [CONT.]: 908.9 Additional requirements. The installation and maintenance of all cooling towers, evaporative condensers, and fluid coolers shall comply with the req uirements of Article 317 of Chapter 3 of Title 28 of the Administrative Code . SECTION MC 909 VENTED WALL FURNACES [CONT.]: 908.9 Additional requirements. The installation and maintenance of all cooling towers, evaporative condensers, and fluid coolers shall comply with the req uirements of Article 317 of Chapter 3 of Title 28 of the Administrative Code . SECTION MC 909 VENTED WALL FURNACES",
    "metadata": {
      "section_full": "908.9",
      "parent_major": "908",
      "parent_minor": "908.9",
      "source": "033.txt"
    }
  },
  {
    "id": "909.1",
    "text": "CONTEXT: 909 > 909.1 | CONTENT: 909.1 909.1 General. Vented wall furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 730. [CONT.]: 909.1 General. Vented wall furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 730. [CONT.]: 909.1 General. Vented wall furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 730. [CONT.]: 909.1 General. Vented wall furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 730. [CONT.]: 909.1 General. Vented wall furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 730. [CONT.]: 909.1 General. Vented wall furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 730. [CONT.]: 909.1 General. Vented wall furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 730. [CONT.]: 909.1 General. Vented wall furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 730. [CONT.]: 909.1 General. Vented wall furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 730. [CONT.]: 909.1 General. Vented wall furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 730. [CONT.]: 909.1 731 \u2014 95 Oil - fired Unit Heaters \u2014 with revisions through August 2012 ................................ ................................ .....",
    "metadata": {
      "section_full": "909.1",
      "parent_major": "909",
      "parent_minor": "909.1",
      "source": "033.txt"
    }
  },
  {
    "id": "909.2",
    "text": "CONTEXT: 909 > 909.2 | CONTENT: 909.2 909.2 Location. Vented wall furnaces shall be located so as not to cause a fire hazard to walls, floors, combustible furnishings or doors. Vented wall furnaces installed between bathrooms and ad joining rooms shall not circulate air from bathrooms to other parts of the building. [CONT.]: 909.2 Location. Vented wall furnaces shall be located so as not to cause a fire hazard to walls, floors, combustible furnishings or doors. Vented wall furnaces installed between bathrooms and ad joining rooms shall not circulate air from bathrooms to other parts of the building. [CONT.]: 909.2 Location. Vented wall furnaces shall be located so as not to cause a fire hazard to walls, floors, combustible furnishings or doors. Vented wall furnaces installed between bathrooms and ad joining rooms shall not circulate air from bathrooms to other parts of the building. [CONT.]: 909.2 Location. Vented wall furnaces shall be located so as not to cause a fire hazard to walls, floors, combustible furnishings or doors. Vented wall furnaces installed between bathrooms and ad joining rooms shall not circulate air from bathrooms to other parts of the building. [CONT.]: 909.2 Location. Vented wall furnaces shall be located so as not to cause a fire hazard to walls, floors, combustible furnishings or doors. Vented wall furnaces installed between bathrooms and ad joining rooms shall not circulate air from bathrooms to other parts of the building. [CONT.]: 909.2 Location. Vented wall furnaces shall be located so as not to cause a fire hazard to walls, floors, combustible furnishings or doors. Vented wall furnaces installed between bathrooms and ad joining rooms shall not circulate air from bathrooms to other parts of the building. [CONT.]: 909.2 Location. Vented wall furnaces shall be located so as not to cause a fire hazard to walls, floors, combustible furnishings or doors. Vented wall furnaces installed between bathrooms and ad joining rooms shall not circulate air from bathrooms to other parts of the building. [CONT.]: 909.2 Location. Vented wall furnaces shall be located so as not to cause a fire hazard to walls, floors, combustible furnishings or doors. Vented wall furnaces installed between bathrooms and ad joining rooms shall not circulate air from bathrooms to other parts of the building. [CONT.]: 909.2 Location. Vented wall furnaces shall be located so as not to cause a fire hazard to walls, floors, combustible furnishings or doors. Vented wall furnaces installed between bathrooms and ad joining rooms shall not circulate air from bathrooms to other parts of the building. [CONT.]: 909.2 Location. Vented wall furnaces shall be located so as not to cause a fire hazard to walls, floors, combustible furnishings or doors. Vented wall furnaces installed between bathrooms and ad joining rooms shall not circulate air from bathrooms to other parts of the building.",
    "metadata": {
      "section_full": "909.2",
      "parent_major": "909",
      "parent_minor": "909.2",
      "source": "033.txt"
    }
  },
  {
    "id": "909.3",
    "text": "CONTEXT: 909 > 909.3 | CONTENT: 909.3 909.3 Door swing. Vented wall furnaces shall be located so that a door cannot swing within 12 inches (304.8 mm) of an air inlet or air outlet of such furnace measured at r ight angles to the opening. Doorstops or door closers shall not be installed to obtain this clearance. [CONT.]: 909.3 Door swing. Vented wall furnaces shall be located so that a door cannot swing within 12 inches (304.8 mm) of an air inlet or air outlet of such furnace measured at r ight angles to the opening. Doorstops or door closers shall not be installed to obtain this clearance. [CONT.]: 909.3 Door swing. Vented wall furnaces shall be located so that a door cannot swing within 12 inches (304.8 mm) of an air inlet or air outlet of such furnace measured at r ight angles to the opening. Doorstops or door closers shall not be installed to obtain this clearance. [CONT.]: 909.3 Door swing. Vented wall furnaces shall be located so that a door cannot swing within 12 inches (304.8 mm) of an air inlet or air outlet of such furnace measured at r ight angles to the opening. Doorstops or door closers shall not be installed to obtain this clearance. [CONT.]: 909.3 Door swing. Vented wall furnaces shall be located so that a door cannot swing within 12 inches (304.8 mm) of an air inlet or air outlet of such furnace measured at r ight angles to the opening. Doorstops or door closers shall not be installed to obtain this clearance. [CONT.]: 909.3 Door swing. Vented wall furnaces shall be located so that a door cannot swing within 12 inches (304.8 mm) of an air inlet or air outlet of such furnace measured at r ight angles to the opening. Doorstops or door closers shall not be installed to obtain this clearance. [CONT.]: 909.3 Door swing. Vented wall furnaces shall be located so that a door cannot swing within 12 inches (304.8 mm) of an air inlet or air outlet of such furnace measured at r ight angles to the opening. Doorstops or door closers shall not be installed to obtain this clearance. [CONT.]: 909.3 Door swing. Vented wall furnaces shall be located so that a door cannot swing within 12 inches (304.8 mm) of an air inlet or air outlet of such furnace measured at r ight angles to the opening. Doorstops or door closers shall not be installed to obtain this clearance. [CONT.]: 909.3 Door swing. Vented wall furnaces shall be located so that a door cannot swing within 12 inches (304.8 mm) of an air inlet or air outlet of such furnace measured at r ight angles to the opening. Doorstops or door closers shall not be installed to obtain this clearance. [CONT.]: 909.3 Door swing. Vented wall furnaces shall be located so that a door cannot swing within 12 inches (304.8 mm) of an air inlet or air outlet of such furnace measured at r ight angles to the opening. Doorstops or door closers shall not be installed to obtain this clearance.",
    "metadata": {
      "section_full": "909.3",
      "parent_major": "909",
      "parent_minor": "909.3",
      "source": "033.txt"
    }
  },
  {
    "id": "909.4",
    "text": "CONTEXT: 909 > 909.4 | CONTENT: 909.4 909.4 Ducts prohibited. Ducts shall not be attached to wall furnaces. Casing extension boots shall not be installed unless listed as part of the applianc e. [CONT.]: 909.4 Ducts prohibited. Ducts shall not be attached to wall furnaces. Casing extension boots shall not be installed unless listed as part of the applianc e. [CONT.]: 909.4 Ducts prohibited. Ducts shall not be attached to wall furnaces. Casing extension boots shall not be installed unless listed as part of the applianc e. [CONT.]: 909.4 Ducts prohibited. Ducts shall not be attached to wall furnaces. Casing extension boots shall not be installed unless listed as part of the applianc e. [CONT.]: 909.4 Ducts prohibited. Ducts shall not be attached to wall furnaces. Casing extension boots shall not be installed unless listed as part of the applianc e. [CONT.]: 909.4 Ducts prohibited. Ducts shall not be attached to wall furnaces. Casing extension boots shall not be installed unless listed as part of the applianc e. [CONT.]: 909.4 Ducts prohibited. Ducts shall not be attached to wall furnaces. Casing extension boots shall not be installed unless listed as part of the applianc e. [CONT.]: 909.4 Ducts prohibited. Ducts shall not be attached to wall furnaces. Casing extension boots shall not be installed unless listed as part of the applianc e. [CONT.]: 909.4 Ducts prohibited. Ducts shall not be attached to wall furnaces. Casing extension boots shall not be installed unless listed as part of the applianc e. [CONT.]: 909.4 Ducts prohibited. Ducts shall not be attached to wall furnaces. Casing extension boots shall not be installed unless listed as part of the applianc e.",
    "metadata": {
      "section_full": "909.4",
      "parent_major": "909",
      "parent_minor": "909.4",
      "source": "033.txt"
    }
  },
  {
    "id": "909.5",
    "text": "CONTEXT: 909 > 909.5 | CONTENT: 909.5 909.5 Manual shutoff valve. A manual shutoff valve shall be installed ahead of all controls. [CONT.]: 909.5 Manual shutoff valve. A manual shutoff valve shall be installed ahead of all controls. [CONT.]: 909.5 Manual shutoff valve. A manual shutoff valve shall be installed ahead of all controls. [CONT.]: 909.5 Manual shutoff valve. A manual shutoff valve shall be installed ahead of all controls. [CONT.]: 909.5 Manual shutoff valve. A manual shutoff valve shall be installed ahead of all controls. [CONT.]: 909.5 Manual shutoff valve. A manual shutoff valve shall be installed ahead of all controls. [CONT.]: 909.5 Manual shutoff valve. A manual shutoff valve shall be installed ahead of all controls. [CONT.]: 909.5 Manual shutoff valve. A manual shutoff valve shall be installed ahead of all controls. [CONT.]: 909.5 Manual shutoff valve. A manual shutoff valve shall be installed ahead of all controls. [CONT.]: 909.5 Manual shutoff valve. A manual shutoff valve shall be installed ahead of all controls.",
    "metadata": {
      "section_full": "909.5",
      "parent_major": "909",
      "parent_minor": "909.5",
      "source": "033.txt"
    }
  },
  {
    "id": "909.6",
    "text": "CONTEXT: 909 > 909.6 | CONTENT: 909.6 909.6 Access. Vented wall furnaces shall be provided with access for cleaning of heating surfaces, removal of burners, replacement of sections, motors, controls , filters and other working parts, and for adjustments and lubrication of parts requiring such attention. Panels, grilles and access doors that must be removed for normal servicing operations shall not be attached to the building construction. SECTION MC 9 10 FLOOR FURNACES [CONT.]: 909.6 Access. Vented wall furnaces shall be provided with access for cleaning of heating surfaces, removal of burners, replacement of sections, motors, controls , filters and other working parts, and for adjustments and lubrication of parts requiring such attention. Panels, grilles and access doors that must be removed for normal servicing operations shall not be attached to the building construction. SECTION MC 9 10 FLOOR FURNACES [CONT.]: 909.6 Access. Vented wall furnaces shall be provided with access for cleaning of heating surfaces, removal of burners, replacement of sections, motors, controls , filters and other working parts, and for adjustments and lubrication of parts requiring such attention. Panels, grilles and access doors that must be removed for normal servicing operations shall not be attached to the building construction. SECTION MC 9 10 FLOOR FURNACES [CONT.]: 909.6 Access. Vented wall furnaces shall be provided with access for cleaning of heating surfaces, removal of burners, replacement of sections, motors, controls , filters and other working parts, and for adjustments and lubrication of parts requiring such attention. Panels, grilles and access doors that must be removed for normal servicing operations shall not be attached to the building construction. SECTION MC 9 10 FLOOR FURNACES [CONT.]: 909.6 Access. Vented wall furnaces shall be provided with access for cleaning of heating surfaces, removal of burners, replacement of sections, motors, controls , filters and other working parts, and for adjustments and lubrication of parts requiring such attention. Panels, grilles and access doors that must be removed for normal servicing operations shall not be attached to the building construction. SECTION MC 9 10 FLOOR FURNACES [CONT.]: 909.6 Access. Vented wall furnaces shall be provided with access for cleaning of heating surfaces, removal of burners, replacement of sections, motors, controls , filters and other working parts, and for adjustments and lubrication of parts requiring such attention. Panels, grilles and access doors that must be removed for normal servicing operations shall not be attached to the building construction. SECTION MC 9 10 FLOOR FURNACES [CONT.]: 909.6 Access. Vented wall furnaces shall be provided with access for cleaning of heating surfaces, removal of burners, replacement of sections, motors, controls , filters and other working parts, and for adjustments and lubrication of parts requiring such attention. Panels, grilles and access doors that must be removed for normal servicing operations shall not be attached to the building construction. SECTION MC 9 10 FLOOR FURNACES [CONT.]: 909.6 Access. Vented wall furnaces shall be provided with access for cleaning of heating surfaces, removal of burners, replacement of sections, motors, controls , filters and other working parts, and for adjustments and lubrication of parts requiring such attention. Panels, grilles and access doors that must be removed for normal servicing operations shall not be attached to the building construction. SECTION MC 9 10 FLOOR FURNACES [CONT.]: 909.6 Access. Vented wall furnaces shall be provided with access for cleaning of heating surfaces, removal of burners, replacement of sections, motors, controls , filters and other working parts, and for adjustments and lubrication of parts requiring such attention. Panels, grilles and access doors that must be removed for normal servicing operations shall not be attached to the building construction. SECTION MC 9 10 FLOOR FURNACES [CONT.]: 909.6 Access. Vented wall furnaces shall be provided with access for cleaning of heating surfaces, removal of burners, replacement of sections, motors, controls , filters and other working parts, and for adjustments and lubrication of parts requiring such attention. Panels, grilles and access doors that must be removed for normal servicing operations shall not be attached to the building construction. SECTION MC 9 10 FLOOR FURNACES",
    "metadata": {
      "section_full": "909.6",
      "parent_major": "909",
      "parent_minor": "909.6",
      "source": "033.txt"
    }
  },
  {
    "id": "910.1",
    "text": "CONTEXT: 910 > 910.1 | CONTENT: 910.1 910.1 General. Floor furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 729. Unvented floor furnaces are prohibited. [CONT.]: 910.1 General. Floor furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 729. Unvented floor furnaces are prohibited. [CONT.]: 910.1 General. Floor furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 729. Unvented floor furnaces are prohibited. [CONT.]: 910.1 General. Floor furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 729. Unvented floor furnaces are prohibited. [CONT.]: 910.1 General. Floor furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 729. Unvented floor furnaces are prohibited. [CONT.]: 910.1 General. Floor furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 729. Unvented floor furnaces are prohibited. [CONT.]: 910.1 General. Floor furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 729. Unvented floor furnaces are prohibited. [CONT.]: 910.1 General. Floor furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 729. Unvented floor furnaces are prohibited. [CONT.]: 910.1 General. Floor furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 729. Unvented floor furnaces are prohibited. [CONT.]: 910.1 General. Floor furnaces shall be installed in accordance with their listing and the manufacturer\u2019s instructions. Oil - fired furnaces shall be tested in accordance with UL 729. Unvented floor furnaces are prohibited. [CONT.]: 910.1 730 \u2014 03 Oil - fired Wall Furnaces \u2014 with revisions through August 2012 ................................ ................................ ...",
    "metadata": {
      "section_full": "910.1",
      "parent_major": "910",
      "parent_minor": "910.1",
      "source": "033.txt"
    }
  },
  {
    "id": "910.2",
    "text": "CONTEXT: 910 > 910.2 | CONTENT: 910.2 910.2 Placement. Floor furnaces shall not be installed in any corridor, in the floor of any aisle or passageway of any auditorium, public hall, place of assembly, or in any egress element from any such room or space. With the exception of wall register models, a floor furn ace shall not be placed closer than 6 inches (152.4 mm) to the nearest wall, and wall register models shall not be placed closer than 6 inches (152.4 mm) to a corner. The furnace shall be placed such that a drapery or similar combustible object will not be nearer than 12 inches (304.8 mm) to any portion of the register of the furnace. Floor furnaces shall not be installed in concrete floor construction built on grade. The controlling thermostat for a floor furnace shall be located within the same room or sp ace as the floor furnace or shall be located in an adjacent room or space that is permanently open to the room or space containing the floor furnace. Floor furnaces shall be located so as to be accessible. Floor furnaces shall be installed \u2021\u2021\u2021 Chapter 9 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 9 SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 901 GENERAL [CONT.]: 910.2 Placement. Floor furnaces shall not be installed in any corridor, in the floor of any aisle or passageway of any auditorium, public hall, place of assembly, or in any egress element from any such room or space. With the exception of wall register models, a floor furn ace shall not be placed closer than 6 inches (152.4 mm) to the nearest wall, and wall register models shall not be placed closer than 6 inches (152.4 mm) to a corner. The furnace shall be placed such that a drapery or similar combustible object will not be nearer than 12 inches (304.8 mm) to any portion of the register of the furnace. Floor furnaces shall not be installed in concrete floor construction built on grade. The controlling thermostat for a floor furnace shall be located within the same room or sp ace as the floor furnace or shall be located in an adjacent room or space that is permanently open to the room or space containing the floor furnace. Floor furnaces shall be located so as to be accessible. Floor furnaces shall be installed \u2021\u2021\u2021 Chapter 9 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 9 SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 901 GENERAL [CONT.]: 910.2 Placement. Floor furnaces shall not be installed in any corridor, in the floor of any aisle or passageway of any auditorium, public hall, place of assembly, or in any egress element from any such room or space. With the exception of wall register models, a floor furn ace shall not be placed closer than 6 inches (152.4 mm) to the nearest wall, and wall register models shall not be placed closer than 6 inches (152.4 mm) to a corner. The furnace shall be placed such that a drapery or similar combustible object will not be nearer than 12 inches (304.8 mm) to any portion of the register of the furnace. Floor furnaces shall not be installed in concrete floor construction built on grade. The controlling thermostat for a floor furnace shall be located within the same room or sp ace as the floor furnace or shall be located in an adjacent room or space that is permanently open to the room or space containing the floor furnace. Floor furnaces shall be located so as to be accessible. Floor furnaces shall be installed SPECIFIC APPLIANCES AND EQUIPMENT only in floors o f noncombustible construction having at least a 2 - hour fire rating, except as where required for one - and two - family dwellings. [CONT.]: 910.2 Placement. Floor furnaces shall not be installed in any corridor, in the floor of any aisle or passageway of any auditorium, public hall, place of assembly, or in any egress element from any such room or space. With the exception of wall register models, a floor furn ace shall not be placed closer than 6 inches (152.4 mm) to the nearest wall, and wall register models shall not be placed closer than 6 inches (152.4 mm) to a corner. The furnace shall be placed such that a drapery or similar combustible object will not be nearer than 12 inches (304.8 mm) to any portion of the register of the furnace. Floor furnaces shall not be installed in concrete floor construction built on grade. The controlling thermostat for a floor furnace shall be located within the same room or sp ace as the floor furnace or shall be located in an adjacent room or space that is permanently open to the room or space containing the floor furnace. Floor furnaces shall be located so as to be accessible. Floor furnaces shall be installed SPECIFIC APPLIANCES AND EQUIPMENT only in floors o f noncombustible construction having at least a 2 - hour fire rating, except as where required for one - and two - family dwellings. [CONT.]: 910.2 Placement. Floor furnaces shall not be installed in any corridor, in the floor of any aisle or passageway of any auditorium, public hall, place of assembly, or in any egress element from any such room or space. With the exception of wall register models, a floor furn ace shall not be placed closer than 6 inches (152.4 mm) to the nearest wall, and wall register models shall not be placed closer than 6 inches (152.4 mm) to a corner. The furnace shall be placed such that a drapery or similar combustible object will not be nearer than 12 inches (304.8 mm) to any portion of the register of the furnace. Floor furnaces shall not be installed in concrete floor construction built on grade. The controlling thermostat for a floor furnace shall be located within the same room or sp ace as the floor furnace or shall be located in an adjacent room or space that is permanently open to the room or space containing the floor furnace. Floor furnaces shall be located so as to be accessible. Floor furnaces shall be installed SPECIFIC APPLIANCES AND EQUIPMENT only in floors o f noncombustible construction having at least a 2 - hour fire rating, except as where required for one - and two - family dwellings. [CONT.]: 910.2 Placement. Floor furnaces shall not be installed in any corridor, in the floor of any aisle or passageway of any auditorium, public hall, place of assembly, or in any egress element from any such room or space. With the exception of wall register models, a floor furn ace shall not be placed closer than 6 inches (152.4 mm) to the nearest wall, and wall register models shall not be placed closer than 6 inches (152.4 mm) to a corner. The furnace shall be placed such that a drapery or similar combustible object will not be nearer than 12 inches (304.8 mm) to any portion of the register of the furnace. Floor furnaces shall not be installed in concrete floor construction built on grade. The controlling thermostat for a floor furnace shall be located within the same room or sp ace as the floor furnace or shall be located in an adjacent room or space that is permanently open to the room or space containing the floor furnace. Floor furnaces shall be located so as to be accessible. Floor furnaces shall be installed SPECIFIC APPLIANCES AND EQUIPMENT only in floors o f noncombustible construction having at least a 2 - hour fire rating, except as where required for one - and two - family dwellings. [CONT.]: 910.2 Placement. Floor furnaces shall not be installed in any corridor, in the floor of any aisle or passageway of any auditorium, public hall, place of assembly, or in any egress element from any such room or space. With the exception of wall register models, a floor furn ace shall not be placed closer than 6 inches (152.4 mm) to the nearest wall, and wall register models shall not be placed closer than 6 inches (152.4 mm) to a corner. The furnace shall be placed such that a drapery or similar combustible object will not be nearer than 12 inches (304.8 mm) to any portion of the register of the furnace. Floor furnaces shall not be installed in concrete floor construction built on grade. The controlling thermostat for a floor furnace shall be located within the same room or sp ace as the floor furnace or shall be located in an adjacent room or space that is permanently open to the room or space containing the floor furnace. Floor furnaces shall be located so as to be accessible. Floor furnaces shall be installed SPECIFIC APPLIANCES AND EQUIPMENT only in floors o f noncombustible construction having at least a 2 - hour fire rating, except as where required for one - and two - family dwellings. [CONT.]: 910.2 Placement. Floor furnaces shall not be installed in any corridor, in the floor of any aisle or passageway of any auditorium, public hall, place of assembly, or in any egress element from any such room or space. With the exception of wall register models, a floor furn ace shall not be placed closer than 6 inches (152.4 mm) to the nearest wall, and wall register models shall not be placed closer than 6 inches (152.4 mm) to a corner. The furnace shall be placed such that a drapery or similar combustible object will not be nearer than 12 inches (304.8 mm) to any portion of the register of the furnace. Floor furnaces shall not be installed in concrete floor construction built on grade. The controlling thermostat for a floor furnace shall be located within the same room or sp ace as the floor furnace or shall be located in an adjacent room or space that is permanently open to the room or space containing the floor furnace. Floor furnaces shall be located so as to be accessible. Floor furnaces shall be installed SPECIFIC APPLIANCES AND EQUIPMENT only in floors o f noncombustible construction having at least a 2 - hour fire rating, except as where required for one - and two - family dwellings. [CONT.]: 910.2 Placement. Floor furnaces shall not be installed in any corridor, in the floor of any aisle or passageway of any auditorium, public hall, place of assembly, or in any egress element from any such room or space. With the exception of wall register models, a floor furn ace shall not be placed closer than 6 inches (152.4 mm) to the nearest wall, and wall register models shall not be placed closer than 6 inches (152.4 mm) to a corner. The furnace shall be placed such that a drapery or similar combustible object will not be nearer than 12 inches (304.8 mm) to any portion of the register of the furnace. Floor furnaces shall not be installed in concrete floor construction built on grade. The controlling thermostat for a floor furnace shall be located within the same room or sp ace as the floor furnace or shall be located in an adjacent room or space that is permanently open to the room or space containing the floor furnace. Floor furnaces shall be located so as to be accessible. Floor furnaces shall be installed SPECIFIC APPLIANCES AND EQUIPMENT only in floors o f noncombustible construction having at least a 2 - hour fire rating, except as where required for one - and two - family dwellings. [CONT.]: 910.2 Placement. Floor furnaces shall not be installed in any corridor, in the floor of any aisle or passageway of any auditorium, public hall, place of assembly, or in any egress element from any such room or space. With the exception of wall register models, a floor furn ace shall not be placed closer than 6 inches (152.4 mm) to the nearest wall, and wall register models shall not be placed closer than 6 inches (152.4 mm) to a corner. The furnace shall be placed such that a drapery or similar combustible object will not be nearer than 12 inches (304.8 mm) to any portion of the register of the furnace. Floor furnaces shall not be installed in concrete floor construction built on grade. The controlling thermostat for a floor furnace shall be located within the same room or sp ace as the floor furnace or shall be located in an adjacent room or space that is permanently open to the room or space containing the floor furnace. Floor furnaces shall be located so as to be accessible. Floor furnaces shall be installed SPECIFIC APPLIANCES AND EQUIPMENT only in floors o f noncombustible construction having at least a 2 - hour fire rating, except as where required for one - and two - family dwellings.",
    "metadata": {
      "section_full": "910.2",
      "parent_major": "910",
      "parent_minor": "910.2",
      "source": "033.txt"
    }
  },
  {
    "id": "910.3",
    "text": "CONTEXT: 910 > 910.3 | CONTENT: 910.3 910.3 Bracing. The floor around the furnace shall be braced and headed with a support framework design in accordance with the Ne w York City Building Code . [CONT.]: 910.3 Bracing. The floor around the furnace shall be braced and headed with a support framework design in accordance with the Ne w York City Building Code . [CONT.]: 910.3 Bracing. The floor around the furnace shall be braced and headed with a support framework design in accordance with the Ne w York City Building Code . [CONT.]: 910.3 Bracing. The floor around the furnace shall be braced and headed with a support framework design in accordance with the Ne w York City Building Code . [CONT.]: 910.3 Bracing. The floor around the furnace shall be braced and headed with a support framework design in accordance with the Ne w York City Building Code . [CONT.]: 910.3 Bracing. The floor around the furnace shall be braced and headed with a support framework design in accordance with the Ne w York City Building Code . [CONT.]: 910.3 Bracing. The floor around the furnace shall be braced and headed with a support framework design in accordance with the Ne w York City Building Code . [CONT.]: 910.3 Bracing. The floor around the furnace shall be braced and headed with a support framework design in accordance with the Ne w York City Building Code .",
    "metadata": {
      "section_full": "910.3",
      "parent_major": "910",
      "parent_minor": "910.3",
      "source": "033.txt"
    }
  },
  {
    "id": "910.4",
    "text": "CONTEXT: 910 > 910.4 | CONTENT: 910.4 910.4 Clearance. The lowest portion of the floor furnace shall have not less than a 6 - inch (152.4 mm) clearance from the grade level; except where the lower 6 - inch (152.4 mm) portion of the floor furnace is sealed by the manufacturer to prevent entrance of water, the minimum clearance shall be reduced to not less than 2 inches (50.8 mm). Where these clearances are not present, the ground below and to the sides shall be excavated to form a pit under the furnace so that the required clearance is provided beneath the lowest portion of the furnace. A 12 - inch (304.8 mm) minimum clearance shall be provided on all sides except the control side, which shall have an 18 - inch (457.2 mm) minimum clearance. [CONT.]: 910.4 Clearance. The lowest portion of the floor furnace shall have not less than a 6 - inch (152.4 mm) clearance from the grade level; except where the lower 6 - inch (152.4 mm) portion of the floor furnace is sealed by the manufacturer to prevent entrance of water, the minimum clearance shall be reduced to not less than 2 inches (50.8 mm). Where these clearances are not present, the ground below and to the sides shall be excavated to form a pit under the furnace so that the required clearance is provided beneath the lowest portion of the furnace. A 12 - inch (304.8 mm) minimum clearance shall be provided on all sides except the control side, which shall have an 18 - inch (457.2 mm) minimum clearance. [CONT.]: 910.4 Clearance. The lowest portion of the floor furnace shall have not less than a 6 - inch (152.4 mm) clearance from the grade level; except where the lower 6 - inch (152.4 mm) portion of the floor furnace is sealed by the manufacturer to prevent entrance of water, the minimum clearance shall be reduced to not less than 2 inches (50.8 mm). Where these clearances are not present, the ground below and to the sides shall be excavated to form a pit under the furnace so that the required clearance is provided beneath the lowest portion of the furnace. A 12 - inch (304.8 mm) minimum clearance shall be provided on all sides except the control side, which shall have an 18 - inch (457.2 mm) minimum clearance. [CONT.]: 910.4 Clearance. The lowest portion of the floor furnace shall have not less than a 6 - inch (152.4 mm) clearance from the grade level; except where the lower 6 - inch (152.4 mm) portion of the floor furnace is sealed by the manufacturer to prevent entrance of water, the minimum clearance shall be reduced to not less than 2 inches (50.8 mm). Where these clearances are not present, the ground below and to the sides shall be excavated to form a pit under the furnace so that the required clearance is provided beneath the lowest portion of the furnace. A 12 - inch (304.8 mm) minimum clearance shall be provided on all sides except the control side, which shall have an 18 - inch (457.2 mm) minimum clearance. [CONT.]: 910.4 Clearance. The lowest portion of the floor furnace shall have not less than a 6 - inch (152.4 mm) clearance from the grade level; except where the lower 6 - inch (152.4 mm) portion of the floor furnace is sealed by the manufacturer to prevent entrance of water, the minimum clearance shall be reduced to not less than 2 inches (50.8 mm). Where these clearances are not present, the ground below and to the sides shall be excavated to form a pit under the furnace so that the required clearance is provided beneath the lowest portion of the furnace. A 12 - inch (304.8 mm) minimum clearance shall be provided on all sides except the control side, which shall have an 18 - inch (457.2 mm) minimum clearance. [CONT.]: 910.4 Clearance. The lowest portion of the floor furnace shall have not less than a 6 - inch (152.4 mm) clearance from the grade level; except where the lower 6 - inch (152.4 mm) portion of the floor furnace is sealed by the manufacturer to prevent entrance of water, the minimum clearance shall be reduced to not less than 2 inches (50.8 mm). Where these clearances are not present, the ground below and to the sides shall be excavated to form a pit under the furnace so that the required clearance is provided beneath the lowest portion of the furnace. A 12 - inch (304.8 mm) minimum clearance shall be provided on all sides except the control side, which shall have an 18 - inch (457.2 mm) minimum clearance. [CONT.]: 910.4 Clearance. The lowest portion of the floor furnace shall have not less than a 6 - inch (152.4 mm) clearance from the grade level; except where the lower 6 - inch (152.4 mm) portion of the floor furnace is sealed by the manufacturer to prevent entrance of water, the minimum clearance shall be reduced to not less than 2 inches (50.8 mm). Where these clearances are not present, the ground below and to the sides shall be excavated to form a pit under the furnace so that the required clearance is provided beneath the lowest portion of the furnace. A 12 - inch (304.8 mm) minimum clearance shall be provided on all sides except the control side, which shall have an 18 - inch (457.2 mm) minimum clearance. [CONT.]: 910.4 Clearance. The lowest portion of the floor furnace shall have not less than a 6 - inch (152.4 mm) clearance from the grade level; except where the lower 6 - inch (152.4 mm) portion of the floor furnace is sealed by the manufacturer to prevent entrance of water, the minimum clearance shall be reduced to not less than 2 inches (50.8 mm). Where these clearances are not present, the ground below and to the sides shall be excavated to form a pit under the furnace so that the required clearance is provided beneath the lowest portion of the furnace. A 12 - inch (304.8 mm) minimum clearance shall be provided on all sides except the control side, which shall have an 18 - inch (457.2 mm) minimum clearance.",
    "metadata": {
      "section_full": "910.4",
      "parent_major": "910",
      "parent_minor": "910.4",
      "source": "033.txt"
    }
  },
  {
    "id": "910.5",
    "text": "CONTEXT: 910 > 910.5 | CONTENT: 910.5 910.5 Enclosures. Enclosures of floor furnaces shall be constructed entirely of noncombustible materials with a fire - resistance rating of at least 1 hour and shall be provided with adequate outdoor air to ensure proper combustion. The enclosure shall be provided with adequate means of access for servicing the furnace. [CONT.]: 910.5 Enclosures. Enclosures of floor furnaces shall be constructed entirely of noncombustible materials with a fire - resistance rating of at least 1 hour and shall be provided with adequate outdoor air to ensure proper combustion. The enclosure shall be provided with adequate means of access for servicing the furnace. [CONT.]: 910.5 Enclosures. Enclosures of floor furnaces shall be constructed entirely of noncombustible materials with a fire - resistance rating of at least 1 hour and shall be provided with adequate outdoor air to ensure proper combustion. The enclosure shall be provided with adequate means of access for servicing the furnace. [CONT.]: 910.5 Enclosures. Enclosures of floor furnaces shall be constructed entirely of noncombustible materials with a fire - resistance rating of at least 1 hour and shall be provided with adequate outdoor air to ensure proper combustion. The enclosure shall be provided with adequate means of access for servicing the furnace. [CONT.]: 910.5 Enclosures. Enclosures of floor furnaces shall be constructed entirely of noncombustible materials with a fire - resistance rating of at least 1 hour and shall be provided with adequate outdoor air to ensure proper combustion. The enclosure shall be provided with adequate means of access for servicing the furnace. [CONT.]: 910.5 Enclosures. Enclosures of floor furnaces shall be constructed entirely of noncombustible materials with a fire - resistance rating of at least 1 hour and shall be provided with adequate outdoor air to ensure proper combustion. The enclosure shall be provided with adequate means of access for servicing the furnace. [CONT.]: 910.5 Enclosures. Enclosures of floor furnaces shall be constructed entirely of noncombustible materials with a fire - resistance rating of at least 1 hour and shall be provided with adequate outdoor air to ensure proper combustion. The enclosure shall be provided with adequate means of access for servicing the furnace. [CONT.]: 910.5 Enclosures. Enclosures of floor furnaces shall be constructed entirely of noncombustible materials with a fire - resistance rating of at least 1 hour and shall be provided with adequate outdoor air to ensure proper combustion. The enclosure shall be provided with adequate means of access for servicing the furnace.",
    "metadata": {
      "section_full": "910.5",
      "parent_major": "910",
      "parent_minor": "910.5",
      "source": "033.txt"
    }
  },
  {
    "id": "910.6",
    "text": "CONTEXT: 910 > 910.6 | CONTENT: 910.6 910.6 Duct temperature. The outlet duct temperature of warm air heating furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). [CONT.]: 910.6 Duct temperature. The outlet duct temperature of warm air heating furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). [CONT.]: 910.6 Duct temperature. The outlet duct temperature of warm air heating furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). [CONT.]: 910.6 Duct temperature. The outlet duct temperature of warm air heating furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). [CONT.]: 910.6 Duct temperature. The outlet duct temperature of warm air heating furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). [CONT.]: 910.6 Duct temperature. The outlet duct temperature of warm air heating furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). [CONT.]: 910.6 Duct temperature. The outlet duct temperature of warm air heating furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). [CONT.]: 910.6 Duct temperature. The outlet duct temperature of warm air heating furnaces shall not be greater than 250\u00b0F (121.1\u00b0C).",
    "metadata": {
      "section_full": "910.6",
      "parent_major": "910",
      "parent_minor": "910.6",
      "source": "033.txt"
    }
  },
  {
    "id": "910.7",
    "text": "CONTEXT: 910 > 910.7 | CONTENT: 910.7 910.7 One - and two - family dwellings. Floor furnace enclosures shall be constructed of noncombust ible materials with a fire - resistance rating of at least 1 hour. Means shall be provided for supporting the furnace when the grille is removed. Clearances shall be provided as per NFPA 54. SECTION MC 911 DUCT FURNACES AND HEATERS [CONT.]: 910.7 One - and two - family dwellings. Floor furnace enclosures shall be constructed of noncombust ible materials with a fire - resistance rating of at least 1 hour. Means shall be provided for supporting the furnace when the grille is removed. Clearances shall be provided as per NFPA 54. SECTION MC 911 DUCT FURNACES AND HEATERS [CONT.]: 910.7 One - and two - family dwellings. Floor furnace enclosures shall be constructed of noncombust ible materials with a fire - resistance rating of at least 1 hour. Means shall be provided for supporting the furnace when the grille is removed. Clearances shall be provided as per NFPA 54. SECTION MC 911 DUCT FURNACES AND HEATERS [CONT.]: 910.7 One - and two - family dwellings. Floor furnace enclosures shall be constructed of noncombust ible materials with a fire - resistance rating of at least 1 hour. Means shall be provided for supporting the furnace when the grille is removed. Clearances shall be provided as per NFPA 54. SECTION MC 911 DUCT FURNACES AND HEATERS [CONT.]: 910.7 One - and two - family dwellings. Floor furnace enclosures shall be constructed of noncombust ible materials with a fire - resistance rating of at least 1 hour. Means shall be provided for supporting the furnace when the grille is removed. Clearances shall be provided as per NFPA 54. SECTION MC 911 DUCT FURNACES AND HEATERS [CONT.]: 910.7 One - and two - family dwellings. Floor furnace enclosures shall be constructed of noncombust ible materials with a fire - resistance rating of at least 1 hour. Means shall be provided for supporting the furnace when the grille is removed. Clearances shall be provided as per NFPA 54. SECTION MC 911 DUCT FURNACES AND HEATERS [CONT.]: 910.7 One - and two - family dwellings. Floor furnace enclosures shall be constructed of noncombust ible materials with a fire - resistance rating of at least 1 hour. Means shall be provided for supporting the furnace when the grille is removed. Clearances shall be provided as per NFPA 54. SECTION MC 911 DUCT FURNACES AND HEATERS [CONT.]: 910.7 One - and two - family dwellings. Floor furnace enclosures shall be constructed of noncombust ible materials with a fire - resistance rating of at least 1 hour. Means shall be provided for supporting the furnace when the grille is removed. Clearances shall be provided as per NFPA 54. SECTION MC 911 DUCT FURNACES AND HEATERS",
    "metadata": {
      "section_full": "910.7",
      "parent_major": "910",
      "parent_minor": "910.7",
      "source": "033.txt"
    }
  },
  {
    "id": "911.1",
    "text": "CONTEXT: 911 > 911.1 | CONTENT: 911.1 911.1 General. Duct furnac es and heaters shall be installed in accordance with the manufacturer\u2019s instructions. Electric furnaces and duct heaters shall comply with UL 1995 or UL 1996, as applicable. Unvented fuel - fired duct furnaces are prohibited . [CONT.]: 911.1 General. Duct furnac es and heaters shall be installed in accordance with the manufacturer\u2019s instructions. Electric furnaces and duct heaters shall comply with UL 1995 or UL 1996, as applicable. Unvented fuel - fired duct furnaces are prohibited . [CONT.]: 911.1 General. Duct furnac es and heaters shall be installed in accordance with the manufacturer\u2019s instructions. Electric furnaces and duct heaters shall comply with UL 1995 or UL 1996, as applicable. Unvented fuel - fired duct furnaces are prohibited . [CONT.]: 911.1 General. Duct furnac es and heaters shall be installed in accordance with the manufacturer\u2019s instructions. Electric furnaces and duct heaters shall comply with UL 1995 or UL 1996, as applicable. Unvented fuel - fired duct furnaces are prohibited . [CONT.]: 911.1 General. Duct furnac es and heaters shall be installed in accordance with the manufacturer\u2019s instructions. Electric furnaces and duct heaters shall comply with UL 1995 or UL 1996, as applicable. Unvented fuel - fired duct furnaces are prohibited . [CONT.]: 911.1 General. Duct furnac es and heaters shall be installed in accordance with the manufacturer\u2019s instructions. Electric furnaces and duct heaters shall comply with UL 1995 or UL 1996, as applicable. Unvented fuel - fired duct furnaces are prohibited . [CONT.]: 911.1 General. Duct furnac es and heaters shall be installed in accordance with the manufacturer\u2019s instructions. Electric furnaces and duct heaters shall comply with UL 1995 or UL 1996, as applicable. Unvented fuel - fired duct furnaces are prohibited . [CONT.]: 911.1 General. Duct furnac es and heaters shall be installed in accordance with the manufacturer\u2019s instructions. Electric furnaces and duct heaters shall comply with UL 1995 or UL 1996, as applicable. Unvented fuel - fired duct furnaces are prohibited . [CONT.]: 911.1 2024 \u2014 2011 Standard for Safety Optical - Fiber and Communications Cable Raceway \u2014 with revisions through April 2011 .............................................................................................",
    "metadata": {
      "section_full": "911.1",
      "parent_major": "911",
      "parent_minor": "911.1",
      "source": "033.txt"
    }
  },
  {
    "id": "911.2",
    "text": "CONTEXT: 911 > 911.2 | CONTENT: 911.2 911.2 Access panels. Ducts conne cted to duct furnaces shall have removable access panels on both the upstream and downstream sides of the furnace. [CONT.]: 911.2 Access panels. Ducts conne cted to duct furnaces shall have removable access panels on both the upstream and downstream sides of the furnace. [CONT.]: 911.2 Access panels. Ducts conne cted to duct furnaces shall have removable access panels on both the upstream and downstream sides of the furnace. [CONT.]: 911.2 Access panels. Ducts conne cted to duct furnaces shall have removable access panels on both the upstream and downstream sides of the furnace. [CONT.]: 911.2 Access panels. Ducts conne cted to duct furnaces shall have removable access panels on both the upstream and downstream sides of the furnace. [CONT.]: 911.2 Access panels. Ducts conne cted to duct furnaces shall have removable access panels on both the upstream and downstream sides of the furnace. [CONT.]: 911.2 Access panels. Ducts conne cted to duct furnaces shall have removable access panels on both the upstream and downstream sides of the furnace. [CONT.]: 911.2 Access panels. Ducts conne cted to duct furnaces shall have removable access panels on both the upstream and downstream sides of the furnace.",
    "metadata": {
      "section_full": "911.2",
      "parent_major": "911",
      "parent_minor": "911.2",
      "source": "033.txt"
    }
  },
  {
    "id": "911.3",
    "text": "CONTEXT: 911 > 911.3 | CONTENT: 911.3 911.3 Location of draft hood and controls. The controls, combustion air inlets and draft hoods for duct furnaces shall be located outside of the ducts. The draft hood shall be located in the same enclosure from which combustion air is taken. [CONT.]: 911.3 Location of draft hood and controls. The controls, combustion air inlets and draft hoods for duct furnaces shall be located outside of the ducts. The draft hood shall be located in the same enclosure from which combustion air is taken. [CONT.]: 911.3 Location of draft hood and controls. The controls, combustion air inlets and draft hoods for duct furnaces shall be located outside of the ducts. The draft hood shall be located in the same enclosure from which combustion air is taken. [CONT.]: 911.3 Location of draft hood and controls. The controls, combustion air inlets and draft hoods for duct furnaces shall be located outside of the ducts. The draft hood shall be located in the same enclosure from which combustion air is taken. [CONT.]: 911.3 Location of draft hood and controls. The controls, combustion air inlets and draft hoods for duct furnaces shall be located outside of the ducts. The draft hood shall be located in the same enclosure from which combustion air is taken. [CONT.]: 911.3 Location of draft hood and controls. The controls, combustion air inlets and draft hoods for duct furnaces shall be located outside of the ducts. The draft hood shall be located in the same enclosure from which combustion air is taken. [CONT.]: 911.3 Location of draft hood and controls. The controls, combustion air inlets and draft hoods for duct furnaces shall be located outside of the ducts. The draft hood shall be located in the same enclosure from which combustion air is taken. [CONT.]: 911.3 Location of draft hood and controls. The controls, combustion air inlets and draft hoods for duct furnaces shall be located outside of the ducts. The draft hood shall be located in the same enclosure from which combustion air is taken.",
    "metadata": {
      "section_full": "911.3",
      "parent_major": "911",
      "parent_minor": "911.3",
      "source": "033.txt"
    }
  },
  {
    "id": "911.4",
    "text": "CONTEXT: 911 > 911.4 | CONTENT: 911.4 911.4 Circulating air. Where a duct furnace is installed so that supply ducts convey air to areas outside the space containing the furnace, the return air shall also be conveyed by a duct(s) sealed to the furnace casing and terminating outside the space containing the furnace. The duct furnace shall be installed on the positive pressure side of the circulating air blower. [CONT.]: 911.4 Circulating air. Where a duct furnace is installed so that supply ducts convey air to areas outside the space containing the furnace, the return air shall also be conveyed by a duct(s) sealed to the furnace casing and terminating outside the space containing the furnace. The duct furnace shall be installed on the positive pressure side of the circulating air blower. [CONT.]: 911.4 Circulating air. Where a duct furnace is installed so that supply ducts convey air to areas outside the space containing the furnace, the return air shall also be conveyed by a duct(s) sealed to the furnace casing and terminating outside the space containing the furnace. The duct furnace shall be installed on the positive pressure side of the circulating air blower. [CONT.]: 911.4 Circulating air. Where a duct furnace is installed so that supply ducts convey air to areas outside the space containing the furnace, the return air shall also be conveyed by a duct(s) sealed to the furnace casing and terminating outside the space containing the furnace. The duct furnace shall be installed on the positive pressure side of the circulating air blower. [CONT.]: 911.4 Circulating air. Where a duct furnace is installed so that supply ducts convey air to areas outside the space containing the furnace, the return air shall also be conveyed by a duct(s) sealed to the furnace casing and terminating outside the space containing the furnace. The duct furnace shall be installed on the positive pressure side of the circulating air blower. [CONT.]: 911.4 Circulating air. Where a duct furnace is installed so that supply ducts convey air to areas outside the space containing the furnace, the return air shall also be conveyed by a duct(s) sealed to the furnace casing and terminating outside the space containing the furnace. The duct furnace shall be installed on the positive pressure side of the circulating air blower. [CONT.]: 911.4 Circulating air. Where a duct furnace is installed so that supply ducts convey air to areas outside the space containing the furnace, the return air shall also be conveyed by a duct(s) sealed to the furnace casing and terminating outside the space containing the furnace. The duct furnace shall be installed on the positive pressure side of the circulating air blower. [CONT.]: 911.4 Circulating air. Where a duct furnace is installed so that supply ducts convey air to areas outside the space containing the furnace, the return air shall also be conveyed by a duct(s) sealed to the furnace casing and terminating outside the space containing the furnace. The duct furnace shall be installed on the positive pressure side of the circulating air blower.",
    "metadata": {
      "section_full": "911.4",
      "parent_major": "911",
      "parent_minor": "911.4",
      "source": "033.txt"
    }
  },
  {
    "id": "911.5",
    "text": "CONTEXT: 911 > 911.5 | CONTENT: 911.5 911.5 Duct temperature. T he outlet duct temperature of duct furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). SECTION MC 912 INFRARED RADIANT HEATERS [CONT.]: 911.5 Duct temperature. T he outlet duct temperature of duct furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). SECTION MC 912 INFRARED RADIANT HEATERS [CONT.]: 911.5 Duct temperature. T he outlet duct temperature of duct furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). SECTION MC 912 INFRARED RADIANT HEATERS [CONT.]: 911.5 Duct temperature. T he outlet duct temperature of duct furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). SECTION MC 912 INFRARED RADIANT HEATERS [CONT.]: 911.5 Duct temperature. T he outlet duct temperature of duct furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). SECTION MC 912 INFRARED RADIANT HEATERS [CONT.]: 911.5 Duct temperature. T he outlet duct temperature of duct furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). SECTION MC 912 INFRARED RADIANT HEATERS [CONT.]: 911.5 Duct temperature. T he outlet duct temperature of duct furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). SECTION MC 912 INFRARED RADIANT HEATERS [CONT.]: 911.5 Duct temperature. T he outlet duct temperature of duct furnaces shall not be greater than 250\u00b0F (121.1\u00b0C). SECTION MC 912 INFRARED RADIANT HEATERS",
    "metadata": {
      "section_full": "911.5",
      "parent_major": "911",
      "parent_minor": "911.5",
      "source": "033.txt"
    }
  },
  {
    "id": "912.1",
    "text": "CONTEXT: 912 > 912.1 | CONTENT: 912.1 912.1 General. Electric infrared radiant heaters shall comply with UL 499. [CONT.]: 912.1 General. Electric infrared radiant heaters shall comply with UL 499. [CONT.]: 912.1 General. Electric infrared radiant heaters shall comply with UL 499. [CONT.]: 912.1 General. Electric infrared radiant heaters shall comply with UL 499. [CONT.]: 912.1 General. Electric infrared radiant heaters shall comply with UL 499. [CONT.]: 912.1 General. Electric infrared radiant heaters shall comply with UL 499. [CONT.]: 912.1 General. Electric infrared radiant heaters shall comply with UL 499. [CONT.]: 912.1 General. Electric infrared radiant heaters shall comply with UL 499.",
    "metadata": {
      "section_full": "912.1",
      "parent_major": "912",
      "parent_minor": "912.1",
      "source": "033.txt"
    }
  },
  {
    "id": "912.2",
    "text": "CONTEXT: 912 > 912.2 | CONTENT: 912.2 912.2 Support. Infrared radiant heaters shall be fixed in a position independent of fuel and electric supply lines. Hangers and brackets shall be noncombustible material. [CONT.]: 912.2 Support. Infrared radiant heaters shall be fixed in a position independent of fuel and electric supply lines. Hangers and brackets shall be noncombustible material. [CONT.]: 912.2 Support. Infrared radiant heaters shall be fixed in a position independent of fuel and electric supply lines. Hangers and brackets shall be noncombustible material. [CONT.]: 912.2 Support. Infrared radiant heaters shall be fixed in a position independent of fuel and electric supply lines. Hangers and brackets shall be noncombustible material. [CONT.]: 912.2 Support. Infrared radiant heaters shall be fixed in a position independent of fuel and electric supply lines. Hangers and brackets shall be noncombustible material. [CONT.]: 912.2 Support. Infrared radiant heaters shall be fixed in a position independent of fuel and electric supply lines. Hangers and brackets shall be noncombustible material. [CONT.]: 912.2 Support. Infrared radiant heaters shall be fixed in a position independent of fuel and electric supply lines. Hangers and brackets shall be noncombustible material. [CONT.]: 912.2 Support. Infrared radiant heaters shall be fixed in a position independent of fuel and electric supply lines. Hangers and brackets shall be noncombustible material.",
    "metadata": {
      "section_full": "912.2",
      "parent_major": "912",
      "parent_minor": "912.2",
      "source": "033.txt"
    }
  },
  {
    "id": "912.3",
    "text": "CONTEXT: 912 > 912.3 | CONTENT: 912.3 912.3 Clearances. Heaters shall be installed with clearances from combustible material in accordance with the manufacturer\u2019s instructions. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 913 CLOTHES DRYERS [CONT.]: 912.3 Clearances. Heaters shall be installed with clearances from combustible material in accordance with the manufacturer\u2019s instructions. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 913 CLOTHES DRYERS [CONT.]: 912.3 Clearances. Heaters shall be installed with clearances from combustible material in accordance with the manufacturer\u2019s instructions. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 913 CLOTHES DRYERS [CONT.]: 912.3 Clearances. Heaters shall be installed with clearances from combustible material in accordance with the manufacturer\u2019s instructions. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 913 CLOTHES DRYERS [CONT.]: 912.3 Clearances. Heaters shall be installed with clearances from combustible material in accordance with the manufacturer\u2019s instructions. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 913 CLOTHES DRYERS [CONT.]: 912.3 Clearances. Heaters shall be installed with clearances from combustible material in accordance with the manufacturer\u2019s instructions. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 913 CLOTHES DRYERS [CONT.]: 912.3 Clearances. Heaters shall be installed with clearances from combustible material in accordance with the manufacturer\u2019s instructions. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 913 CLOTHES DRYERS [CONT.]: 912.3 Clearances. Heaters shall be installed with clearances from combustible material in accordance with the manufacturer\u2019s instructions. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 913 CLOTHES DRYERS",
    "metadata": {
      "section_full": "912.3",
      "parent_major": "912",
      "parent_minor": "912.3",
      "source": "033.txt"
    }
  },
  {
    "id": "913.1",
    "text": "CONTEXT: 913 > 913.1 | CONTENT: 913.1 913.1 General. Clothes dryers shall be installed in accordance with the manufacturer\u2019s instructions and shall comply with the following as applicable: 1. Electric commercial clothes dryers shall be tested in accordance with U L 1240. 2. Electric residential clothes dryers shall be tested in accordance with UL 2158. 3. Electric coin - , ticket - , or card - operated clothes dryers shall be tested in accordance with UL 2158. [CONT.]: 913.1 General. Clothes dryers shall be installed in accordance with the manufacturer\u2019s instructions and shall comply with the following as applicable: 1. Electric commercial clothes dryers shall be tested in accordance with U L 1240. 2. Electric residential clothes dryers shall be tested in accordance with UL 2158. 3. Electric coin - , ticket - , or card - operated clothes dryers shall be tested in accordance with UL 2158. [CONT.]: 913.1 General. Clothes dryers shall be installed in accordance with the manufacturer\u2019s instructions and shall comply with the following as applicable: 1. Electric commercial clothes dryers shall be tested in accordance with U L 1240. 2. Electric residential clothes dryers shall be tested in accordance with UL 2158. 3. Electric coin - , ticket - , or card - operated clothes dryers shall be tested in accordance with UL 2158. [CONT.]: 913.1 General. Clothes dryers shall be installed in accordance with the manufacturer\u2019s instructions and shall comply with the following as applicable: 1. Electric commercial clothes dryers shall be tested in accordance with U L 1240. 2. Electric residential clothes dryers shall be tested in accordance with UL 2158. 3. Electric coin - , ticket - , or card - operated clothes dryers shall be tested in accordance with UL 2158. [CONT.]: 913.1 General. Clothes dryers shall be installed in accordance with the manufacturer\u2019s instructions and shall comply with the following as applicable: 1. Electric commercial clothes dryers shall be tested in accordance with U L 1240. 2. Electric residential clothes dryers shall be tested in accordance with UL 2158. 3. Electric coin - , ticket - , or card - operated clothes dryers shall be tested in accordance with UL 2158. [CONT.]: 913.1 General. Clothes dryers shall be installed in accordance with the manufacturer\u2019s instructions and shall comply with the following as applicable: 1. Electric commercial clothes dryers shall be tested in accordance with U L 1240. 2. Electric residential clothes dryers shall be tested in accordance with UL 2158. 3. Electric coin - , ticket - , or card - operated clothes dryers shall be tested in accordance with UL 2158. [CONT.]: 913.1 General. Clothes dryers shall be installed in accordance with the manufacturer\u2019s instructions and shall comply with the following as applicable: 1. Electric commercial clothes dryers shall be tested in accordance with U L 1240. 2. Electric residential clothes dryers shall be tested in accordance with UL 2158. 3. Electric coin - , ticket - , or card - operated clothes dryers shall be tested in accordance with UL 2158. [CONT.]: 913.1 General. Clothes dryers shall be installed in accordance with the manufacturer\u2019s instructions and shall comply with the following as applicable: 1. Electric commercial clothes dryers shall be tested in accordance with U L 1240. 2. Electric residential clothes dryers shall be tested in accordance with UL 2158. 3. Electric coin - , ticket - , or card - operated clothes dryers shall be tested in accordance with UL 2158. [CONT.]: 913.1 1261 \u2014 01 Electric Water Heaters for Pools and Tubs \u2014 with revisions through July 2012 ................................ ........... [CONT.]: 913.1 2158A \u2014 201 7 \u2021 Standard for Clothes Dryer Transition Duct ..............................................................................................",
    "metadata": {
      "section_full": "913.1",
      "parent_major": "913",
      "parent_minor": "913.1",
      "source": "033.txt"
    }
  },
  {
    "id": "913.2",
    "text": "CONTEXT: 913 > 913.2 | CONTENT: 913.2 913.2 Exhaust required. Clothes dryers shall be exhausted i n accordance with Section 504. Exception: Electric clothes dryers provided with a condensate drain. Spaces containing such dryers shall be provided with transfer air openings or other approved means to provide adequate air exchanges with adjacent spaces. 9 13.3 Clearances. Clothes dryers shall be installed with clearance to combustibles in accordance with the manufacturer\u2019s instructions. SECTION MC 914 SAUNA HEATERS [CONT.]: 913.2 Exhaust required. Clothes dryers shall be exhausted i n accordance with Section 504. Exception: Electric clothes dryers provided with a condensate drain. Spaces containing such dryers shall be provided with transfer air openings or other approved means to provide adequate air exchanges with adjacent spaces. 9 13.3 Clearances. Clothes dryers shall be installed with clearance to combustibles in accordance with the manufacturer\u2019s instructions. SECTION MC 914 SAUNA HEATERS [CONT.]: 913.2 Exhaust required. Clothes dryers shall be exhausted i n accordance with Section 504. Exception: Electric clothes dryers provided with a condensate drain. Spaces containing such dryers shall be provided with transfer air openings or other approved means to provide adequate air exchanges with adjacent spaces. 9 13.3 Clearances. Clothes dryers shall be installed with clearance to combustibles in accordance with the manufacturer\u2019s instructions. SECTION MC 914 SAUNA HEATERS [CONT.]: 913.2 Exhaust required. Clothes dryers shall be exhausted i n accordance with Section 504. Exception: Electric clothes dryers provided with a condensate drain. Spaces containing such dryers shall be provided with transfer air openings or other approved means to provide adequate air exchanges with adjacent spaces. 9 13.3 Clearances. Clothes dryers shall be installed with clearance to combustibles in accordance with the manufacturer\u2019s instructions. SECTION MC 914 SAUNA HEATERS [CONT.]: 913.2 Exhaust required. Clothes dryers shall be exhausted i n accordance with Section 504. Exception: Electric clothes dryers provided with a condensate drain. Spaces containing such dryers shall be provided with transfer air openings or other approved means to provide adequate air exchanges with adjacent spaces. 9 13.3 Clearances. Clothes dryers shall be installed with clearance to combustibles in accordance with the manufacturer\u2019s instructions. SECTION MC 914 SAUNA HEATERS [CONT.]: 913.2 Exhaust required. Clothes dryers shall be exhausted i n accordance with Section 504. Exception: Electric clothes dryers provided with a condensate drain. Spaces containing such dryers shall be provided with transfer air openings or other approved means to provide adequate air exchanges with adjacent spaces. 9 13.3 Clearances. Clothes dryers shall be installed with clearance to combustibles in accordance with the manufacturer\u2019s instructions. SECTION MC 914 SAUNA HEATERS [CONT.]: 913.2 Exhaust required. Clothes dryers shall be exhausted i n accordance with Section 504. Exception: Electric clothes dryers provided with a condensate drain. Spaces containing such dryers shall be provided with transfer air openings or other approved means to provide adequate air exchanges with adjacent spaces. 9 13.3 Clearances. Clothes dryers shall be installed with clearance to combustibles in accordance with the manufacturer\u2019s instructions. SECTION MC 914 SAUNA HEATERS [CONT.]: 913.2 Exhaust required. Clothes dryers shall be exhausted i n accordance with Section 504. Exception: Electric clothes dryers provided with a condensate drain. Spaces containing such dryers shall be provided with transfer air openings or other approved means to provide adequate air exchanges with adjacent spaces. 9 13.3 Clearances. Clothes dryers shall be installed with clearance to combustibles in accordance with the manufacturer\u2019s instructions. SECTION MC 914 SAUNA HEATERS",
    "metadata": {
      "section_full": "913.2",
      "parent_major": "913",
      "parent_minor": "913.2",
      "source": "033.txt"
    }
  },
  {
    "id": "914.1",
    "text": "CONTEXT: 914 > 914.1 | CONTENT: 914.1 914.1 Location and protection. Sauna heaters shall be located so as to minimize the possibili ty of accidental contact by a person in the room. [CONT.]: 914.1 Location and protection. Sauna heaters shall be located so as to minimize the possibili ty of accidental contact by a person in the room. [CONT.]: 914.1 Location and protection. Sauna heaters shall be located so as to minimize the possibili ty of accidental contact by a person in the room. [CONT.]: 914.1 Location and protection. Sauna heaters shall be located so as to minimize the possibili ty of accidental contact by a person in the room. [CONT.]: 914.1 Location and protection. Sauna heaters shall be located so as to minimize the possibili ty of accidental contact by a person in the room. [CONT.]: 914.1 Location and protection. Sauna heaters shall be located so as to minimize the possibili ty of accidental contact by a person in the room. [CONT.]: 914.1 Location and protection. Sauna heaters shall be located so as to minimize the possibili ty of accidental contact by a person in the room. [CONT.]: 914.1 Location and protection. Sauna heaters shall be located so as to minimize the possibili ty of accidental contact by a person in the room.",
    "metadata": {
      "section_full": "914.1",
      "parent_major": "914",
      "parent_minor": "914.1",
      "source": "033.txt"
    }
  },
  {
    "id": "914.1.1",
    "text": "CONTEXT: 914 > 914.1 | CONTENT: 914.1.1 914.1.1 Guards. Sauna heaters shall be protected from accidental contact by an approved guard or barrier of material having a low coefficient of thermal conductivity. The guard shall not substantially affec t the transfer of heat from the heater to the room. [CONT.]: 914.1.1 Guards. Sauna heaters shall be protected from accidental contact by an approved guard or barrier of material having a low coefficient of thermal conductivity. The guard shall not substantially affec t the transfer of heat from the heater to the room. [CONT.]: 914.1.1 Guards. Sauna heaters shall be protected from accidental contact by an approved guard or barrier of material having a low coefficient of thermal conductivity. The guard shall not substantially affec t the transfer of heat from the heater to the room. [CONT.]: 914.1.1 Guards. Sauna heaters shall be protected from accidental contact by an approved guard or barrier of material having a low coefficient of thermal conductivity. The guard shall not substantially affec t the transfer of heat from the heater to the room. [CONT.]: 914.1.1 Guards. Sauna heaters shall be protected from accidental contact by an approved guard or barrier of material having a low coefficient of thermal conductivity. The guard shall not substantially affec t the transfer of heat from the heater to the room. [CONT.]: 914.1.1 Guards. Sauna heaters shall be protected from accidental contact by an approved guard or barrier of material having a low coefficient of thermal conductivity. The guard shall not substantially affec t the transfer of heat from the heater to the room. [CONT.]: 914.1.1 Guards. Sauna heaters shall be protected from accidental contact by an approved guard or barrier of material having a low coefficient of thermal conductivity. The guard shall not substantially affec t the transfer of heat from the heater to the room. [CONT.]: 914.1.1 Guards. Sauna heaters shall be protected from accidental contact by an approved guard or barrier of material having a low coefficient of thermal conductivity. The guard shall not substantially affec t the transfer of heat from the heater to the room.",
    "metadata": {
      "section_full": "914.1.1",
      "parent_major": "914",
      "parent_minor": "914.1",
      "source": "033.txt"
    }
  },
  {
    "id": "914.2",
    "text": "CONTEXT: 914 > 914.2 | CONTENT: 914.2 914.2 Installation. Sauna heaters shall be listed and labeled in accordance with UL 875 and shall be installed in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 914.2 Installation. Sauna heaters shall be listed and labeled in accordance with UL 875 and shall be installed in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 914.2 Installation. Sauna heaters shall be listed and labeled in accordance with UL 875 and shall be installed in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 914.2 Installation. Sauna heaters shall be listed and labeled in accordance with UL 875 and shall be installed in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 914.2 Installation. Sauna heaters shall be listed and labeled in accordance with UL 875 and shall be installed in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 914.2 Installation. Sauna heaters shall be listed and labeled in accordance with UL 875 and shall be installed in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 914.2 Installation. Sauna heaters shall be listed and labeled in accordance with UL 875 and shall be installed in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 914.2 Installation. Sauna heaters shall be listed and labeled in accordance with UL 875 and shall be installed in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 914.2 896 \u2014 93 Oil - burning Stoves \u2014 with revisions through August 2012 ................................ ................................ ...........",
    "metadata": {
      "section_full": "914.2",
      "parent_major": "914",
      "parent_minor": "914.2",
      "source": "033.txt"
    }
  },
  {
    "id": "914.3",
    "text": "CONTEXT: 914 > 914.3 | CONTENT: 914.3 914.3 Access. Panels, g rilles and access doors that are required to be removed for normal servicing operations shall not be attached to the building. [CONT.]: 914.3 Access. Panels, g rilles and access doors that are required to be removed for normal servicing operations shall not be attached to the building. [CONT.]: 914.3 Access. Panels, g rilles and access doors that are required to be removed for normal servicing operations shall not be attached to the building. [CONT.]: 914.3 Access. Panels, g rilles and access doors that are required to be removed for normal servicing operations shall not be attached to the building. [CONT.]: 914.3 Access. Panels, g rilles and access doors that are required to be removed for normal servicing operations shall not be attached to the building. [CONT.]: 914.3 Access. Panels, g rilles and access doors that are required to be removed for normal servicing operations shall not be attached to the building. [CONT.]: 914.3 Access. Panels, g rilles and access doors that are required to be removed for normal servicing operations shall not be attached to the building. [CONT.]: 914.3 Access. Panels, g rilles and access doors that are required to be removed for normal servicing operations shall not be attached to the building.",
    "metadata": {
      "section_full": "914.3",
      "parent_major": "914",
      "parent_minor": "914.3",
      "source": "033.txt"
    }
  },
  {
    "id": "914.4.1",
    "text": "CONTEXT: 914 > 914.4 | CONTENT: 914.4.1 914.4.1 Timers. A timer, if provided to control main burner operation, shall have a maximum operating time of 1 hour. The control for the timer shall be located outside the sauna room. [CONT.]: 914.4.1 Timers. A timer, if provided to control main burner operation, shall have a maximum operating time of 1 hour. The control for the timer shall be located outside the sauna room. [CONT.]: 914.4.1 Timers. A timer, if provided to control main burner operation, shall have a maximum operating time of 1 hour. The control for the timer shall be located outside the sauna room. [CONT.]: 914.4.1 Timers. A timer, if provided to control main burner operation, shall have a maximum operating time of 1 hour. The control for the timer shall be located outside the sauna room. [CONT.]: 914.4.1 Timers. A timer, if provided to control main burner operation, shall have a maximum operating time of 1 hour. The control for the timer shall be located outside the sauna room. [CONT.]: 914.4.1 Timers. A timer, if provided to control main burner operation, shall have a maximum operating time of 1 hour. The control for the timer shall be located outside the sauna room. [CONT.]: 914.4.1 Timers. A timer, if provided to control main burner operation, shall have a maximum operating time of 1 hour. The control for the timer shall be located outside the sauna room. [CONT.]: 914.4.1 Timers. A timer, if provided to control main burner operation, shall have a maximum operating time of 1 hour. The control for the timer shall be located outside the sauna room.",
    "metadata": {
      "section_full": "914.4.1",
      "parent_major": "914",
      "parent_minor": "914.4",
      "source": "033.txt"
    }
  },
  {
    "id": "914.5",
    "text": "CONTEXT: 914 > 914.5 | CONTENT: 914.5 914.5 Sauna room. A ventilation opening into the sauna room shall be provided. The opening shall be not less than 4 inches by 8 inches (101.6 mm by 203.2 mm) located near the top of the door into the sauna room. [CONT.]: 914.5 Sauna room. A ventilation opening into the sauna room shall be provided. The opening shall be not less than 4 inches by 8 inches (101.6 mm by 203.2 mm) located near the top of the door into the sauna room. [CONT.]: 914.5 Sauna room. A ventilation opening into the sauna room shall be provided. The opening shall be not less than 4 inches by 8 inches (101.6 mm by 203.2 mm) located near the top of the door into the sauna room. [CONT.]: 914.5 Sauna room. A ventilation opening into the sauna room shall be provided. The opening shall be not less than 4 inches by 8 inches (101.6 mm by 203.2 mm) located near the top of the door into the sauna room. [CONT.]: 914.5 Sauna room. A ventilation opening into the sauna room shall be provided. The opening shall be not less than 4 inches by 8 inches (101.6 mm by 203.2 mm) located near the top of the door into the sauna room. [CONT.]: 914.5 Sauna room. A ventilation opening into the sauna room shall be provided. The opening shall be not less than 4 inches by 8 inches (101.6 mm by 203.2 mm) located near the top of the door into the sauna room. [CONT.]: 914.5 Sauna room. A ventilation opening into the sauna room shall be provided. The opening shall be not less than 4 inches by 8 inches (101.6 mm by 203.2 mm) located near the top of the door into the sauna room. [CONT.]: 914.5 Sauna room. A ventilation opening into the sauna room shall be provided. The opening shall be not less than 4 inches by 8 inches (101.6 mm by 203.2 mm) located near the top of the door into the sauna room.",
    "metadata": {
      "section_full": "914.5",
      "parent_major": "914",
      "parent_minor": "914.5",
      "source": "033.txt"
    }
  },
  {
    "id": "914.5.1",
    "text": "CONTEXT: 914 > 914.5 | CONTENT: 914.5.1 914.5.1 Warning notice. The following permanent no tice, constructed of approved material, shall be mechanically attached to the sauna room on the outside: WARNING: DO NOT EXCEED 30 MINUTES IN SAUNA. EXCESSIVE EXPOSURE CAN BE HARMFUL TO HEALTH. ANY PERSON WITH POOR HEALTH SHOULD CONSULT A PHYSICIAN BEFORE USING SAUNA. The words shall contrast with the background and the wording shall be in letters not less than 1 / 4 - inch (6.4 mm) high. Exception: This section shall not apply to one - and two - family dwellings. SECTION MC 915 ENGINE AND GAS TURBINE - POWERED EQUI PMENT AND APPLIANCES \u2021\u2021\u2021 Chapter 9 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 9 SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 901 GENERAL [CONT.]: 914.5.1 Warning notice. The following permanent no tice, constructed of approved material, shall be mechanically attached to the sauna room on the outside: WARNING: DO NOT EXCEED 30 MINUTES IN SAUNA. EXCESSIVE EXPOSURE CAN BE HARMFUL TO HEALTH. ANY PERSON WITH POOR HEALTH SHOULD CONSULT A PHYSICIAN BEFORE USING SAUNA. The words shall contrast with the background and the wording shall be in letters not less than 1 / 4 - inch (6.4 mm) high. Exception: This section shall not apply to one - and two - family dwellings. SECTION MC 915 ENGINE AND GAS TURBINE - POWERED EQUI PMENT AND APPLIANCES \u2021\u2021\u2021 Chapter 9 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 9 SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 901 GENERAL [CONT.]: 914.5.1 Warning notice. The following permanent no tice, constructed of approved material, shall be mechanically attached to the sauna room on the outside: WARNING: DO NOT EXCEED 30 MINUTES IN SAUNA. EXCESSIVE EXPOSURE CAN BE HARMFUL TO HEALTH. ANY PERSON WITH POOR HEALTH SHOULD CONSULT A PHYSICIAN BEFORE USING SAUNA. The words shall contrast with the background and the wording shall be in letters not less than 1 / 4 - inch (6.4 mm) high. Exception: This section shall not apply to one - and two - family dwellings. SECTION MC 915 ENGINE AND GAS TURBINE - POWERED EQUI PMENT AND APPLIANCES SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 914.5.1 Warning notice. The following permanent no tice, constructed of approved material, shall be mechanically attached to the sauna room on the outside: WARNING: DO NOT EXCEED 30 MINUTES IN SAUNA. EXCESSIVE EXPOSURE CAN BE HARMFUL TO HEALTH. ANY PERSON WITH POOR HEALTH SHOULD CONSULT A PHYSICIAN BEFORE USING SAUNA. The words shall contrast with the background and the wording shall be in letters not less than 1 / 4 - inch (6.4 mm) high. Exception: This section shall not apply to one - and two - family dwellings. SECTION MC 915 ENGINE AND GAS TURBINE - POWERED EQUI PMENT AND APPLIANCES SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 914.5.1 Warning notice. The following permanent no tice, constructed of approved material, shall be mechanically attached to the sauna room on the outside: WARNING: DO NOT EXCEED 30 MINUTES IN SAUNA. EXCESSIVE EXPOSURE CAN BE HARMFUL TO HEALTH. ANY PERSON WITH POOR HEALTH SHOULD CONSULT A PHYSICIAN BEFORE USING SAUNA. The words shall contrast with the background and the wording shall be in letters not less than 1 / 4 - inch (6.4 mm) high. Exception: This section shall not apply to one - and two - family dwellings. SECTION MC 915 ENGINE AND GAS TURBINE - POWERED EQUI PMENT AND APPLIANCES SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 914.5.1 Warning notice. The following permanent no tice, constructed of approved material, shall be mechanically attached to the sauna room on the outside: WARNING: DO NOT EXCEED 30 MINUTES IN SAUNA. EXCESSIVE EXPOSURE CAN BE HARMFUL TO HEALTH. ANY PERSON WITH POOR HEALTH SHOULD CONSULT A PHYSICIAN BEFORE USING SAUNA. The words shall contrast with the background and the wording shall be in letters not less than 1 / 4 - inch (6.4 mm) high. Exception: This section shall not apply to one - and two - family dwellings. SECTION MC 915 ENGINE AND GAS TURBINE - POWERED EQUI PMENT AND APPLIANCES SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 914.5.1 Warning notice. The following permanent no tice, constructed of approved material, shall be mechanically attached to the sauna room on the outside: WARNING: DO NOT EXCEED 30 MINUTES IN SAUNA. EXCESSIVE EXPOSURE CAN BE HARMFUL TO HEALTH. ANY PERSON WITH POOR HEALTH SHOULD CONSULT A PHYSICIAN BEFORE USING SAUNA. The words shall contrast with the background and the wording shall be in letters not less than 1 / 4 - inch (6.4 mm) high. Exception: This section shall not apply to one - and two - family dwellings. SECTION MC 915 ENGINE AND GAS TURBINE - POWERED EQUI PMENT AND APPLIANCES SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 914.5.1 Warning notice. The following permanent no tice, constructed of approved material, shall be mechanically attached to the sauna room on the outside: WARNING: DO NOT EXCEED 30 MINUTES IN SAUNA. EXCESSIVE EXPOSURE CAN BE HARMFUL TO HEALTH. ANY PERSON WITH POOR HEALTH SHOULD CONSULT A PHYSICIAN BEFORE USING SAUNA. The words shall contrast with the background and the wording shall be in letters not less than 1 / 4 - inch (6.4 mm) high. Exception: This section shall not apply to one - and two - family dwellings. SECTION MC 915 ENGINE AND GAS TURBINE - POWERED EQUI PMENT AND APPLIANCES SPECIFIC APPLIANCES AND EQUIPMENT",
    "metadata": {
      "section_full": "914.5.1",
      "parent_major": "914",
      "parent_minor": "914.5",
      "source": "033.txt"
    }
  },
  {
    "id": "915.1",
    "text": "CONTEXT: 915 > 915.1 | CONTENT: 915.1 915.1 General. The installation of liquid - fueled stationary internal combustion engines and gas turbines, including combustion air, exhaust, fuel storage and piping, shall meet the requirements of NFPA 37 and Chapters 7, 8, and 13 of t his code . Stationary engine generator assemblies shall meet the requirements of UL 2200. [CONT.]: 915.1 General. The installation of liquid - fueled stationary internal combustion engines and gas turbines, including combustion air, exhaust, fuel storage and piping, shall meet the requirements of NFPA 37 and Chapters 7, 8, and 13 of t his code . Stationary engine generator assemblies shall meet the requirements of UL 2200. [CONT.]: 915.1 General. The installation of liquid - fueled stationary internal combustion engines and gas turbines, including combustion air, exhaust, fuel storage and piping, shall meet the requirements of NFPA 37 and Chapters 7, 8, and 13 of t his code . Stationary engine generator assemblies shall meet the requirements of UL 2200. [CONT.]: 915.1 General. The installation of liquid - fueled stationary internal combustion engines and gas turbines, including combustion air, exhaust, fuel storage and piping, shall meet the requirements of NFPA 37 and Chapters 7, 8, and 13 of t his code . Stationary engine generator assemblies shall meet the requirements of UL 2200. [CONT.]: 915.1 General. The installation of liquid - fueled stationary internal combustion engines and gas turbines, including combustion air, exhaust, fuel storage and piping, shall meet the requirements of NFPA 37 and Chapters 7, 8, and 13 of t his code . Stationary engine generator assemblies shall meet the requirements of UL 2200. [CONT.]: 915.1 General. The installation of liquid - fueled stationary internal combustion engines and gas turbines, including combustion air, exhaust, fuel storage and piping, shall meet the requirements of NFPA 37 and Chapters 7, 8, and 13 of t his code . Stationary engine generator assemblies shall meet the requirements of UL 2200.",
    "metadata": {
      "section_full": "915.1",
      "parent_major": "915",
      "parent_minor": "915.1",
      "source": "033.txt"
    }
  },
  {
    "id": "915.2",
    "text": "CONTEXT: 915 > 915.2 | CONTENT: 915.2 915.2 Powered equipment and appliances. Permanently installed equipment and appliances powered by internal combustion engines and turbines shall be installed in accordance with the manufacturer\u2019s instructions and NFPA 37. SECTION MC 916 POOL AND SPA HEATERS [CONT.]: 915.2 Powered equipment and appliances. Permanently installed equipment and appliances powered by internal combustion engines and turbines shall be installed in accordance with the manufacturer\u2019s instructions and NFPA 37. SECTION MC 916 POOL AND SPA HEATERS [CONT.]: 915.2 Powered equipment and appliances. Permanently installed equipment and appliances powered by internal combustion engines and turbines shall be installed in accordance with the manufacturer\u2019s instructions and NFPA 37. SECTION MC 916 POOL AND SPA HEATERS [CONT.]: 915.2 Powered equipment and appliances. Permanently installed equipment and appliances powered by internal combustion engines and turbines shall be installed in accordance with the manufacturer\u2019s instructions and NFPA 37. SECTION MC 916 POOL AND SPA HEATERS [CONT.]: 915.2 Powered equipment and appliances. Permanently installed equipment and appliances powered by internal combustion engines and turbines shall be installed in accordance with the manufacturer\u2019s instructions and NFPA 37. SECTION MC 916 POOL AND SPA HEATERS [CONT.]: 915.2 Powered equipment and appliances. Permanently installed equipment and appliances powered by internal combustion engines and turbines shall be installed in accordance with the manufacturer\u2019s instructions and NFPA 37. SECTION MC 916 POOL AND SPA HEATERS",
    "metadata": {
      "section_full": "915.2",
      "parent_major": "915",
      "parent_minor": "915.2",
      "source": "033.txt"
    }
  },
  {
    "id": "916.1",
    "text": "CONTEXT: 916 > 916.1 | CONTENT: 916.1 916.1 General. Pool and spa heaters shall be installed in accordance with the manufacturer\u2019s instructions. Oil - fired pool and spa heaters shall be tested in ac cordance with UL 726. Electric pool and spa heaters shall be tested in accordance with UL 1261. SECTION MC 917 COOKING APPLIANCES [CONT.]: 916.1 General. Pool and spa heaters shall be installed in accordance with the manufacturer\u2019s instructions. Oil - fired pool and spa heaters shall be tested in ac cordance with UL 726. Electric pool and spa heaters shall be tested in accordance with UL 1261. SECTION MC 917 COOKING APPLIANCES [CONT.]: 916.1 General. Pool and spa heaters shall be installed in accordance with the manufacturer\u2019s instructions. Oil - fired pool and spa heaters shall be tested in ac cordance with UL 726. Electric pool and spa heaters shall be tested in accordance with UL 1261. SECTION MC 917 COOKING APPLIANCES [CONT.]: 916.1 General. Pool and spa heaters shall be installed in accordance with the manufacturer\u2019s instructions. Oil - fired pool and spa heaters shall be tested in ac cordance with UL 726. Electric pool and spa heaters shall be tested in accordance with UL 1261. SECTION MC 917 COOKING APPLIANCES [CONT.]: 916.1 General. Pool and spa heaters shall be installed in accordance with the manufacturer\u2019s instructions. Oil - fired pool and spa heaters shall be tested in ac cordance with UL 726. Electric pool and spa heaters shall be tested in accordance with UL 1261. SECTION MC 917 COOKING APPLIANCES [CONT.]: 916.1 General. Pool and spa heaters shall be installed in accordance with the manufacturer\u2019s instructions. Oil - fired pool and spa heaters shall be tested in ac cordance with UL 726. Electric pool and spa heaters shall be tested in accordance with UL 1261. SECTION MC 917 COOKING APPLIANCES [CONT.]: 916.1 1316 \u2014 94 Glass - Fiber Reinforced Plastic Underground Storage Tanks for Petroleum Products, Alcohols, and Alcohol - Gasoline Mixtures ................................ ................................ ................ 1305.12.1, 1305.14 \u2021\u2021\u2021 136 9 \u2014 2018 Standard For Aboveground Piping For Flammable And Combustible Liquids ................................ ....... 130 2.9.1 1453 \u2014 04 Electric Booster and Commercial Storage Tank Water Heaters \u2014 with revisions through July 2011 .......",
    "metadata": {
      "section_full": "916.1",
      "parent_major": "916",
      "parent_minor": "916.1",
      "source": "033.txt"
    }
  },
  {
    "id": "917.1",
    "text": "CONTEXT: 917 > 917.1 | CONTENT: 917.1 917.1 Cooking appliances. Cooking appliances that are designed for permanent installation, including ranges, ovens, stoves, br oilers, grills, fryers and griddles shall be listed, labeled and installed in accordance with the manufacturer\u2019s instructions. Oil - fired cooking appliances are prohibited. Commercial electric cooking appliances shall be listed and labeled in accordance wit h UL 197. Household electric ranges shall be listed and labeled in accordance with UL 858. Microwave cooking appliances shall be listed and labeled in accordance with UL 923. Oil - burning stoves shall be listed and labeled in accordance with UL 896. Solid - f uel - fired ovens shall be listed and labeled in accordance with UL 2162. [CONT.]: 917.1 Cooking appliances. Cooking appliances that are designed for permanent installation, including ranges, ovens, stoves, br oilers, grills, fryers and griddles shall be listed, labeled and installed in accordance with the manufacturer\u2019s instructions. Oil - fired cooking appliances are prohibited. Commercial electric cooking appliances shall be listed and labeled in accordance wit h UL 197. Household electric ranges shall be listed and labeled in accordance with UL 858. Microwave cooking appliances shall be listed and labeled in accordance with UL 923. Oil - burning stoves shall be listed and labeled in accordance with UL 896. Solid - f uel - fired ovens shall be listed and labeled in accordance with UL 2162. [CONT.]: 917.1 Cooking appliances. Cooking appliances that are designed for permanent installation, including ranges, ovens, stoves, br oilers, grills, fryers and griddles shall be listed, labeled and installed in accordance with the manufacturer\u2019s instructions. Oil - fired cooking appliances are prohibited. Commercial electric cooking appliances shall be listed and labeled in accordance wit h UL 197. Household electric ranges shall be listed and labeled in accordance with UL 858. Microwave cooking appliances shall be listed and labeled in accordance with UL 923. Oil - burning stoves shall be listed and labeled in accordance with UL 896. Solid - f uel - fired ovens shall be listed and labeled in accordance with UL 2162. [CONT.]: 917.1 Cooking appliances. Cooking appliances that are designed for permanent installation, including ranges, ovens, stoves, br oilers, grills, fryers and griddles shall be listed, labeled and installed in accordance with the manufacturer\u2019s instructions. Oil - fired cooking appliances are prohibited. Commercial electric cooking appliances shall be listed and labeled in accordance wit h UL 197. Household electric ranges shall be listed and labeled in accordance with UL 858. Microwave cooking appliances shall be listed and labeled in accordance with UL 923. Oil - burning stoves shall be listed and labeled in accordance with UL 896. Solid - f uel - fired ovens shall be listed and labeled in accordance with UL 2162. [CONT.]: 917.1 Cooking appliances. Cooking appliances that are designed for permanent installation, including ranges, ovens, stoves, br oilers, grills, fryers and griddles shall be listed, labeled and installed in accordance with the manufacturer\u2019s instructions. Oil - fired cooking appliances are prohibited. Commercial electric cooking appliances shall be listed and labeled in accordance wit h UL 197. Household electric ranges shall be listed and labeled in accordance with UL 858. Microwave cooking appliances shall be listed and labeled in accordance with UL 923. Oil - burning stoves shall be listed and labeled in accordance with UL 896. Solid - f uel - fired ovens shall be listed and labeled in accordance with UL 2162. [CONT.]: 917.1 Cooking appliances. Cooking appliances that are designed for permanent installation, including ranges, ovens, stoves, br oilers, grills, fryers and griddles shall be listed, labeled and installed in accordance with the manufacturer\u2019s instructions. Oil - fired cooking appliances are prohibited. Commercial electric cooking appliances shall be listed and labeled in accordance wit h UL 197. Household electric ranges shall be listed and labeled in accordance with UL 858. Microwave cooking appliances shall be listed and labeled in accordance with UL 923. Oil - burning stoves shall be listed and labeled in accordance with UL 896. Solid - f uel - fired ovens shall be listed and labeled in accordance with UL 2162. [CONT.]: 917.1 207 \u2014 2009 Refrigerantcontaining Components and Accessories, Nonelectrical ......................................................... [CONT.]: 917.1 207 \u2014 2009 Refrigerantcontaining Components and Accessories, Nonelectrical ......................................................... [CONT.]: 917.1 867 \u2014 2011 Electrostatic Air Cleaners \u2014 with revisions through February 2013 ................................ ............................. [CONT.]: 917.1 900 \u2014 04 Air Filter Units \u2014 with revisions through February 2012 ................................ ................................ .............. [CONT.]: 917.1 959 \u2014 2010 Medium Heat Appliance Factory - Built Chimneys ................................ ................................ ....................... [CONT.]: 917.1 2200 \u2014 2012 Stationery Engine Generator Assemblies \u2014 with revisions through June 2013 ...................... 915.1, Table",
    "metadata": {
      "section_full": "917.1",
      "parent_major": "917",
      "parent_minor": "917.1",
      "source": "033.txt"
    }
  },
  {
    "id": "917.2",
    "text": "CONTEXT: 917 > 917.2 | CONTENT: 917.2 917.2 Prohibited location. Cooking appliances designed, tested, listed and labeled for use in commercial occupancies shall not be installed within dwelling units or within any area whe re domestic cooking operations occur. [CONT.]: 917.2 Prohibited location. Cooking appliances designed, tested, listed and labeled for use in commercial occupancies shall not be installed within dwelling units or within any area whe re domestic cooking operations occur. [CONT.]: 917.2 Prohibited location. Cooking appliances designed, tested, listed and labeled for use in commercial occupancies shall not be installed within dwelling units or within any area whe re domestic cooking operations occur. [CONT.]: 917.2 Prohibited location. Cooking appliances designed, tested, listed and labeled for use in commercial occupancies shall not be installed within dwelling units or within any area whe re domestic cooking operations occur. [CONT.]: 917.2 Prohibited location. Cooking appliances designed, tested, listed and labeled for use in commercial occupancies shall not be installed within dwelling units or within any area whe re domestic cooking operations occur. [CONT.]: 917.2 Prohibited location. Cooking appliances designed, tested, listed and labeled for use in commercial occupancies shall not be installed within dwelling units or within any area whe re domestic cooking operations occur.",
    "metadata": {
      "section_full": "917.2",
      "parent_major": "917",
      "parent_minor": "917.2",
      "source": "033.txt"
    }
  },
  {
    "id": "917.3",
    "text": "CONTEXT: 917 > 917.3 | CONTENT: 917.3 917.3 Domestic appliances. Cooking appliances installed within dwelling units and within areas where domestic cooking operations occur shall be listed and labeled as household - type appliances for domestic use. [CONT.]: 917.3 Domestic appliances. Cooking appliances installed within dwelling units and within areas where domestic cooking operations occur shall be listed and labeled as household - type appliances for domestic use. [CONT.]: 917.3 Domestic appliances. Cooking appliances installed within dwelling units and within areas where domestic cooking operations occur shall be listed and labeled as household - type appliances for domestic use. [CONT.]: 917.3 Domestic appliances. Cooking appliances installed within dwelling units and within areas where domestic cooking operations occur shall be listed and labeled as household - type appliances for domestic use. [CONT.]: 917.3 Domestic appliances. Cooking appliances installed within dwelling units and within areas where domestic cooking operations occur shall be listed and labeled as household - type appliances for domestic use. [CONT.]: 917.3 Domestic appliances. Cooking appliances installed within dwelling units and within areas where domestic cooking operations occur shall be listed and labeled as household - type appliances for domestic use.",
    "metadata": {
      "section_full": "917.3",
      "parent_major": "917",
      "parent_minor": "917.3",
      "source": "033.txt"
    }
  },
  {
    "id": "917.4",
    "text": "CONTEXT: 917 > 917.4 | CONTENT: 917.4 917.4 Do mestic range installation. Domestic ranges installed on combustible floors shall be set on their own bases or legs and shall be installed with clearances of not less than that shown on the label. [CONT.]: 917.4 Do mestic range installation. Domestic ranges installed on combustible floors shall be set on their own bases or legs and shall be installed with clearances of not less than that shown on the label. [CONT.]: 917.4 Do mestic range installation. Domestic ranges installed on combustible floors shall be set on their own bases or legs and shall be installed with clearances of not less than that shown on the label. [CONT.]: 917.4 Do mestic range installation. Domestic ranges installed on combustible floors shall be set on their own bases or legs and shall be installed with clearances of not less than that shown on the label. [CONT.]: 917.4 Do mestic range installation. Domestic ranges installed on combustible floors shall be set on their own bases or legs and shall be installed with clearances of not less than that shown on the label. [CONT.]: 917.4 Do mestic range installation. Domestic ranges installed on combustible floors shall be set on their own bases or legs and shall be installed with clearances of not less than that shown on the label.",
    "metadata": {
      "section_full": "917.4",
      "parent_major": "917",
      "parent_minor": "917.4",
      "source": "033.txt"
    }
  },
  {
    "id": "917.5",
    "text": "CONTEXT: 917 > 917.5 | CONTENT: 917.5 917.5 Open - top broiler unit hoods. A ventilating hood shall be provided above a domestic open - top broiler unit, unless otherwise listed for forced down draft ventilation. [CONT.]: 917.5 Open - top broiler unit hoods. A ventilating hood shall be provided above a domestic open - top broiler unit, unless otherwise listed for forced down draft ventilation. [CONT.]: 917.5 Open - top broiler unit hoods. A ventilating hood shall be provided above a domestic open - top broiler unit, unless otherwise listed for forced down draft ventilation. [CONT.]: 917.5 Open - top broiler unit hoods. A ventilating hood shall be provided above a domestic open - top broiler unit, unless otherwise listed for forced down draft ventilation. [CONT.]: 917.5 Open - top broiler unit hoods. A ventilating hood shall be provided above a domestic open - top broiler unit, unless otherwise listed for forced down draft ventilation. [CONT.]: 917.5 Open - top broiler unit hoods. A ventilating hood shall be provided above a domestic open - top broiler unit, unless otherwise listed for forced down draft ventilation.",
    "metadata": {
      "section_full": "917.5",
      "parent_major": "917",
      "parent_minor": "917.5",
      "source": "033.txt"
    }
  },
  {
    "id": "917.6",
    "text": "CONTEXT: 917 > 917.6 | CONTENT: 917.6 917.6 Commercial cooking appliance venting. Commercial cooking appliances, other than those exempted by Section 501.8 of the New York City Fuel Gas Cod e , shall be vented by connecting the appliance to a vent or chimney in accordance with this code and the appliance manufacturer\u2019s instructions or the appliance shall be vented in accordance with Section 505.1.1 of the New York City Fuel Gas Code . [CONT.]: 917.6 Commercial cooking appliance venting. Commercial cooking appliances, other than those exempted by Section 501.8 of the New York City Fuel Gas Cod e , shall be vented by connecting the appliance to a vent or chimney in accordance with this code and the appliance manufacturer\u2019s instructions or the appliance shall be vented in accordance with Section 505.1.1 of the New York City Fuel Gas Code . [CONT.]: 917.6 Commercial cooking appliance venting. Commercial cooking appliances, other than those exempted by Section 501.8 of the New York City Fuel Gas Cod e , shall be vented by connecting the appliance to a vent or chimney in accordance with this code and the appliance manufacturer\u2019s instructions or the appliance shall be vented in accordance with Section 505.1.1 of the New York City Fuel Gas Code . [CONT.]: 917.6 Commercial cooking appliance venting. Commercial cooking appliances, other than those exempted by Section 501.8 of the New York City Fuel Gas Cod e , shall be vented by connecting the appliance to a vent or chimney in accordance with this code and the appliance manufacturer\u2019s instructions or the appliance shall be vented in accordance with Section 505.1.1 of the New York City Fuel Gas Code . [CONT.]: 917.6 Commercial cooking appliance venting. Commercial cooking appliances, other than those exempted by Section 501.8 of the New York City Fuel Gas Cod e , shall be vented by connecting the appliance to a vent or chimney in accordance with this code and the appliance manufacturer\u2019s instructions or the appliance shall be vented in accordance with Section 505.1.1 of the New York City Fuel Gas Code . [CONT.]: 917.6 Commercial cooking appliance venting. Commercial cooking appliances, other than those exempted by Section 501.8 of the New York City Fuel Gas Cod e , shall be vented by connecting the appliance to a vent or chimney in accordance with this code and the appliance manufacturer\u2019s instructions or the appliance shall be vented in accordance with Section 505.1.1 of the New York City Fuel Gas Code .",
    "metadata": {
      "section_full": "917.6",
      "parent_major": "917",
      "parent_minor": "917.6",
      "source": "033.txt"
    }
  },
  {
    "id": "917.7",
    "text": "CONTEXT: 917 > 917.7 | CONTENT: 917.7 917.7 Dom estic ventilation. When a hood is required for proper ventilation of a domestic cooking appliance, the exhaust and make - up air systems shall be properly engineered and designed in accordance with Chapter 5. SECTION MC 918 FORCED - AIR WARM - AIR FURNACES [CONT.]: 917.7 Dom estic ventilation. When a hood is required for proper ventilation of a domestic cooking appliance, the exhaust and make - up air systems shall be properly engineered and designed in accordance with Chapter 5. SECTION MC 918 FORCED - AIR WARM - AIR FURNACES [CONT.]: 917.7 Dom estic ventilation. When a hood is required for proper ventilation of a domestic cooking appliance, the exhaust and make - up air systems shall be properly engineered and designed in accordance with Chapter 5. SECTION MC 918 FORCED - AIR WARM - AIR FURNACES [CONT.]: 917.7 Dom estic ventilation. When a hood is required for proper ventilation of a domestic cooking appliance, the exhaust and make - up air systems shall be properly engineered and designed in accordance with Chapter 5. SECTION MC 918 FORCED - AIR WARM - AIR FURNACES [CONT.]: 917.7 Dom estic ventilation. When a hood is required for proper ventilation of a domestic cooking appliance, the exhaust and make - up air systems shall be properly engineered and designed in accordance with Chapter 5. SECTION MC 918 FORCED - AIR WARM - AIR FURNACES [CONT.]: 917.7 Dom estic ventilation. When a hood is required for proper ventilation of a domestic cooking appliance, the exhaust and make - up air systems shall be properly engineered and designed in accordance with Chapter 5. SECTION MC 918 FORCED - AIR WARM - AIR FURNACES",
    "metadata": {
      "section_full": "917.7",
      "parent_major": "917",
      "parent_minor": "917.7",
      "source": "033.txt"
    }
  },
  {
    "id": "918.1",
    "text": "CONTEXT: 918 > 918.1 | CONTENT: 918.1 918.1 Forced - air furnaces. Oil - fired furnaces shall be tested in accordance with UL 727. Electric furnaces shall be tested in accordance with UL 1995. Solid fuel furnaces shall be tested in accordance with UL 391. Forced - air furnaces shall be installed in acco rdance with the listings and the manufacturer\u2019s instructions. Forced - air warm - air furnaces shall be installed in accordance with the requirements of NFPA 31 and the New York City Fuel Gas Code . Unvented fuel - fired furnaces are prohibited . \u2021\u2021\u2021 Chapter 9 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 9 SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 901 GENERAL [CONT.]: 918.1 Forced - air furnaces. Oil - fired furnaces shall be tested in accordance with UL 727. Electric furnaces shall be tested in accordance with UL 1995. Solid fuel furnaces shall be tested in accordance with UL 391. Forced - air furnaces shall be installed in acco rdance with the listings and the manufacturer\u2019s instructions. Forced - air warm - air furnaces shall be installed in accordance with the requirements of NFPA 31 and the New York City Fuel Gas Code . Unvented fuel - fired furnaces are prohibited . \u2021\u2021\u2021 Chapter 9 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 9 SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 901 GENERAL [CONT.]: 918.1 Forced - air furnaces. Oil - fired furnaces shall be tested in accordance with UL 727. Electric furnaces shall be tested in accordance with UL 1995. Solid fuel furnaces shall be tested in accordance with UL 391. Forced - air furnaces shall be installed in acco rdance with the listings and the manufacturer\u2019s instructions. Forced - air warm - air furnaces shall be installed in accordance with the requirements of NFPA 31 and the New York City Fuel Gas Code . Unvented fuel - fired furnaces are prohibited . SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 918.1 Forced - air furnaces. Oil - fired furnaces shall be tested in accordance with UL 727. Electric furnaces shall be tested in accordance with UL 1995. Solid fuel furnaces shall be tested in accordance with UL 391. Forced - air furnaces shall be installed in acco rdance with the listings and the manufacturer\u2019s instructions. Forced - air warm - air furnaces shall be installed in accordance with the requirements of NFPA 31 and the New York City Fuel Gas Code . Unvented fuel - fired furnaces are prohibited . SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 918.1 Forced - air furnaces. Oil - fired furnaces shall be tested in accordance with UL 727. Electric furnaces shall be tested in accordance with UL 1995. Solid fuel furnaces shall be tested in accordance with UL 391. Forced - air furnaces shall be installed in acco rdance with the listings and the manufacturer\u2019s instructions. Forced - air warm - air furnaces shall be installed in accordance with the requirements of NFPA 31 and the New York City Fuel Gas Code . Unvented fuel - fired furnaces are prohibited . SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 918.1 Forced - air furnaces. Oil - fired furnaces shall be tested in accordance with UL 727. Electric furnaces shall be tested in accordance with UL 1995. Solid fuel furnaces shall be tested in accordance with UL 391. Forced - air furnaces shall be installed in acco rdance with the listings and the manufacturer\u2019s instructions. Forced - air warm - air furnaces shall be installed in accordance with the requirements of NFPA 31 and the New York City Fuel Gas Code . Unvented fuel - fired furnaces are prohibited . SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 918.1 412 \u2014 2011 Refrigeration Unit Coolers \u2014 with revisions through August 2012 ................................ ............................ [CONT.]: 918.1 729 \u2014 03 Oil - fired Floor Furnaces \u2014 with revisions through August 2012 ................................ ................................ ..",
    "metadata": {
      "section_full": "918.1",
      "parent_major": "918",
      "parent_minor": "918.1",
      "source": "033.txt"
    }
  },
  {
    "id": "918.2",
    "text": "CONTEXT: 918 > 918.2 | CONTENT: 918.2 918.2 Heat pumps. Electric heat pumps shall be tested in accordance with UL 1995 or UL 60335 - 2 - 40. [CONT.]: 918.2 Heat pumps. Electric heat pumps shall be tested in accordance with UL 1995 or UL 60335 - 2 - 40. [CONT.]: 918.2 Heat pumps. Electric heat pumps shall be tested in accordance with UL 1995 or UL 60335 - 2 - 40. [CONT.]: 918.2 Heat pumps. Electric heat pumps shall be tested in accordance with UL 1995 or UL 60335 - 2 - 40.",
    "metadata": {
      "section_full": "918.2",
      "parent_major": "918",
      "parent_minor": "918.2",
      "source": "033.txt"
    }
  },
  {
    "id": "918.3",
    "text": "CONTEXT: 918 > 918.3 | CONTENT: 918.3 918.3 Dampers. Volume dampers shall not be placed in the air inlet to a furnace in a manner that will reduce the required air to the furnace. [CONT.]: 918.3 Dampers. Volume dampers shall not be placed in the air inlet to a furnace in a manner that will reduce the required air to the furnace. [CONT.]: 918.3 Dampers. Volume dampers shall not be placed in the air inlet to a furnace in a manner that will reduce the required air to the furnace. [CONT.]: 918.3 Dampers. Volume dampers shall not be placed in the air inlet to a furnace in a manner that will reduce the required air to the furnace.",
    "metadata": {
      "section_full": "918.3",
      "parent_major": "918",
      "parent_minor": "918.3",
      "source": "033.txt"
    }
  },
  {
    "id": "918.4",
    "text": "CONTEXT: 918 > 918.4 | CONTENT: 918.4 918.4 Circulating air ducts for forced - air warm - air furnaces. Circulating air for fuel - burning, forced - air - type, warm - air furnaces shall be conducted into the blower housing from outside the furnace enclosure by continuous air - tight ducts. [CONT.]: 918.4 Circulating air ducts for forced - air warm - air furnaces. Circulating air for fuel - burning, forced - air - type, warm - air furnaces shall be conducted into the blower housing from outside the furnace enclosure by continuous air - tight ducts. [CONT.]: 918.4 Circulating air ducts for forced - air warm - air furnaces. Circulating air for fuel - burning, forced - air - type, warm - air furnaces shall be conducted into the blower housing from outside the furnace enclosure by continuous air - tight ducts. [CONT.]: 918.4 Circulating air ducts for forced - air warm - air furnaces. Circulating air for fuel - burning, forced - air - type, warm - air furnaces shall be conducted into the blower housing from outside the furnace enclosure by continuous air - tight ducts.",
    "metadata": {
      "section_full": "918.4",
      "parent_major": "918",
      "parent_minor": "918.4",
      "source": "033.txt"
    }
  },
  {
    "id": "918.5",
    "text": "CONTEXT: 918 > 918.5 | CONTENT: 918.5 918.5 Outdoor and return air openings. Outdoor intake openings shall be located in accordance with Section 401.4. Return air openings shall be located in accordance with Section 618.4 of the New York City Fuel Gas Code . [CONT.]: 918.5 Outdoor and return air openings. Outdoor intake openings shall be located in accordance with Section 401.4. Return air openings shall be located in accordance with Section 618.4 of the New York City Fuel Gas Code . [CONT.]: 918.5 Outdoor and return air openings. Outdoor intake openings shall be located in accordance with Section 401.4. Return air openings shall be located in accordance with Section 618.4 of the New York City Fuel Gas Code . [CONT.]: 918.5 Outdoor and return air openings. Outdoor intake openings shall be located in accordance with Section 401.4. Return air openings shall be located in accordance with Section 618.4 of the New York City Fuel Gas Code .",
    "metadata": {
      "section_full": "918.5",
      "parent_major": "918",
      "parent_minor": "918.5",
      "source": "033.txt"
    }
  },
  {
    "id": "918.6",
    "text": "CONTEXT: 918 > 918.6 | CONTENT: 918.6 918.6 Outdoor opening protection. Outdoor air intake openings shall be protected in accordance with Section 401.5. SECTION MC 919 CONVERSION BURNERS [CONT.]: 918.6 Outdoor opening protection. Outdoor air intake openings shall be protected in accordance with Section 401.5. SECTION MC 919 CONVERSION BURNERS [CONT.]: 918.6 Outdoor opening protection. Outdoor air intake openings shall be protected in accordance with Section 401.5. SECTION MC 919 CONVERSION BURNERS [CONT.]: 918.6 Outdoor opening protection. Outdoor air intake openings shall be protected in accordance with Section 401.5. SECTION MC 919 CONVERSION BURNERS [CONT.]: 918.6 Outdoor opening protection. Outdoor air intake openings shall be protected in accordance with Section 401.5. SECTION MC 919 CONVERSION BURNERS [CONT.]: 918.6 Outdoor opening protection. Outdoor air intake openings shall be protected in accordance with Section 401.5. SECTION MC 919 CONVERSION BURNERS [CONT.]: 918.6 Outdoor opening protection. Outdoor air intake openings shall be protected in accordance with Section 401.5. SECTION MC 919 CONVERSION BURNERS",
    "metadata": {
      "section_full": "918.6",
      "parent_major": "918",
      "parent_minor": "918.6",
      "source": "033.txt"
    }
  },
  {
    "id": "919.1",
    "text": "CONTEXT: 919 > 919.1 | CONTENT: 919.1 919.1 Conversion burners. The installation of conversion burners shall conform to ANSI Z21.8 and the applicable requirements of Chapter 10 of this code. SECTION MC 920 UNIT HEATE RS [CONT.]: 919.1 Conversion burners. The installation of conversion burners shall conform to ANSI Z21.8 and the applicable requirements of Chapter 10 of this code. SECTION MC 920 UNIT HEATE RS [CONT.]: 919.1 Conversion burners. The installation of conversion burners shall conform to ANSI Z21.8 and the applicable requirements of Chapter 10 of this code. SECTION MC 920 UNIT HEATE RS [CONT.]: 919.1 Conversion burners. The installation of conversion burners shall conform to ANSI Z21.8 and the applicable requirements of Chapter 10 of this code. SECTION MC 920 UNIT HEATE RS [CONT.]: 919.1 Conversion burners. The installation of conversion burners shall conform to ANSI Z21.8 and the applicable requirements of Chapter 10 of this code. SECTION MC 920 UNIT HEATE RS [CONT.]: 919.1 Conversion burners. The installation of conversion burners shall conform to ANSI Z21.8 and the applicable requirements of Chapter 10 of this code. SECTION MC 920 UNIT HEATE RS [CONT.]: 919.1 Conversion burners. The installation of conversion burners shall conform to ANSI Z21.8 and the applicable requirements of Chapter 10 of this code. SECTION MC 920 UNIT HEATE RS",
    "metadata": {
      "section_full": "919.1",
      "parent_major": "919",
      "parent_minor": "919.1",
      "source": "033.txt"
    }
  },
  {
    "id": "920.1",
    "text": "CONTEXT: 920 > 920.1 | CONTENT: 920.1 920.1 General. Unit heaters shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Oil - fired unit heaters shall be tested in accordance with UL 731. [CONT.]: 920.1 General. Unit heaters shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Oil - fired unit heaters shall be tested in accordance with UL 731. [CONT.]: 920.1 General. Unit heaters shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Oil - fired unit heaters shall be tested in accordance with UL 731. [CONT.]: 920.1 General. Unit heaters shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Oil - fired unit heaters shall be tested in accordance with UL 731. [CONT.]: 920.1 General. Unit heaters shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Oil - fired unit heaters shall be tested in accordance with UL 731. [CONT.]: 920.1 General. Unit heaters shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Oil - fired unit heaters shall be tested in accordance with UL 731. [CONT.]: 920.1 General. Unit heaters shall be installed in accordance with the listing and the manufacturer\u2019s instructions. Oil - fired unit heaters shall be tested in accordance with UL 731. [CONT.]: 920.1 732 \u2014 95 Oil - fired Storage Tank Water Heaters \u2014 with revisions through April 2010 ................................ . 1002.1, 1002.2 737 \u2014 2011 Fireplace Stoves ................................ ................................ ................................ ................................ ...........",
    "metadata": {
      "section_full": "920.1",
      "parent_major": "920",
      "parent_minor": "920.1",
      "source": "033.txt"
    }
  },
  {
    "id": "920.2",
    "text": "CONTEXT: 920 > 920.2 | CONTENT: 920.2 920.2 Support. Suspended - type unit heaters shall be supported by element s that are designed and constructed to accommodate the weight and dynamic loads. Hangers and brackets shall be of noncombustible material. Suspended - type oil - fired unit heaters shall be installed in accordance with NFPA 31. [CONT.]: 920.2 Support. Suspended - type unit heaters shall be supported by element s that are designed and constructed to accommodate the weight and dynamic loads. Hangers and brackets shall be of noncombustible material. Suspended - type oil - fired unit heaters shall be installed in accordance with NFPA 31. [CONT.]: 920.2 Support. Suspended - type unit heaters shall be supported by element s that are designed and constructed to accommodate the weight and dynamic loads. Hangers and brackets shall be of noncombustible material. Suspended - type oil - fired unit heaters shall be installed in accordance with NFPA 31. [CONT.]: 920.2 Support. Suspended - type unit heaters shall be supported by element s that are designed and constructed to accommodate the weight and dynamic loads. Hangers and brackets shall be of noncombustible material. Suspended - type oil - fired unit heaters shall be installed in accordance with NFPA 31. [CONT.]: 920.2 Support. Suspended - type unit heaters shall be supported by element s that are designed and constructed to accommodate the weight and dynamic loads. Hangers and brackets shall be of noncombustible material. Suspended - type oil - fired unit heaters shall be installed in accordance with NFPA 31. [CONT.]: 920.2 Support. Suspended - type unit heaters shall be supported by element s that are designed and constructed to accommodate the weight and dynamic loads. Hangers and brackets shall be of noncombustible material. Suspended - type oil - fired unit heaters shall be installed in accordance with NFPA 31. [CONT.]: 920.2 Support. Suspended - type unit heaters shall be supported by element s that are designed and constructed to accommodate the weight and dynamic loads. Hangers and brackets shall be of noncombustible material. Suspended - type oil - fired unit heaters shall be installed in accordance with NFPA 31.",
    "metadata": {
      "section_full": "920.2",
      "parent_major": "920",
      "parent_minor": "920.2",
      "source": "033.txt"
    }
  },
  {
    "id": "920.3",
    "text": "CONTEXT: 920 > 920.3 | CONTENT: 920.3 920.3 Ductwork. A unit heater sh all not be attached to a warm - air duct system unless listed for such installation. SECTION MC 921 VENTED ROOM HEATERS [CONT.]: 920.3 Ductwork. A unit heater sh all not be attached to a warm - air duct system unless listed for such installation. SECTION MC 921 VENTED ROOM HEATERS [CONT.]: 920.3 Ductwork. A unit heater sh all not be attached to a warm - air duct system unless listed for such installation. SECTION MC 921 VENTED ROOM HEATERS [CONT.]: 920.3 Ductwork. A unit heater sh all not be attached to a warm - air duct system unless listed for such installation. SECTION MC 921 VENTED ROOM HEATERS [CONT.]: 920.3 Ductwork. A unit heater sh all not be attached to a warm - air duct system unless listed for such installation. SECTION MC 921 VENTED ROOM HEATERS [CONT.]: 920.3 Ductwork. A unit heater sh all not be attached to a warm - air duct system unless listed for such installation. SECTION MC 921 VENTED ROOM HEATERS [CONT.]: 920.3 Ductwork. A unit heater sh all not be attached to a warm - air duct system unless listed for such installation. SECTION MC 921 VENTED ROOM HEATERS",
    "metadata": {
      "section_full": "920.3",
      "parent_major": "920",
      "parent_minor": "920.3",
      "source": "033.txt"
    }
  },
  {
    "id": "921.1",
    "text": "CONTEXT: 921 > 921.1 | CONTENT: 921.1 921.1 General. Vented room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. SECTION MC 922 KEROSENE AND OIL - FIRED STOVES [CONT.]: 921.1 General. Vented room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. SECTION MC 922 KEROSENE AND OIL - FIRED STOVES [CONT.]: 921.1 General. Vented room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. SECTION MC 922 KEROSENE AND OIL - FIRED STOVES [CONT.]: 921.1 General. Vented room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. SECTION MC 922 KEROSENE AND OIL - FIRED STOVES [CONT.]: 921.1 General. Vented room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. SECTION MC 922 KEROSENE AND OIL - FIRED STOVES [CONT.]: 921.1 General. Vented room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. SECTION MC 922 KEROSENE AND OIL - FIRED STOVES [CONT.]: 921.1 General. Vented room heaters shall be listed and labeled and shall be installed in accordance with the conditions of the listing and the manufacturer\u2019s instructions. SECTION MC 922 KEROSENE AND OIL - FIRED STOVES",
    "metadata": {
      "section_full": "921.1",
      "parent_major": "921",
      "parent_minor": "921.1",
      "source": "033.txt"
    }
  },
  {
    "id": "922.1",
    "text": "CONTEXT: 922 > 922.1 | CONTENT: 922.1 922.1 General. The installation of kerosene and oil - fired stoves is prohibited. SECTION MC 923 CERAMIC KILNS [CONT.]: 922.1 General. The installation of kerosene and oil - fired stoves is prohibited. SECTION MC 923 CERAMIC KILNS [CONT.]: 922.1 General. The installation of kerosene and oil - fired stoves is prohibited. SECTION MC 923 CERAMIC KILNS [CONT.]: 922.1 General. The installation of kerosene and oil - fired stoves is prohibited. SECTION MC 923 CERAMIC KILNS [CONT.]: 922.1 General. The installation of kerosene and oil - fired stoves is prohibited. SECTION MC 923 CERAMIC KILNS [CONT.]: 922.1 General. The installation of kerosene and oil - fired stoves is prohibited. SECTION MC 923 CERAMIC KILNS [CONT.]: 922.1 General. The installation of kerosene and oil - fired stoves is prohibited. SECTION MC 923 CERAMIC KILNS",
    "metadata": {
      "section_full": "922.1",
      "parent_major": "922",
      "parent_minor": "922.1",
      "source": "033.txt"
    }
  },
  {
    "id": "923.1",
    "text": "CONTEXT: 923 > 923.1 | CONTENT: 923.1 923.1 General. Kilns shall be listed and labeled unless otherwise approved in accordance with Section 105.1. Electric kilns shall comply with UL 499. The approval of unlisted appliances in accordance with Section 105.1 shall be based on approved engineering evaluation. [CONT.]: 923.1 General. Kilns shall be listed and labeled unless otherwise approved in accordance with Section 105.1. Electric kilns shall comply with UL 499. The approval of unlisted appliances in accordance with Section 105.1 shall be based on approved engineering evaluation. [CONT.]: 923.1 General. Kilns shall be listed and labeled unless otherwise approved in accordance with Section 105.1. Electric kilns shall comply with UL 499. The approval of unlisted appliances in accordance with Section 105.1 shall be based on approved engineering evaluation. [CONT.]: 923.1 General. Kilns shall be listed and labeled unless otherwise approved in accordance with Section 105.1. Electric kilns shall comply with UL 499. The approval of unlisted appliances in accordance with Section 105.1 shall be based on approved engineering evaluation. [CONT.]: 923.1 General. Kilns shall be listed and labeled unless otherwise approved in accordance with Section 105.1. Electric kilns shall comply with UL 499. The approval of unlisted appliances in accordance with Section 105.1 shall be based on approved engineering evaluation. [CONT.]: 923.1 General. Kilns shall be listed and labeled unless otherwise approved in accordance with Section 105.1. Electric kilns shall comply with UL 499. The approval of unlisted appliances in accordance with Section 105.1 shall be based on approved engineering evaluation. [CONT.]: 923.1 General. Kilns shall be listed and labeled unless otherwise approved in accordance with Section 105.1. Electric kilns shall comply with UL 499. The approval of unlisted appliances in accordance with Section 105.1 shall be based on approved engineering evaluation.",
    "metadata": {
      "section_full": "923.1",
      "parent_major": "923",
      "parent_minor": "923.1",
      "source": "033.txt"
    }
  },
  {
    "id": "923.1.1",
    "text": "CONTEXT: 923 > 923.1 | CONTENT: 923.1.1 923.1.1 Installation. Kilns shall be inst alled in accordance with the manufacturer\u2019s instructions and the provisions of this code. \u2021\u2021\u2021 Chapter 9 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 9 SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 901 GENERAL [CONT.]: 923.1.1 Installation. Kilns shall be inst alled in accordance with the manufacturer\u2019s instructions and the provisions of this code. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 924 STATIONARY FUEL CELL POWER PLANTS [CONT.]: 923.1.1 Installation. Kilns shall be inst alled in accordance with the manufacturer\u2019s instructions and the provisions of this code. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 924 STATIONARY FUEL CELL POWER PLANTS [CONT.]: 923.1.1 Installation. Kilns shall be inst alled in accordance with the manufacturer\u2019s instructions and the provisions of this code. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 924 STATIONARY FUEL CELL POWER PLANTS [CONT.]: 923.1.1 Installation. Kilns shall be inst alled in accordance with the manufacturer\u2019s instructions and the provisions of this code. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 924 STATIONARY FUEL CELL POWER PLANTS [CONT.]: 923.1.1 Installation. Kilns shall be inst alled in accordance with the manufacturer\u2019s instructions and the provisions of this code. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 924 STATIONARY FUEL CELL POWER PLANTS [CONT.]: 923.1.1 Installation. Kilns shall be inst alled in accordance with the manufacturer\u2019s instructions and the provisions of this code. SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 924 STATIONARY FUEL CELL POWER PLANTS",
    "metadata": {
      "section_full": "923.1.1",
      "parent_major": "923",
      "parent_minor": "923.1",
      "source": "033.txt"
    }
  },
  {
    "id": "924.1",
    "text": "CONTEXT: 924 > 924.1 | CONTENT: 924.1 924.1 General. Stationary fuel cell power plants having a power output not exceeding 10 MW, shall be tested in accordance with ANSI/CSA America FC1 and shall be installed in accordance with the manufacturer\u2019s instructions and NFPA 853. Such fuel cell plants shall be powered by hydrogen derived on - site from piped natural gas, except where the sto rage, handling and use of hydrogen or other flammable gas is authorized by the New York City Fire Code for such purposes and approved by the fire commissioner. SECTION MC 925 MASONRY HEATERS [CONT.]: 924.1 General. Stationary fuel cell power plants having a power output not exceeding 10 MW, shall be tested in accordance with ANSI/CSA America FC1 and shall be installed in accordance with the manufacturer\u2019s instructions and NFPA 853. Such fuel cell plants shall be powered by hydrogen derived on - site from piped natural gas, except where the sto rage, handling and use of hydrogen or other flammable gas is authorized by the New York City Fire Code for such purposes and approved by the fire commissioner. SECTION MC 925 MASONRY HEATERS [CONT.]: 924.1 General. Stationary fuel cell power plants having a power output not exceeding 10 MW, shall be tested in accordance with ANSI/CSA America FC1 and shall be installed in accordance with the manufacturer\u2019s instructions and NFPA 853. Such fuel cell plants shall be powered by hydrogen derived on - site from piped natural gas, except where the sto rage, handling and use of hydrogen or other flammable gas is authorized by the New York City Fire Code for such purposes and approved by the fire commissioner. SECTION MC 925 MASONRY HEATERS [CONT.]: 924.1 General. Stationary fuel cell power plants having a power output not exceeding 10 MW, shall be tested in accordance with ANSI/CSA America FC1 and shall be installed in accordance with the manufacturer\u2019s instructions and NFPA 853. Such fuel cell plants shall be powered by hydrogen derived on - site from piped natural gas, except where the sto rage, handling and use of hydrogen or other flammable gas is authorized by the New York City Fire Code for such purposes and approved by the fire commissioner. SECTION MC 925 MASONRY HEATERS [CONT.]: 924.1 General. Stationary fuel cell power plants having a power output not exceeding 10 MW, shall be tested in accordance with ANSI/CSA America FC1 and shall be installed in accordance with the manufacturer\u2019s instructions and NFPA 853. Such fuel cell plants shall be powered by hydrogen derived on - site from piped natural gas, except where the sto rage, handling and use of hydrogen or other flammable gas is authorized by the New York City Fire Code for such purposes and approved by the fire commissioner. SECTION MC 925 MASONRY HEATERS [CONT.]: 924.1 General. Stationary fuel cell power plants having a power output not exceeding 10 MW, shall be tested in accordance with ANSI/CSA America FC1 and shall be installed in accordance with the manufacturer\u2019s instructions and NFPA 853. Such fuel cell plants shall be powered by hydrogen derived on - site from piped natural gas, except where the sto rage, handling and use of hydrogen or other flammable gas is authorized by the New York City Fire Code for such purposes and approved by the fire commissioner. SECTION MC 925 MASONRY HEATERS [CONT.]: 924.1 DOL Department of Labor Occupational Safety and Health Administration c/o Superintendent of Documents US Government Printing Office Washington, DC 20402 - 9325 Standard Referenced reference in code number Title section number 29 CFR Part 1910.1000 (2009) Air Contaminants ................................................................................................ ........................................ [CONT.]: 924.1 DOL Department of Labor Occupational Safety and Health Administration c/o Superintendent of Documents US Government Printing Office Washington, DC 20402 - 9325 Standard Referenced reference in code number Title section number 29 CFR Part 1910.1000 (2009) Air Contaminants ................................................................................................ ........................................ [CONT.]: 924.1 DOL Department of Labor Occupational Safety and Health Administration c/o Superintendent of Documents US Government Printing Office Washington, DC 20402 - 9325 Standard Referenced reference in code number Title section number 29 CFR Part 1910.1000 (2009) Air Contaminants ................................................................................................ ........................................ [CONT.]: 924.1 NSF NSF International 789 Dixboro Road, P. O. Box 130140 Ann Arbor, MI 48113 - 0140 Standard Referenced reference in code number Title section number NSF 358 -1\u2014 201 4 \u2021 Polyethylene Pipe and Fittings for Water Based Ground Source \u201cGeothermal\u201d Heat Pump Systems ..................................................................................... Table 1210.4, Table [CONT.]: 924.1 DOL Department of Labor Occupational Safety and Health Administration c/o Superintendent of Documents US Government Printing Office Washington, DC 20402 - 9325 Standard Referenced reference in code number Title section number 29 CFR Part 1910.1000 (2009) Air Contaminants ................................................................................................ ........................................ [CONT.]: 924.1 NSF NSF International 789 Dixboro Road, P. O. Box 130140 Ann Arbor, MI 48113 - 0140 Standard Referenced reference in code number Title section number NSF 358 -1\u2014 201 4 \u2021 Polyethylene Pipe and Fittings for Water Based Ground Source \u201cGeothermal\u201d Heat Pump Systems ..................................................................................... Table 1210.4, Table",
    "metadata": {
      "section_full": "924.1",
      "parent_major": "924",
      "parent_minor": "924.1",
      "source": "033.txt"
    }
  },
  {
    "id": "925.1",
    "text": "CONTEXT: 925 > 925.1 | CONTENT: 925.1 925.1 General. Masonry heaters shall be constructed in accordance with the New York City Building Code. SECTION MC 926 GASEOUS HYDROGEN SYSTEMS [CONT.]: 925.1 General. Masonry heaters shall be constructed in accordance with the New York City Building Code. SECTION MC 926 GASEOUS HYDROGEN SYSTEMS [CONT.]: 925.1 General. Masonry heaters shall be constructed in accordance with the New York City Building Code. SECTION MC 926 GASEOUS HYDROGEN SYSTEMS [CONT.]: 925.1 General. Masonry heaters shall be constructed in accordance with the New York City Building Code. SECTION MC 926 GASEOUS HYDROGEN SYSTEMS [CONT.]: 925.1 General. Masonry heaters shall be constructed in accordance with the New York City Building Code. SECTION MC 926 GASEOUS HYDROGEN SYSTEMS [CONT.]: 925.1 General. Masonry heaters shall be constructed in accordance with the New York City Building Code. SECTION MC 926 GASEOUS HYDROGEN SYSTEMS",
    "metadata": {
      "section_full": "925.1",
      "parent_major": "925",
      "parent_minor": "925.1",
      "source": "033.txt"
    }
  },
  {
    "id": "926.1",
    "text": "CONTEXT: 926 > 926.1 | CONTENT: 926.1 926.1 Installation. The installation of gaseous hydrogen systems shall be in accordance with the applicable requirements of this code, the New York City Fire Code , the New York City Fuel Gas Code and the New York City Building Code . SECTION MC 927 ELECTRIC RADIANT HEATING SYSTEMS [CONT.]: 926.1 Installation. The installation of gaseous hydrogen systems shall be in accordance with the applicable requirements of this code, the New York City Fire Code , the New York City Fuel Gas Code and the New York City Building Code . SECTION MC 927 ELECTRIC RADIANT HEATING SYSTEMS [CONT.]: 926.1 Installation. The installation of gaseous hydrogen systems shall be in accordance with the applicable requirements of this code, the New York City Fire Code , the New York City Fuel Gas Code and the New York City Building Code . SECTION MC 927 ELECTRIC RADIANT HEATING SYSTEMS [CONT.]: 926.1 Installation. The installation of gaseous hydrogen systems shall be in accordance with the applicable requirements of this code, the New York City Fire Code , the New York City Fuel Gas Code and the New York City Building Code . SECTION MC 927 ELECTRIC RADIANT HEATING SYSTEMS [CONT.]: 926.1 Installation. The installation of gaseous hydrogen systems shall be in accordance with the applicable requirements of this code, the New York City Fire Code , the New York City Fuel Gas Code and the New York City Building Code . SECTION MC 927 ELECTRIC RADIANT HEATING SYSTEMS [CONT.]: 926.1 Installation. The installation of gaseous hydrogen systems shall be in accordance with the applicable requirements of this code, the New York City Fire Code , the New York City Fuel Gas Code and the New York City Building Code . SECTION MC 927 ELECTRIC RADIANT HEATING SYSTEMS",
    "metadata": {
      "section_full": "926.1",
      "parent_major": "926",
      "parent_minor": "926.1",
      "source": "033.txt"
    }
  },
  {
    "id": "927.1",
    "text": "CONTEXT: 927 > 927.1 | CONTENT: 927.1 927.1 General. Electric radiant heating systems shall be installed in accordance with the manufacturer\u2019s instructions and shall be listed for the applic ation. [CONT.]: 927.1 General. Electric radiant heating systems shall be installed in accordance with the manufacturer\u2019s instructions and shall be listed for the applic ation. [CONT.]: 927.1 General. Electric radiant heating systems shall be installed in accordance with the manufacturer\u2019s instructions and shall be listed for the applic ation. [CONT.]: 927.1 General. Electric radiant heating systems shall be installed in accordance with the manufacturer\u2019s instructions and shall be listed for the applic ation. [CONT.]: 927.1 General. Electric radiant heating systems shall be installed in accordance with the manufacturer\u2019s instructions and shall be listed for the applic ation. [CONT.]: 927.1 General. Electric radiant heating systems shall be installed in accordance with the manufacturer\u2019s instructions and shall be listed for the applic ation.",
    "metadata": {
      "section_full": "927.1",
      "parent_major": "927",
      "parent_minor": "927.1",
      "source": "033.txt"
    }
  },
  {
    "id": "927.2",
    "text": "CONTEXT: 927 > 927.2 | CONTENT: 927.2 927.2 Clearances. Clearances for radiant heating panels or elements to any wiring, outlet boxes and junction boxes used for installing electrical devices or mounting luminaires shall be in accordance with the New York City Building Code and the New York City Electrical Code. [CONT.]: 927.2 Clearances. Clearances for radiant heating panels or elements to any wiring, outlet boxes and junction boxes used for installing electrical devices or mounting luminaires shall be in accordance with the New York City Building Code and the New York City Electrical Code. [CONT.]: 927.2 Clearances. Clearances for radiant heating panels or elements to any wiring, outlet boxes and junction boxes used for installing electrical devices or mounting luminaires shall be in accordance with the New York City Building Code and the New York City Electrical Code. [CONT.]: 927.2 Clearances. Clearances for radiant heating panels or elements to any wiring, outlet boxes and junction boxes used for installing electrical devices or mounting luminaires shall be in accordance with the New York City Building Code and the New York City Electrical Code. [CONT.]: 927.2 Clearances. Clearances for radiant heating panels or elements to any wiring, outlet boxes and junction boxes used for installing electrical devices or mounting luminaires shall be in accordance with the New York City Building Code and the New York City Electrical Code. [CONT.]: 927.2 Clearances. Clearances for radiant heating panels or elements to any wiring, outlet boxes and junction boxes used for installing electrical devices or mounting luminaires shall be in accordance with the New York City Building Code and the New York City Electrical Code.",
    "metadata": {
      "section_full": "927.2",
      "parent_major": "927",
      "parent_minor": "927.2",
      "source": "033.txt"
    }
  },
  {
    "id": "927.3",
    "text": "CONTEXT: 927 > 927.3 | CONTENT: 927.3 927.3 Installation on wood or steel framing. Radiant panels installed on wood or steel framing shall conform to the following requirements: 1. Heating panels shall be installed parallel to framing members and secured to the surfa ce of framing members or shall be mounted between framing members. 2. Mechanical fasteners shall penetrate only the unheated portions provided for this purpose. Panels shall not be fastened at any point closer than 1 / 4 inch (6.4 mm) to an element. Other methods of attachment of the panels shall be in accordance with the panel installation instructions. 3. Unless listed and labeled for field cutting, heating panels shall be installed as complete units. [CONT.]: 927.3 Installation on wood or steel framing. Radiant panels installed on wood or steel framing shall conform to the following requirements: 1. Heating panels shall be installed parallel to framing members and secured to the surfa ce of framing members or shall be mounted between framing members. 2. Mechanical fasteners shall penetrate only the unheated portions provided for this purpose. Panels shall not be fastened at any point closer than 1 / 4 inch (6.4 mm) to an element. Other methods of attachment of the panels shall be in accordance with the panel installation instructions. 3. Unless listed and labeled for field cutting, heating panels shall be installed as complete units. [CONT.]: 927.3 Installation on wood or steel framing. Radiant panels installed on wood or steel framing shall conform to the following requirements: 1. Heating panels shall be installed parallel to framing members and secured to the surfa ce of framing members or shall be mounted between framing members. 2. Mechanical fasteners shall penetrate only the unheated portions provided for this purpose. Panels shall not be fastened at any point closer than 1 / 4 inch (6.4 mm) to an element. Other methods of attachment of the panels shall be in accordance with the panel installation instructions. 3. Unless listed and labeled for field cutting, heating panels shall be installed as complete units. [CONT.]: 927.3 Installation on wood or steel framing. Radiant panels installed on wood or steel framing shall conform to the following requirements: 1. Heating panels shall be installed parallel to framing members and secured to the surfa ce of framing members or shall be mounted between framing members. 2. Mechanical fasteners shall penetrate only the unheated portions provided for this purpose. Panels shall not be fastened at any point closer than 1 / 4 inch (6.4 mm) to an element. Other methods of attachment of the panels shall be in accordance with the panel installation instructions. 3. Unless listed and labeled for field cutting, heating panels shall be installed as complete units. [CONT.]: 927.3 Installation on wood or steel framing. Radiant panels installed on wood or steel framing shall conform to the following requirements: 1. Heating panels shall be installed parallel to framing members and secured to the surfa ce of framing members or shall be mounted between framing members. 2. Mechanical fasteners shall penetrate only the unheated portions provided for this purpose. Panels shall not be fastened at any point closer than 1 / 4 inch (6.4 mm) to an element. Other methods of attachment of the panels shall be in accordance with the panel installation instructions. 3. Unless listed and labeled for field cutting, heating panels shall be installed as complete units. [CONT.]: 927.3 Installation on wood or steel framing. Radiant panels installed on wood or steel framing shall conform to the following requirements: 1. Heating panels shall be installed parallel to framing members and secured to the surfa ce of framing members or shall be mounted between framing members. 2. Mechanical fasteners shall penetrate only the unheated portions provided for this purpose. Panels shall not be fastened at any point closer than 1 / 4 inch (6.4 mm) to an element. Other methods of attachment of the panels shall be in accordance with the panel installation instructions. 3. Unless listed and labeled for field cutting, heating panels shall be installed as complete units.",
    "metadata": {
      "section_full": "927.3",
      "parent_major": "927",
      "parent_minor": "927.3",
      "source": "033.txt"
    }
  },
  {
    "id": "927.4",
    "text": "CONTEXT: 927 > 927.4 | CONTENT: 927.4 927.4 Installation in concrete or masonry. Radiant heating systems installed in concrete or masonry shall conform to the following requirements: 1. Radiant heating systems shall be identified as being suitable for the installation, and shall be secured in place as specified in the manufacturer\u2019s instructions. 2. Radiant heating panels and radiant heating panel sets shall not be installed where they bridge expansion joints unless they are protected from expansion and contraction. [CONT.]: 927.4 Installation in concrete or masonry. Radiant heating systems installed in concrete or masonry shall conform to the following requirements: 1. Radiant heating systems shall be identified as being suitable for the installation, and shall be secured in place as specified in the manufacturer\u2019s instructions. 2. Radiant heating panels and radiant heating panel sets shall not be installed where they bridge expansion joints unless they are protected from expansion and contraction. [CONT.]: 927.4 Installation in concrete or masonry. Radiant heating systems installed in concrete or masonry shall conform to the following requirements: 1. Radiant heating systems shall be identified as being suitable for the installation, and shall be secured in place as specified in the manufacturer\u2019s instructions. 2. Radiant heating panels and radiant heating panel sets shall not be installed where they bridge expansion joints unless they are protected from expansion and contraction. [CONT.]: 927.4 Installation in concrete or masonry. Radiant heating systems installed in concrete or masonry shall conform to the following requirements: 1. Radiant heating systems shall be identified as being suitable for the installation, and shall be secured in place as specified in the manufacturer\u2019s instructions. 2. Radiant heating panels and radiant heating panel sets shall not be installed where they bridge expansion joints unless they are protected from expansion and contraction. [CONT.]: 927.4 Installation in concrete or masonry. Radiant heating systems installed in concrete or masonry shall conform to the following requirements: 1. Radiant heating systems shall be identified as being suitable for the installation, and shall be secured in place as specified in the manufacturer\u2019s instructions. 2. Radiant heating panels and radiant heating panel sets shall not be installed where they bridge expansion joints unless they are protected from expansion and contraction. [CONT.]: 927.4 Installation in concrete or masonry. Radiant heating systems installed in concrete or masonry shall conform to the following requirements: 1. Radiant heating systems shall be identified as being suitable for the installation, and shall be secured in place as specified in the manufacturer\u2019s instructions. 2. Radiant heating panels and radiant heating panel sets shall not be installed where they bridge expansion joints unless they are protected from expansion and contraction.",
    "metadata": {
      "section_full": "927.4",
      "parent_major": "927",
      "parent_minor": "927.4",
      "source": "033.txt"
    }
  },
  {
    "id": "927.5",
    "text": "CONTEXT: 927 > 927.5 | CONTENT: 927.5 927.5 Finish surfaces. Finish materials instal led over radiant heating panels and systems shall be installed in accordance with the manufacturer\u2019s instructions. Surfaces shall be secured so that fasteners do not pierce the radiant heating elements. SECTION MC 928 EVAPORATIVE COOLERS \u2021\u2021\u2021 Chapter 9 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 9 SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 901 GENERAL [CONT.]: 927.5 Finish surfaces. Finish materials instal led over radiant heating panels and systems shall be installed in accordance with the manufacturer\u2019s instructions. Surfaces shall be secured so that fasteners do not pierce the radiant heating elements. SECTION MC 928 EVAPORATIVE COOLERS \u2021\u2021\u2021 Chapter 9 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 9 SPECIFIC APPLIANCES AND EQUIPMENT SECTION MC 901 GENERAL [CONT.]: 927.5 Finish surfaces. Finish materials instal led over radiant heating panels and systems shall be installed in accordance with the manufacturer\u2019s instructions. Surfaces shall be secured so that fasteners do not pierce the radiant heating elements. SECTION MC 928 EVAPORATIVE COOLERS SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 927.5 Finish surfaces. Finish materials instal led over radiant heating panels and systems shall be installed in accordance with the manufacturer\u2019s instructions. Surfaces shall be secured so that fasteners do not pierce the radiant heating elements. SECTION MC 928 EVAPORATIVE COOLERS SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 927.5 Finish surfaces. Finish materials instal led over radiant heating panels and systems shall be installed in accordance with the manufacturer\u2019s instructions. Surfaces shall be secured so that fasteners do not pierce the radiant heating elements. SECTION MC 928 EVAPORATIVE COOLERS SPECIFIC APPLIANCES AND EQUIPMENT [CONT.]: 927.5 Finish surfaces. Finish materials instal led over radiant heating panels and systems shall be installed in accordance with the manufacturer\u2019s instructions. Surfaces shall be secured so that fasteners do not pierce the radiant heating elements. SECTION MC 928 EVAPORATIVE COOLERS SPECIFIC APPLIANCES AND EQUIPMENT",
    "metadata": {
      "section_full": "927.5",
      "parent_major": "927",
      "parent_minor": "927.5",
      "source": "033.txt"
    }
  },
  {
    "id": "928.1",
    "text": "CONTEXT: 928 > 928.1 | CONTENT: 928.1 928.1 General. Eva porative cooling equipment shall: 1. Be installed in accordance with the manufacturer\u2019s instructions. 2. Be installed on level platforms and in accordance with Section 304.10. 3. Have openings in exterior walls or roofs flashed in accordance with the New Y ork City Building Code. 4. Be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and protection of the potable water suppl y system shall be installed as required by the New York City Plumbing Code. 5. Have ventilation air intake opening locations in accordance with Section 401.4. Return air openings shall be located in accordance with Section 618.4 of the New York City Fuel Gas Code . [CONT.]: 928.1 General. Eva porative cooling equipment shall: 1. Be installed in accordance with the manufacturer\u2019s instructions. 2. Be installed on level platforms and in accordance with Section 304.10. 3. Have openings in exterior walls or roofs flashed in accordance with the New Y ork City Building Code. 4. Be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and protection of the potable water suppl y system shall be installed as required by the New York City Plumbing Code. 5. Have ventilation air intake opening locations in accordance with Section 401.4. Return air openings shall be located in accordance with Section 618.4 of the New York City Fuel Gas Code . [CONT.]: 928.1 General. Eva porative cooling equipment shall: 1. Be installed in accordance with the manufacturer\u2019s instructions. 2. Be installed on level platforms and in accordance with Section 304.10. 3. Have openings in exterior walls or roofs flashed in accordance with the New Y ork City Building Code. 4. Be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and protection of the potable water suppl y system shall be installed as required by the New York City Plumbing Code. 5. Have ventilation air intake opening locations in accordance with Section 401.4. Return air openings shall be located in accordance with Section 618.4 of the New York City Fuel Gas Code . [CONT.]: 928.1 General. Eva porative cooling equipment shall: 1. Be installed in accordance with the manufacturer\u2019s instructions. 2. Be installed on level platforms and in accordance with Section 304.10. 3. Have openings in exterior walls or roofs flashed in accordance with the New Y ork City Building Code. 4. Be provided with an approved water supply, sized for peak demand. The quality of water shall be provided in accordance with the equipment manufacturer\u2019s recommendations. The piping system and protection of the potable water suppl y system shall be installed as required by the New York City Plumbing Code. 5. Have ventilation air intake opening locations in accordance with Section 401.4.",
    "metadata": {
      "section_full": "928.1",
      "parent_major": "928",
      "parent_minor": "928.1",
      "source": "033.txt"
    }
  },
  {
    "id": "1001.1",
    "text": "CONTEXT: 1001 > 1001.1 | CONTENT: 1001.1 1001.1 Scope. This chapter shall establish the minimum safety requirements for and shall govern the installation, alteration and repair of boilers, wate r heaters and pressure vessels. Exceptions: 1. Pressure vessels used for unheated water supply. 2. Portable unfired pressure vessels and Interstate Commerce Commission containers. 3. Containers for bulk oxygen and medical gas. 4. Unfired pressure vessels having a volume of 5 cubic feet (0.14 m 3 ) or less operating at pressures not exceeding 250 pounds per square inch (psi) (1723.7 kPa) and located within occupancies of Groups B, F, H, M, R, S and U. 5. Pressure vessels used in refrigeration systems that are regulated by Chapter 11. 6. Pressure tanks used in conjunction with coaxial cables, telephone cables, power cables and other similar humidity control systems. 7. Any boiler or pressure vessel subject to inspection by federal inspectors. [CONT.]: 1001.1 Scope. This chapter shall establish the minimum safety requirements for and shall govern the installation, alteration and repair of boilers, wate r heaters and pressure vessels. Exceptions: 1. Pressure vessels used for unheated water supply. 2. Portable unfired pressure vessels and Interstate Commerce Commission containers. 3. Containers for bulk oxygen and medical gas. 4. Unfired pressure vessels having a volume of 5 cubic feet (0.14 m 3 ) or less operating at pressures not exceeding 250 pounds per square inch (psi) (1723.7 kPa) and located within occupancies of Groups B, F, H, M, R, S and U. 5. Pressure vessels used in refrigeration systems that are regulated by Chapter 11. 6. Pressure tanks used in conjunction with coaxial cables, telephone cables, power cables and other similar humidity control systems. 7. Any boiler or pressure vessel subject to inspection by federal inspectors. [CONT.]: 1001.1 Scope. This chapter shall establish the minimum safety requirements for and shall govern the installation, alteration and repair of boilers, wate r heaters and pressure vessels. Exceptions: 1. Pressure vessels used for unheated water supply. 2. Portable unfired pressure vessels and Interstate Commerce Commission containers. 3. Containers for bulk oxygen and medical gas. 4. Unfired pressure vessels having a volume of 5 cubic feet (0.14 m 3 ) or less operating at pressures not exceeding 250 pounds per square inch (psi) (1723.7 kPa) and located within occupancies of Groups B, F, H, M, R, S and U. 5. Pressure vessels used in refrigeration systems that are regulated by Chapter 11. 6. Pressure tanks used in conjunction with coaxial cables, telephone cables, power cables and other similar humidity control systems. 7. Any boiler or pressure vessel subject to inspection by federal inspectors. [CONT.]: 1001.1 Scope. This chapter shall establish the minimum safety requirements for and shall govern the installation, alteration and repair of boilers, wate r heaters and pressure vessels. Exceptions: 1. Pressure vessels used for unheated water supply. 2. Portable unfired pressure vessels and Interstate Commerce Commission containers. 3. Containers for bulk oxygen and medical gas. 4. Unfired pressure vessels having a volume of 5 cubic feet (0.14 m 3 ) or less operating at pressures not exceeding 250 pounds per square inch (psi) (1723.7 kPa) and located within occupancies of Groups B, F, H, M, R, S and U. 5. Pressure vessels used in refrigeration systems that are regulated by Chapter 11. 6. Pressure tanks used in conjunction with coaxial cables, telephone cables, power cables and other similar humidity control systems. 7. Any boiler or pressure vessel subject to inspection by federal inspectors. [CONT.]: 1001.1 Scope. This chapter shall establish the minimum safety requirements for and shall govern the installation, alteration and repair of boilers, wate r heaters and pressure vessels. Exceptions: 1. Pressure vessels used for unheated water supply. 2. Portable unfired pressure vessels and Interstate Commerce Commission containers. 3. Containers for bulk oxygen and medical gas. 4. Unfired pressure vessels having a volume of 5 cubic feet (0.14 m 3 ) or less operating at pressures not exceeding 250 pounds per square inch (psi) (1723.7 kPa) and located within occupancies of Groups B, F, H, M, R, S and U. 5. Pressure vessels used in refrigeration systems that are regulated by Chapter 11. 6. Pressure tanks used in conjunction with coaxial cables, telephone cables, power cables and other similar humidity control systems. 7. Any boiler or pressure vessel subject to inspection by federal inspectors. [CONT.]: 1001.1 Scope. This chapter shall establish the minimum safety requirements for and shall govern the installation, alteration and repair of boilers, wate r heaters and pressure vessels. Exceptions: 1. Pressure vessels used for unheated water supply. 2. Portable unfired pressure vessels and Interstate Commerce Commission containers. 3. Containers for bulk oxygen and medical gas. 4. Unfired pressure vessels having a volume of 5 cubic feet (0.14 m 3 ) or less operating at pressures not exceeding 250 pounds per square inch (psi) (1723.7 kPa) and located within occupancies of Groups B, F, H, M, R, S and U. 5. Pressure vessels used in refrigeration systems that are regulated by Chapter 11. 6. Pressure tanks used in conjunction with coaxial cables, telephone cables, power cables and other similar humidity control systems. 7. Any boiler or pressure vessel subject to inspection by federal inspectors. [CONT.]: 1001.1 Scope. This chapter shall establish the minimum safety requirements for and shall govern the installation, alteration and repair of boilers, wate r heaters and pressure vessels. Exceptions: 1. Pressure vessels used for unheated water supply. 2. Portable unfired pressure vessels and Interstate Commerce Commission containers. 3. Containers for bulk oxygen and medical gas. 4. Unfired pressure vessels having a volume of 5 cubic feet (0.14 m 3 ) or less operating at pressures not exceeding 250 pounds per square inch (psi) (1723.7 kPa) and located within occupancies of Groups B, F, H, M, R, S and U. 5. Pressure vessels used in refrigeration systems that are regulated by Chapter 11. 6. Pressure tanks used in conjunction with coaxial cables, telephone cables, power cables and other similar humidity control systems. 7. Any boiler or pressure vessel subject to inspection by federal inspectors.",
    "metadata": {
      "section_full": "1001.1",
      "parent_major": "1001",
      "parent_minor": "1001.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1001.3",
    "text": "CONTEXT: 1001 > 1001.3 | CONTENT: 1001.3 1001.3 Clearances. Minimum clearances at boilers, water heaters and pressure vessels shall be maintained in accordance with Chapter 3. SEC TION MC 1002 WATER HEATERS [CONT.]: 1001.3 Clearances. Minimum clearances at boilers, water heaters and pressure vessels shall be maintained in accordance with Chapter 3. SEC TION MC 1002 WATER HEATERS [CONT.]: 1001.3 Clearances. Minimum clearances at boilers, water heaters and pressure vessels shall be maintained in accordance with Chapter 3. SEC TION MC 1002 WATER HEATERS [CONT.]: 1001.3 Clearances. Minimum clearances at boilers, water heaters and pressure vessels shall be maintained in accordance with Chapter 3. SEC TION MC 1002 WATER HEATERS [CONT.]: 1001.3 Clearances. Minimum clearances at boilers, water heaters and pressure vessels shall be maintained in accordance with Chapter 3. SEC TION MC 1002 WATER HEATERS [CONT.]: 1001.3 Clearances. Minimum clearances at boilers, water heaters and pressure vessels shall be maintained in accordance with Chapter 3. SEC TION MC 1002 WATER HEATERS [CONT.]: 1001.3 Clearances. Minimum clearances at boilers, water heaters and pressure vessels shall be maintained in accordance with Chapter 3. SEC TION MC 1002 WATER HEATERS",
    "metadata": {
      "section_full": "1001.3",
      "parent_major": "1001",
      "parent_minor": "1001.3",
      "source": "034.txt"
    }
  },
  {
    "id": "1002.1",
    "text": "CONTEXT: 1002 > 1002.1 | CONTENT: 1002.1 1002.1 General. Potable water heaters and hot water storage tanks shall be listed and labeled and installed in accordance with the manufacturer\u2019s instructions, the New York City Plumbing Code and this code. All water heaters shal l be capable of being removed without first removing a permanent portion of the building structure. The potable water connections and relief valves for all water heaters shall conform to the requirements of the New York City Plumbing Code . Domestic electric water heaters shall comply with UL 174 or UL 1453. Commercial electric water heaters shall comply with UL 1453. Oil - fired water heaters shall comply with UL 732. Approval for oil - fired water heaters 350,000 Btu/h input (103 kW) and above shall be obtained from the New York City Department of Environmental Protection. Thermal solar water heaters shall comply with UL 174 or UL 1453, and Chapter 14 of this code. Heat pump water heaters shall comply with UL 174 or UL 1995. [CONT.]: 1002.1 General. Potable water heaters and hot water storage tanks shall be listed and labeled and installed in accordance with the manufacturer\u2019s instructions, the New York City Plumbing Code and this code. All water heaters shal l be capable of being removed without first removing a permanent portion of the building structure. The potable water connections and relief valves for all water heaters shall conform to the requirements of the New York City Plumbing Code . Domestic electric water heaters shall comply with UL 174 or UL 1453. Commercial electric water heaters shall comply with UL 1453. Oil - fired water heaters shall comply with UL 732. Approval for oil - fired water heaters 350,000 Btu/h input (103 kW) and above shall be obtained from the New York City Department of Environmental Protection. Thermal solar water heaters shall comply with UL 174 or UL 1453, and Chapter 14 of this code. Heat pump water heaters shall comply with UL 174 or UL 1995. [CONT.]: 1002.1 General. Potable water heaters and hot water storage tanks shall be listed and labeled and installed in accordance with the manufacturer\u2019s instructions, the New York City Plumbing Code and this code. All water heaters shal l be capable of being removed without first removing a permanent portion of the building structure. The potable water connections and relief valves for all water heaters shall conform to the requirements of the New York City Plumbing Code . Domestic electric water heaters shall comply with UL 174 or UL 1453. Commercial electric water heaters shall comply with UL 1453. Oil - fired water heaters shall comply with UL 732. Approval for oil - fired water heaters 350,000 Btu/h input (103 kW) and above shall be obtained from the New York City Department of Environmental Protection. Thermal solar water heaters shall comply with UL 174 or UL 1453, and Chapter 14 of this code. Heat pump water heaters shall comply with UL 174 or UL 1995. [CONT.]: 1002.1 General. Potable water heaters and hot water storage tanks shall be listed and labeled and installed in accordance with the manufacturer\u2019s instructions, the New York City Plumbing Code and this code. All water heaters shal l be capable of being removed without first removing a permanent portion of the building structure. The potable water connections and relief valves for all water heaters shall conform to the requirements of the New York City Plumbing Code . Domestic electric water heaters shall comply with UL 174 or UL 1453. Commercial electric water heaters shall comply with UL 1453. Oil - fired water heaters shall comply with UL 732. Approval for oil - fired water heaters 350,000 Btu/h input (103 kW) and above shall be obtained from the New York City Department of Environmental Protection. Thermal solar water heaters shall comply with UL 174 or UL 1453, and Chapter 14 of this code. Heat pump water heaters shall comply with UL 174 or UL 1995. [CONT.]: 1002.1 General. Potable water heaters and hot water storage tanks shall be listed and labeled and installed in accordance with the manufacturer\u2019s instructions, the New York City Plumbing Code and this code. All water heaters shal l be capable of being removed without first removing a permanent portion of the building structure. The potable water connections and relief valves for all water heaters shall conform to the requirements of the New York City Plumbing Code . Domestic electric water heaters shall comply with UL 174 or UL 1453. Commercial electric water heaters shall comply with UL 1453. Oil - fired water heaters shall comply with UL 732. Approval for oil - fired water heaters 350,000 Btu/h input (103 kW) and above shall be obtained from the New York City Department of Environmental Protection. Thermal solar water heaters shall comply with UL 174 or UL 1453, and Chapter 14 of this code. Heat pump water heaters shall comply with UL 174 or UL 1995. [CONT.]: 1002.1 General. Potable water heaters and hot water storage tanks shall be listed and labeled and installed in accordance with the manufacturer\u2019s instructions, the New York City Plumbing Code and this code. All water heaters shal l be capable of being removed without first removing a permanent portion of the building structure. The potable water connections and relief valves for all water heaters shall conform to the requirements of the New York City Plumbing Code . Domestic electric water heaters shall comply with UL 174 or UL 1453. Commercial electric water heaters shall comply with UL 1453. Oil - fired water heaters shall comply with UL 732. Approval for oil - fired water heaters 350,000 Btu/h input (103 kW) and above shall be obtained from the New York City Department of Environmental Protection. Thermal solar water heaters shall comply with UL 174 or UL 1453, and Chapter 14 of this code. Heat pump water heaters shall comply with UL 174 or UL 1995. [CONT.]: 1002.1 General. Potable water heaters and hot water storage tanks shall be listed and labeled and installed in accordance with the manufacturer\u2019s instructions, the New York City Plumbing Code and this code. All water heaters shal l be capable of being removed without first removing a permanent portion of the building structure. The potable water connections and relief valves for all water heaters shall conform to the requirements of the New York City Plumbing Code . Domestic electric water heaters shall comply with UL 174 or UL 1453. Commercial electric water heaters shall comply with UL 1453. Oil - fired water heaters shall comply with UL 732. Approval for oil - fired water heaters 350,000 Btu/h input (103 kW) and above shall be obtained from the New York City Department of Environmental Protection. Thermal solar water heaters shall comply with UL 174 or UL 1453, and Chapter 14 of this code. Heat pump water heaters shall comply with UL 174 or UL 1995. [CONT.]: 1002.1 181 \u2014 2013 Factory - made Air Ducts and Air Connectors \u2014 with revisions through October 2008 ..... 512.2, 603.5, 603.6.1.1, 603.6.2, 603.11.1, 604.13 181A \u2014 2013 Closure Systems for Use with Rigid Air Ducts and Air Connectors ............................................................ [CONT.]: 1002.1 181 \u2014 2013 Factory - made Air Ducts and Air Connectors \u2014 with revisions through October 2008 ..... 512.2, 603.5, 603.6.1.1, 603.6.2, 603.11.1, 604.13 181A \u2014 2013 Closure Systems for Use with Rigid Air Ducts and Air Connectors ............................................................ [CONT.]: 1002.1 1479 \u2014 03 Fire Tests of Through - penetration Firestops \u2014 with revisions through October 2012 ........ 506.3.11.2, 506.3.11.3 \u2021\u2021\u2021 1482 \u2014 2011 Standard for Safety Solid - Fuel Type Heaters ................................ ................................ ...............................",
    "metadata": {
      "section_full": "1002.1",
      "parent_major": "1002",
      "parent_minor": "1002.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1002.2",
    "text": "CONTEXT: 1002 > 1002.2 | CONTENT: 1002.2 1002.2 Water heaters utilized for s pace heating. Water heaters utilized both to supply potable hot water and provide hot water for space - heating applications shall be listed and labeled for such applications by the manufacturer and shall be built in accordance with Section IV of the ASME Boiler and Pressure Vessel Code with an \u201cH\u201d code stamp. Water heaters shall be installed in accordance with the manufacturer\u2019s instructions , the ASME Boiler and Pressure Vessel Code and the New York City Plumbing Code. Oil - fired heaters shall comply with U L 732 and shall have an \u201cHW\u201d stamp. BOILERS, WATER HEATERS AND PRESSURE VESSELS [CONT.]: 1002.2 Water heaters utilized for s pace heating. Water heaters utilized both to supply potable hot water and provide hot water for space - heating applications shall be listed and labeled for such applications by the manufacturer and shall be built in accordance with Section IV of the ASME Boiler and Pressure Vessel Code with an \u201cH\u201d code stamp. Water heaters shall be installed in accordance with the manufacturer\u2019s instructions , the ASME Boiler and Pressure Vessel Code and the New York City Plumbing Code. Oil - fired heaters shall comply with U L 732 and shall have an \u201cHW\u201d stamp. BOILERS, WATER HEATERS AND PRESSURE VESSELS [CONT.]: 1002.2 Water heaters utilized for s pace heating. Water heaters utilized both to supply potable hot water and provide hot water for space - heating applications shall be listed and labeled for such applications by the manufacturer and shall be built in accordance with Section IV of the ASME Boiler and Pressure Vessel Code with an \u201cH\u201d code stamp. Water heaters shall be installed in accordance with the manufacturer\u2019s instructions , the ASME Boiler and Pressure Vessel Code and the New York City Plumbing Code. Oil - fired heaters shall comply with U L 732 and shall have an \u201cHW\u201d stamp. BOILERS, WATER HEATERS AND PRESSURE VESSELS [CONT.]: 1002.2 Water heaters utilized for s pace heating. Water heaters utilized both to supply potable hot water and provide hot water for space - heating applications shall be listed and labeled for such applications by the manufacturer and shall be built in accordance with Section IV of the ASME Boiler and Pressure Vessel Code with an \u201cH\u201d code stamp. Water heaters shall be installed in accordance with the manufacturer\u2019s instructions , the ASME Boiler and Pressure Vessel Code and the New York City Plumbing Code. Oil - fired heaters shall comply with U L 732 and shall have an \u201cHW\u201d stamp. BOILERS, WATER HEATERS AND PRESSURE VESSELS [CONT.]: 1002.2 Water heaters utilized for s pace heating. Water heaters utilized both to supply potable hot water and provide hot water for space - heating applications shall be listed and labeled for such applications by the manufacturer and shall be built in accordance with Section IV of the ASME Boiler and Pressure Vessel Code with an \u201cH\u201d code stamp. Water heaters shall be installed in accordance with the manufacturer\u2019s instructions , the ASME Boiler and Pressure Vessel Code and the New York City Plumbing Code. Oil - fired heaters shall comply with U L 732 and shall have an \u201cHW\u201d stamp. BOILERS, WATER HEATERS AND PRESSURE VESSELS [CONT.]: 1002.2 Water heaters utilized for s pace heating. Water heaters utilized both to supply potable hot water and provide hot water for space - heating applications shall be listed and labeled for such applications by the manufacturer and shall be built in accordance with Section IV of the ASME Boiler and Pressure Vessel Code with an \u201cH\u201d code stamp. Water heaters shall be installed in accordance with the manufacturer\u2019s instructions , the ASME Boiler and Pressure Vessel Code and the New York City Plumbing Code. Oil - fired heaters shall comply with U L 732 and shall have an \u201cHW\u201d stamp. BOILERS, WATER HEATERS AND PRESSURE VESSELS [CONT.]: 1002.2 Water heaters utilized for s pace heating. Water heaters utilized both to supply potable hot water and provide hot water for space - heating applications shall be listed and labeled for such applications by the manufacturer and shall be built in accordance with Section IV of the ASME Boiler and Pressure Vessel Code with an \u201cH\u201d code stamp. Water heaters shall be installed in accordance with the manufacturer\u2019s instructions , the ASME Boiler and Pressure Vessel Code and the New York City Plumbing Code. Oil - fired heaters shall comply with U L 732 and shall have an \u201cHW\u201d stamp. BOILERS, WATER HEATERS AND PRESSURE VESSELS",
    "metadata": {
      "section_full": "1002.2",
      "parent_major": "1002",
      "parent_minor": "1002.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1002.2.1",
    "text": "CONTEXT: 1002 > 1002.2 | CONTENT: 1002.2.1 1002.2.1 Sizing. Water heaters utilized for both potable water heating and space - heating applications shall be sized to prevent the space - heating load from diminishing the required potable water - heating capacity. 1002.2. 2 Temperature limitation. Where a combination potable water - heating and space - heating system requires water for space heating, a temperature actuated mixing valve complying with ASSE 1017 shall be provided to temper the water supplied to the potable hot wa ter distribution system in accordance with Section 607 of the New York City Plumbing Code . [CONT.]: 1002.2.1 Sizing. Water heaters utilized for both potable water heating and space - heating applications shall be sized to prevent the space - heating load from diminishing the required potable water - heating capacity. 1002.2. 2 Temperature limitation. Where a combination potable water - heating and space - heating system requires water for space heating, a temperature actuated mixing valve complying with ASSE 1017 shall be provided to temper the water supplied to the potable hot wa ter distribution system in accordance with Section 607 of the New York City Plumbing Code . [CONT.]: 1002.2.1 Sizing. Water heaters utilized for both potable water heating and space - heating applications shall be sized to prevent the space - heating load from diminishing the required potable water - heating capacity. 1002.2. 2 Temperature limitation. Where a combination potable water - heating and space - heating system requires water for space heating, a temperature actuated mixing valve complying with ASSE 1017 shall be provided to temper the water supplied to the potable hot wa ter distribution system in accordance with Section 607 of the New York City Plumbing Code . [CONT.]: 1002.2.1 Sizing. Water heaters utilized for both potable water heating and space - heating applications shall be sized to prevent the space - heating load from diminishing the required potable water - heating capacity. 1002.2. 2 Temperature limitation. Where a combination potable water - heating and space - heating system requires water for space heating, a temperature actuated mixing valve complying with ASSE 1017 shall be provided to temper the water supplied to the potable hot wa ter distribution system in accordance with Section 607 of the New York City Plumbing Code . [CONT.]: 1002.2.1 Sizing. Water heaters utilized for both potable water heating and space - heating applications shall be sized to prevent the space - heating load from diminishing the required potable water - heating capacity. 1002.2. 2 Temperature limitation. Where a combination potable water - heating and space - heating system requires water for space heating, a temperature actuated mixing valve complying with ASSE 1017 shall be provided to temper the water supplied to the potable hot wa ter distribution system in accordance with Section 607 of the New York City Plumbing Code . [CONT.]: 1002.2.1 Sizing. Water heaters utilized for both potable water heating and space - heating applications shall be sized to prevent the space - heating load from diminishing the required potable water - heating capacity. 1002.2. 2 Temperature limitation. Where a combination potable water - heating and space - heating system requires water for space heating, a temperature actuated mixing valve complying with ASSE 1017 shall be provided to temper the water supplied to the potable hot wa ter distribution system in accordance with Section 607 of the New York City Plumbing Code . [CONT.]: 1002.2.1 Sizing. Water heaters utilized for both potable water heating and space - heating applications shall be sized to prevent the space - heating load from diminishing the required potable water - heating capacity. 1002.2. 2 Temperature limitation. Where a combination potable water - heating and space - heating system requires water for space heating, a temperature actuated mixing valve complying with ASSE 1017 shall be provided to temper the water supplied to the potable hot wa ter distribution system in accordance with Section 607 of the New York City Plumbing Code .",
    "metadata": {
      "section_full": "1002.2.1",
      "parent_major": "1002",
      "parent_minor": "1002.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1002.2.3",
    "text": "CONTEXT: 1002 > 1002.2 | CONTENT: 1002.2.3 1002.2.3 Cross - connection. Water heaters utilized for both potable hot water and hot water for space - heating applications shall have separate heating sections and co nnections for distribution systems and shall not be cross - connected. The potability of the domestic water shall be maintained throughout the system in accordance with the New York City Plumbing Code. [CONT.]: 1002.2.3 Cross - connection. Water heaters utilized for both potable hot water and hot water for space - heating applications shall have separate heating sections and co nnections for distribution systems and shall not be cross - connected. The potability of the domestic water shall be maintained throughout the system in accordance with the New York City Plumbing Code. [CONT.]: 1002.2.3 Cross - connection. Water heaters utilized for both potable hot water and hot water for space - heating applications shall have separate heating sections and co nnections for distribution systems and shall not be cross - connected. The potability of the domestic water shall be maintained throughout the system in accordance with the New York City Plumbing Code. [CONT.]: 1002.2.3 Cross - connection. Water heaters utilized for both potable hot water and hot water for space - heating applications shall have separate heating sections and co nnections for distribution systems and shall not be cross - connected. The potability of the domestic water shall be maintained throughout the system in accordance with the New York City Plumbing Code. [CONT.]: 1002.2.3 Cross - connection. Water heaters utilized for both potable hot water and hot water for space - heating applications shall have separate heating sections and co nnections for distribution systems and shall not be cross - connected. The potability of the domestic water shall be maintained throughout the system in accordance with the New York City Plumbing Code. [CONT.]: 1002.2.3 Cross - connection. Water heaters utilized for both potable hot water and hot water for space - heating applications shall have separate heating sections and co nnections for distribution systems and shall not be cross - connected. The potability of the domestic water shall be maintained throughout the system in accordance with the New York City Plumbing Code. [CONT.]: 1002.2.3 Cross - connection. Water heaters utilized for both potable hot water and hot water for space - heating applications shall have separate heating sections and co nnections for distribution systems and shall not be cross - connected. The potability of the domestic water shall be maintained throughout the system in accordance with the New York City Plumbing Code.",
    "metadata": {
      "section_full": "1002.2.3",
      "parent_major": "1002",
      "parent_minor": "1002.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1002.3",
    "text": "CONTEXT: 1002 > 1002.3 | CONTENT: 1002.3 1002.3 Supplemental water - heating devices. Potable water - heating devices that utilize refrigerant - to - water heat exchangers shall be approved and installed in accordance with the New York City Plumbing Code , the applicable provisions of the New York City Energy Conservation Code and the manufacturer\u2019s instructions. SECTION MC 1003 PRESSURE VESSELS [CONT.]: 1002.3 Supplemental water - heating devices. Potable water - heating devices that utilize refrigerant - to - water heat exchangers shall be approved and installed in accordance with the New York City Plumbing Code , the applicable provisions of the New York City Energy Conservation Code and the manufacturer\u2019s instructions. SECTION MC 1003 PRESSURE VESSELS [CONT.]: 1002.3 Supplemental water - heating devices. Potable water - heating devices that utilize refrigerant - to - water heat exchangers shall be approved and installed in accordance with the New York City Plumbing Code , the applicable provisions of the New York City Energy Conservation Code and the manufacturer\u2019s instructions. SECTION MC 1003 PRESSURE VESSELS [CONT.]: 1002.3 Supplemental water - heating devices. Potable water - heating devices that utilize refrigerant - to - water heat exchangers shall be approved and installed in accordance with the New York City Plumbing Code , the applicable provisions of the New York City Energy Conservation Code and the manufacturer\u2019s instructions. SECTION MC 1003 PRESSURE VESSELS [CONT.]: 1002.3 Supplemental water - heating devices. Potable water - heating devices that utilize refrigerant - to - water heat exchangers shall be approved and installed in accordance with the New York City Plumbing Code , the applicable provisions of the New York City Energy Conservation Code and the manufacturer\u2019s instructions. SECTION MC 1003 PRESSURE VESSELS [CONT.]: 1002.3 Supplemental water - heating devices. Potable water - heating devices that utilize refrigerant - to - water heat exchangers shall be approved and installed in accordance with the New York City Plumbing Code , the applicable provisions of the New York City Energy Conservation Code and the manufacturer\u2019s instructions. SECTION MC 1003 PRESSURE VESSELS [CONT.]: 1002.3 Supplemental water - heating devices. Potable water - heating devices that utilize refrigerant - to - water heat exchangers shall be approved and installed in accordance with the New York City Plumbing Code , the applicable provisions of the New York City Energy Conservation Code and the manufacturer\u2019s instructions. SECTION MC 1003 PRESSURE VESSELS",
    "metadata": {
      "section_full": "1002.3",
      "parent_major": "1002",
      "parent_minor": "1002.3",
      "source": "034.txt"
    }
  },
  {
    "id": "1003.1",
    "text": "CONTEXT: 1003 > 1003.1 | CONTENT: 1003.1 1003.1 General. All pressure vessels shall be constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , and shall bear the label of an approved agency. Pressure vessels shall be in stalled in accordance with the manufacturer\u2019s instructions and nationally recognized standards. Directly fired pressure vessels shall meet the requirements of Section 1004. [CONT.]: 1003.1 General. All pressure vessels shall be constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , and shall bear the label of an approved agency. Pressure vessels shall be in stalled in accordance with the manufacturer\u2019s instructions and nationally recognized standards. Directly fired pressure vessels shall meet the requirements of Section 1004. [CONT.]: 1003.1 General. All pressure vessels shall be constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , and shall bear the label of an approved agency. Pressure vessels shall be in stalled in accordance with the manufacturer\u2019s instructions and nationally recognized standards. Directly fired pressure vessels shall meet the requirements of Section 1004. [CONT.]: 1003.1 General. All pressure vessels shall be constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , and shall bear the label of an approved agency. Pressure vessels shall be in stalled in accordance with the manufacturer\u2019s instructions and nationally recognized standards. Directly fired pressure vessels shall meet the requirements of Section 1004. [CONT.]: 1003.1 General. All pressure vessels shall be constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , and shall bear the label of an approved agency. Pressure vessels shall be in stalled in accordance with the manufacturer\u2019s instructions and nationally recognized standards. Directly fired pressure vessels shall meet the requirements of Section 1004. [CONT.]: 1003.1 General. All pressure vessels shall be constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , and shall bear the label of an approved agency. Pressure vessels shall be in stalled in accordance with the manufacturer\u2019s instructions and nationally recognized standards. Directly fired pressure vessels shall meet the requirements of Section 1004. [CONT.]: 1003.1 General. All pressure vessels shall be constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , and shall bear the label of an approved agency. Pressure vessels shall be in stalled in accordance with the manufacturer\u2019s instructions and nationally recognized standards. Directly fired pressure vessels shall meet the requirements of Section 1004.",
    "metadata": {
      "section_full": "1003.1",
      "parent_major": "1003",
      "parent_minor": "1003.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1003.2",
    "text": "CONTEXT: 1003 > 1003.2 | CONTENT: 1003.2 1003.2 Piping. All piping materials, fittings, joints, connections and devices asso ciated with systems utilized in conjunction with pressure vessels shall be designed for the specific application and shall comply with the ASME Boiler and Pressure Vessel Code and this code . [CONT.]: 1003.2 Piping. All piping materials, fittings, joints, connections and devices asso ciated with systems utilized in conjunction with pressure vessels shall be designed for the specific application and shall comply with the ASME Boiler and Pressure Vessel Code and this code . [CONT.]: 1003.2 Piping. All piping materials, fittings, joints, connections and devices asso ciated with systems utilized in conjunction with pressure vessels shall be designed for the specific application and shall comply with the ASME Boiler and Pressure Vessel Code and this code . [CONT.]: 1003.2 Piping. All piping materials, fittings, joints, connections and devices asso ciated with systems utilized in conjunction with pressure vessels shall be designed for the specific application and shall comply with the ASME Boiler and Pressure Vessel Code and this code . [CONT.]: 1003.2 Piping. All piping materials, fittings, joints, connections and devices asso ciated with systems utilized in conjunction with pressure vessels shall be designed for the specific application and shall comply with the ASME Boiler and Pressure Vessel Code and this code . [CONT.]: 1003.2 Piping. All piping materials, fittings, joints, connections and devices asso ciated with systems utilized in conjunction with pressure vessels shall be designed for the specific application and shall comply with the ASME Boiler and Pressure Vessel Code and this code . [CONT.]: 1003.2 Piping. All piping materials, fittings, joints, connections and devices asso ciated with systems utilized in conjunction with pressure vessels shall be designed for the specific application and shall comply with the ASME Boiler and Pressure Vessel Code and this code .",
    "metadata": {
      "section_full": "1003.2",
      "parent_major": "1003",
      "parent_minor": "1003.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1003.3",
    "text": "CONTEXT: 1003 > 1003.3 | CONTENT: 1003.3 1003.3 Welding. Welding on pressure vessels shall be performed by welders certified in compliance with nationally recognized standards, including the National Board Inspection Code and ASME Boiler and Pressure Vessel Code , Section IX. Such welders shall also comply with 12 NYCRR 4 - 6.2, and 12 NYCRR 14 - 3.3 through 14 - 3.1 8. SECTION MC 1004 BOILERS [CONT.]: 1003.3 Welding. Welding on pressure vessels shall be performed by welders certified in compliance with nationally recognized standards, including the National Board Inspection Code and ASME Boiler and Pressure Vessel Code , Section IX. Such welders shall also comply with 12 NYCRR 4 - 6.2, and 12 NYCRR 14 - 3.3 through 14 - 3.1 8. SECTION MC 1004 BOILERS [CONT.]: 1003.3 Welding. Welding on pressure vessels shall be performed by welders certified in compliance with nationally recognized standards, including the National Board Inspection Code and ASME Boiler and Pressure Vessel Code , Section IX. Such welders shall also comply with 12 NYCRR 4 - 6.2, and 12 NYCRR 14 - 3.3 through 14 - 3.1 8. SECTION MC 1004 BOILERS [CONT.]: 1003.3 Welding. Welding on pressure vessels shall be performed by welders certified in compliance with nationally recognized standards, including the National Board Inspection Code and ASME Boiler and Pressure Vessel Code , Section IX. Such welders shall also comply with 12 NYCRR 4 - 6.2, and 12 NYCRR 14 - 3.3 through 14 - 3.1 8. SECTION MC 1004 BOILERS [CONT.]: 1003.3 Welding. Welding on pressure vessels shall be performed by welders certified in compliance with nationally recognized standards, including the National Board Inspection Code and ASME Boiler and Pressure Vessel Code , Section IX. Such welders shall also comply with 12 NYCRR 4 - 6.2, and 12 NYCRR 14 - 3.3 through 14 - 3.1 8. SECTION MC 1004 BOILERS [CONT.]: 1003.3 Welding. Welding on pressure vessels shall be performed by welders certified in compliance with nationally recognized standards, including the National Board Inspection Code and ASME Boiler and Pressure Vessel Code , Section IX. Such welders shall also comply with 12 NYCRR 4 - 6.2, and 12 NYCRR 14 - 3.3 through 14 - 3.1 8. SECTION MC 1004 BOILERS [CONT.]: 1003.3 Welding. Welding on pressure vessels shall be performed by welders certified in compliance with nationally recognized standards, including the National Board Inspection Code and ASME Boiler and Pressure Vessel Code , Section IX. Such welders shall also comply with 12 NYCRR 4 - 6.2, and 12 NYCRR 14 - 3.3 through 14 - 3.1 8. SECTION MC 1004 BOILERS",
    "metadata": {
      "section_full": "1003.3",
      "parent_major": "1003",
      "parent_minor": "1003.3",
      "source": "034.txt"
    }
  },
  {
    "id": "1004.1",
    "text": "CONTEXT: 1004 > 1004.1 | CONTENT: 1004.1 1004.1 Standards. Boilers shall be designed, constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , Section I or IV, and 12 NYCRR Parts 4 and 14. Controls and safety devices for boilers with fuel input ratings of 12,500,000 Btu/h (3663 kW) or less shall meet the requirements of ASME CSD - 1. Controls and safety devices for boilers with inputs greater than 12,500,000 Btu/h (3663 kW) shall meet the requirements of NFPA 85. Packaged oil - fired boile rs shall be listed and labeled in accordance with UL 726. Packaged electric boilers shall be listed and labeled in accordance with UL 834. Approval for oil - fired boilers 350,000 Btu/h input (102.6 kW) and above shall be obtained from the New York City Depa rtment of Environmental Protection. [CONT.]: 1004.1 Standards. Boilers shall be designed, constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , Section I or IV, and 12 NYCRR Parts 4 and 14. Controls and safety devices for boilers with fuel input ratings of 12,500,000 Btu/h (3663 kW) or less shall meet the requirements of ASME CSD - 1. Controls and safety devices for boilers with inputs greater than 12,500,000 Btu/h (3663 kW) shall meet the requirements of NFPA 85. Packaged oil - fired boile rs shall be listed and labeled in accordance with UL 726. Packaged electric boilers shall be listed and labeled in accordance with UL 834. Approval for oil - fired boilers 350,000 Btu/h input (102.6 kW) and above shall be obtained from the New York City Depa rtment of Environmental Protection. [CONT.]: 1004.1 Standards. Boilers shall be designed, constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , Section I or IV, and 12 NYCRR Parts 4 and 14. Controls and safety devices for boilers with fuel input ratings of 12,500,000 Btu/h (3663 kW) or less shall meet the requirements of ASME CSD - 1. Controls and safety devices for boilers with inputs greater than 12,500,000 Btu/h (3663 kW) shall meet the requirements of NFPA 85. Packaged oil - fired boile rs shall be listed and labeled in accordance with UL 726. Packaged electric boilers shall be listed and labeled in accordance with UL 834. Approval for oil - fired boilers 350,000 Btu/h input (102.6 kW) and above shall be obtained from the New York City Depa rtment of Environmental Protection. [CONT.]: 1004.1 Standards. Boilers shall be designed, constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , Section I or IV, and 12 NYCRR Parts 4 and 14. Controls and safety devices for boilers with fuel input ratings of 12,500,000 Btu/h (3663 kW) or less shall meet the requirements of ASME CSD - 1. Controls and safety devices for boilers with inputs greater than 12,500,000 Btu/h (3663 kW) shall meet the requirements of NFPA 85. Packaged oil - fired boile rs shall be listed and labeled in accordance with UL 726. Packaged electric boilers shall be listed and labeled in accordance with UL 834. Approval for oil - fired boilers 350,000 Btu/h input (102.6 kW) and above shall be obtained from the New York City Depa rtment of Environmental Protection. [CONT.]: 1004.1 Standards. Boilers shall be designed, constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , Section I or IV, and 12 NYCRR Parts 4 and 14. Controls and safety devices for boilers with fuel input ratings of 12,500,000 Btu/h (3663 kW) or less shall meet the requirements of ASME CSD - 1. Controls and safety devices for boilers with inputs greater than 12,500,000 Btu/h (3663 kW) shall meet the requirements of NFPA 85. Packaged oil - fired boile rs shall be listed and labeled in accordance with UL 726. Packaged electric boilers shall be listed and labeled in accordance with UL 834. Approval for oil - fired boilers 350,000 Btu/h input (102.6 kW) and above shall be obtained from the New York City Depa rtment of Environmental Protection. [CONT.]: 1004.1 Standards. Boilers shall be designed, constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , Section I or IV, and 12 NYCRR Parts 4 and 14. Controls and safety devices for boilers with fuel input ratings of 12,500,000 Btu/h (3663 kW) or less shall meet the requirements of ASME CSD - 1. Controls and safety devices for boilers with inputs greater than 12,500,000 Btu/h (3663 kW) shall meet the requirements of NFPA 85. Packaged oil - fired boile rs shall be listed and labeled in accordance with UL 726. Packaged electric boilers shall be listed and labeled in accordance with UL 834. Approval for oil - fired boilers 350,000 Btu/h input (102.6 kW) and above shall be obtained from the New York City Depa rtment of Environmental Protection. [CONT.]: 1004.1 Standards. Boilers shall be designed, constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code , Section I or IV, and 12 NYCRR Parts 4 and 14. Controls and safety devices for boilers with fuel input ratings of 12,500,000 Btu/h (3663 kW) or less shall meet the requirements of ASME CSD - 1. Controls and safety devices for boilers with inputs greater than 12,500,000 Btu/h (3663 kW) shall meet the requirements of NFPA 85. Packaged oil - fired boile rs shall be listed and labeled in accordance with UL 726. Packaged electric boilers shall be listed and labeled in accordance with UL 834. Approval for oil - fired boilers 350,000 Btu/h input (102.6 kW) and above shall be obtained from the New York City Depa rtment of Environmental Protection. [CONT.]: 1004.1 842 \u2014 07 Valves for Flammable Fluids \u2014 with revisions through October 2012 ................................ .......................",
    "metadata": {
      "section_full": "1004.1",
      "parent_major": "1004",
      "parent_minor": "1004.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1004.1.1",
    "text": "CONTEXT: 1004 > 1004.1 | CONTENT: 1004.1.1 1004.1.1 Field erected boilers requirements. Field erected boiler installations shall comply with the following : 1. The vessel erector shall hold the appropriate ASME stamp for vessel construction. 2. The licensed instal ler is responsible for the installation of all controls and burners which shall be designed and constructed in accordance with the requirements of ASME CSD - 1 and, as applicable, the ASME Boiler and Pressure Vessel Code , 12 NYCRR Parts 4 and 14, and NFPA 85 . 3. The New York City Department of Environmental Protection shall approve the installation of the boiler and burner for compatibility, controls and safety devices. 4. Boiler vessels shall comply with one of the following listings: 4.1. UL 726 or UL 795 a s applicable; or \u2021\u2021\u2021 Chapter 10 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 10 BOILERS, WATER HEATERS AND PRESSURE VESSELS SECTION MC 1001 GENERAL [CONT.]: 1004.1.1 Field erected boilers requirements. Field erected boiler installations shall comply with the following : 1. The vessel erector shall hold the appropriate ASME stamp for vessel construction. 2. The licensed instal ler is responsible for the installation of all controls and burners which shall be designed and constructed in accordance with the requirements of ASME CSD - 1 and, as applicable, the ASME Boiler and Pressure Vessel Code , 12 NYCRR Parts 4 and 14, and NFPA 85 . 3. The New York City Department of Environmental Protection shall approve the installation of the boiler and burner for compatibility, controls and safety devices. 4. Boiler vessels shall comply with one of the following listings: 4.1. UL 726 or UL 795 a s applicable; or BOILERS, WATER HEATERS AND PRESSURE VESSELS 4.2. UL 2106. Exception: Unlisted equipment shall obtain approval from the department. 5. Controls and safety devices shall be tested and inspected in accordance with ASME CSD - 1 and, as applicable, the ASME Boiler and Pressure Vessel Code , 12 NYCRR Parts 4 and 14, and NFPA 85. Testing and inspection shall be performed by the burner manufacturer\u2019s authorized representative in the presence of the licensed installer. 6. Inspection of the installed boiler assembly shall be performed by the dep artment. [CONT.]: 1004.1.1 Field erected boilers requirements. Field erected boiler installations shall comply with the following : 1. The vessel erector shall hold the appropriate ASME stamp for vessel construction. 2. The licensed instal ler is responsible for the installation of all controls and burners which shall be designed and constructed in accordance with the requirements of ASME CSD - 1 and, as applicable, the ASME Boiler and Pressure Vessel Code , 12 NYCRR Parts 4 and 14, and NFPA 85 . 3. The New York City Department of Environmental Protection shall approve the installation of the boiler and burner for compatibility, controls and safety devices. 4. Boiler vessels shall comply with one of the following listings: 4.1. UL 726 or UL 795 a s applicable; or BOILERS, WATER HEATERS AND PRESSURE VESSELS 4.2. UL 2106. Exception: Unlisted equipment shall obtain approval from the department. 5. Controls and safety devices shall be tested and inspected in accordance with ASME CSD - 1 and, as applicable, the ASME Boiler and Pressure Vessel Code , 12 NYCRR Parts 4 and 14, and NFPA 85. Testing and inspection shall be performed by the burner manufacturer\u2019s authorized representative in the presence of the licensed installer. 6. Inspection of the installed boiler assembly shall be performed by the dep artment. [CONT.]: 1004.1.1 Field erected boilers requirements. Field erected boiler installations shall comply with the following : 1. The vessel erector shall hold the appropriate ASME stamp for vessel construction. 2. The licensed instal ler is responsible for the installation of all controls and burners which shall be designed and constructed in accordance with the requirements of ASME CSD - 1 and, as applicable, the ASME Boiler and Pressure Vessel Code , 12 NYCRR Parts 4 and 14, and NFPA 85 . 3. The New York City Department of Environmental Protection shall approve the installation of the boiler and burner for compatibility, controls and safety devices. 4. Boiler vessels shall comply with one of the following listings: 4.1. UL 726 or UL 795 a s applicable; or BOILERS, WATER HEATERS AND PRESSURE VESSELS 4.2. UL 2106. Exception: Unlisted equipment shall obtain approval from the department. 5. Controls and safety devices shall be tested and inspected in accordance with ASME CSD - 1 and, as applicable, the ASME Boiler and Pressure Vessel Code , 12 NYCRR Parts 4 and 14, and NFPA 85. Testing and inspection shall be performed by the burner manufacturer\u2019s authorized representative in the presence of the licensed installer. 6. Inspection of the installed boiler assembly shall be performed by the dep artment. [CONT.]: 1004.1.1 Field erected boilers requirements. Field erected boiler installations shall comply with the following : 1. The vessel erector shall hold the appropriate ASME stamp for vessel construction. 2. The licensed instal ler is responsible for the installation of all controls and burners which shall be designed and constructed in accordance with the requirements of ASME CSD - 1 and, as applicable, the ASME Boiler and Pressure Vessel Code , 12 NYCRR Parts 4 and 14, and NFPA 85 . 3. The New York City Department of Environmental Protection shall approve the installation of the boiler and burner for compatibility, controls and safety devices. 4. Boiler vessels shall comply with one of the following listings: 4.1. UL 726 or UL 795 a s applicable; or BOILERS, WATER HEATERS AND PRESSURE VESSELS 4.2. UL 2106. Exception: Unlisted equipment shall obtain approval from the department. 5. Controls and safety devices shall be tested and inspected in accordance with ASME CSD - 1 and, as applicable, the ASME Boiler and Pressure Vessel Code , 12 NYCRR Parts 4 and 14, and NFPA 85. Testing and inspection shall be performed by the burner manufacturer\u2019s authorized representative in the presence of the licensed installer. 6. Inspection of the installed boiler assembly shall be performed by the dep artment. [CONT.]: 1004.1.1 Field erected boilers requirements. Field erected boiler installations shall comply with the following : 1. The vessel erector shall hold the appropriate ASME stamp for vessel construction. 2. The licensed instal ler is responsible for the installation of all controls and burners which shall be designed and constructed in accordance with the requirements of ASME CSD - 1 and, as applicable, the ASME Boiler and Pressure Vessel Code , 12 NYCRR Parts 4 and 14, and NFPA 85 . 3. The New York City Department of Environmental Protection shall approve the installation of the boiler and burner for compatibility, controls and safety devices. 4. Boiler vessels shall comply with one of the following listings: 4.1. UL 726 or UL 795 a s applicable; or BOILERS, WATER HEATERS AND PRESSURE VESSELS 4.2. UL 2106. Exception: Unlisted equipment shall obtain approval from the department. 5. Controls and safety devices shall be tested and inspected in accordance with ASME CSD - 1 and, as applicable, the ASME Boiler and Pressure Vessel Code , 12 NYCRR Parts 4 and 14, and NFPA 85. Testing and inspection shall be performed by the burner manufacturer\u2019s authorized representative in the presence of the licensed installer. 6. Inspection of the installed boiler assembly shall be performed by the dep artment. [CONT.]: 1004.1.1 Field erected boilers requirements. Field erected boiler installations shall comply with the following : 1. The vessel erector shall hold the appropriate ASME stamp for vessel construction. 2. The licensed instal ler is responsible for the installation of all controls and burners which shall be designed and constructed in accordance with the requirements of ASME CSD - 1 and, as applicable, the ASME Boiler and Pressure Vessel Code , 12 NYCRR Parts 4 and 14, and NFPA 85 . 3. The New York City Department of Environmental Protection shall approve the installation of the boiler and burner for compatibility, controls and safety devices. 4. Boiler vessels shall comply with one of the following listings: 4.1. UL 726 or UL 795 a s applicable; or BOILERS, WATER HEATERS AND PRESSURE VESSELS 4.2. UL 2106. Exception: Unlisted equipment shall obtain approval from the department. 5. Controls and safety devices shall be tested and inspected in accordance with ASME CSD - 1 and, as applicable, the ASME Boiler and Pressure Vessel Code , 12 NYCRR Parts 4 and 14, and NFPA 85. Testing and inspection shall be performed by the burner manufacturer\u2019s authorized representative in the presence of the licensed installer. 6. Inspection of the installed boiler assembly shall be performed by the dep artment. [CONT.]: 1004.1.1 727 \u2014 06 Oil - fired Central Furnaces \u2014 with revisions through April 2010 ................................ ................................ .. [CONT.]: 1004.1.1 2158 \u2014 97 Electric Clothes Dryers \u2014 with Revisions through March 2009 ....................................................................",
    "metadata": {
      "section_full": "1004.1.1",
      "parent_major": "1004",
      "parent_minor": "1004.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1004.2",
    "text": "CONTEXT: 1004 > 1004.2 | CONTENT: 1004.2 1004.2 Installation. In addition to the requirements of this code, the installation of boilers shall conform to the manufacturer\u2019s instructions. Operating instructions of a permanent type shall be located in the boiler room and readily accessible . Boilers shall have all controls set, adjusted and tested by the installer. The manufacturer\u2019s rating data and the nameplate shall be attached to the boiler. [CONT.]: 1004.2 Installation. In addition to the requirements of this code, the installation of boilers shall conform to the manufacturer\u2019s instructions. Operating instructions of a permanent type shall be located in the boiler room and readily accessible . Boilers shall have all controls set, adjusted and tested by the installer. The manufacturer\u2019s rating data and the nameplate shall be attached to the boiler. [CONT.]: 1004.2 Installation. In addition to the requirements of this code, the installation of boilers shall conform to the manufacturer\u2019s instructions. Operating instructions of a permanent type shall be located in the boiler room and readily accessible . Boilers shall have all controls set, adjusted and tested by the installer. The manufacturer\u2019s rating data and the nameplate shall be attached to the boiler. [CONT.]: 1004.2 Installation. In addition to the requirements of this code, the installation of boilers shall conform to the manufacturer\u2019s instructions. Operating instructions of a permanent type shall be located in the boiler room and readily accessible . Boilers shall have all controls set, adjusted and tested by the installer. The manufacturer\u2019s rating data and the nameplate shall be attached to the boiler. [CONT.]: 1004.2 Installation. In addition to the requirements of this code, the installation of boilers shall conform to the manufacturer\u2019s instructions. Operating instructions of a permanent type shall be located in the boiler room and readily accessible . Boilers shall have all controls set, adjusted and tested by the installer. The manufacturer\u2019s rating data and the nameplate shall be attached to the boiler. [CONT.]: 1004.2 Installation. In addition to the requirements of this code, the installation of boilers shall conform to the manufacturer\u2019s instructions. Operating instructions of a permanent type shall be located in the boiler room and readily accessible . Boilers shall have all controls set, adjusted and tested by the installer. The manufacturer\u2019s rating data and the nameplate shall be attached to the boiler.",
    "metadata": {
      "section_full": "1004.2",
      "parent_major": "1004",
      "parent_minor": "1004.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1004.3",
    "text": "CONTEXT: 1004 > 1004.3 | CONTENT: 1004.3 1004.3 Working clearance. Clearances shall be maintained around boilers, generators, heaters, tanks and related equipment and appliances so as to permit inspection, servicing, repair, replacement and visibility of all gauges. When boilers are installed or replaced, clearance shall be provided to allow access for maintenance and repair per the boiler\u2019s listing and manufacturer\u2019s instructions. Passageways for inspection around all sides of boilers shall have an unobstructed width of not less than 18 inches ( [CONT.]: 1004.3 Working clearance. Clearances shall be maintained around boilers, generators, heaters, tanks and related equipment and appliances so as to permit inspection, servicing, repair, replacement and visibility of all gauges. When boilers are installed or replaced, clearance shall be provided to allow access for maintenance and repair per the boiler\u2019s listing and manufacturer\u2019s instructions. Passageways for inspection around all sides of boilers shall have an unobstructed width of not less than 18 inches ( [CONT.]: 1004.3 Working clearance. Clearances shall be maintained around boilers, generators, heaters, tanks and related equipment and appliances so as to permit inspection, servicing, repair, replacement and visibility of all gauges. When boilers are installed or replaced, clearance shall be provided to allow access for maintenance and repair per the boiler\u2019s listing and manufacturer\u2019s instructions. Passageways for inspection around all sides of boilers shall have an unobstructed width of not less than 18 inches ( [CONT.]: 1004.3 Working clearance. Clearances shall be maintained around boilers, generators, heaters, tanks and related equipment and appliances so as to permit inspection, servicing, repair, replacement and visibility of all gauges. When boilers are installed or replaced, clearance shall be provided to allow access for maintenance and repair per the boiler\u2019s listing and manufacturer\u2019s instructions. Passageways for inspection around all sides of boilers shall have an unobstructed width of not less than 18 inches ( [CONT.]: 1004.3 Working clearance. Clearances shall be maintained around boilers, generators, heaters, tanks and related equipment and appliances so as to permit inspection, servicing, repair, replacement and visibility of all gauges. When boilers are installed or replaced, clearance shall be provided to allow access for maintenance and repair per the boiler\u2019s listing and manufacturer\u2019s instructions. Passageways for inspection around all sides of boilers shall have an unobstructed width of not less than 18 inches ( [CONT.]: 1004.3 Working clearance. Clearances shall be maintained around boilers, generators, heaters, tanks and related equipment and appliances so as to permit inspection, servicing, repair, replacement and visibility of all gauges. When boilers are installed or replaced, clearance shall be provided to allow access for maintenance and repair per the boiler\u2019s listing and manufacturer\u2019s instructions. Passageways for inspection around all sides of boilers shall have an unobstructed width of not less than 18 inches (",
    "metadata": {
      "section_full": "1004.3",
      "parent_major": "1004",
      "parent_minor": "1004.3",
      "source": "034.txt"
    }
  },
  {
    "id": "457.2",
    "text": "CONTEXT: 457 > 457.2 | CONTENT: 457.2 457.2 mm) unless the boiler \u2019s listing or department approval or manufacturer\u2019s instructions state otherwise. [CONT.]: 457.2 mm) unless the boiler \u2019s listing or department approval or manufacturer\u2019s instructions state otherwise. [CONT.]: 457.2 mm) unless the boiler \u2019s listing or department approval or manufacturer\u2019s instructions state otherwise. [CONT.]: 457.2 mm) unless the boiler \u2019s listing or department approval or manufacturer\u2019s instructions state otherwise. [CONT.]: 457.2 mm) unless the boiler \u2019s listing or department approval or manufacturer\u2019s instructions state otherwise. [CONT.]: 457.2 mm) unless the boiler \u2019s listing or department approval or manufacturer\u2019s instructions state otherwise. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings. [CONT.]: 457.2 mm). Connectors made from combustible materials shall not be used inside buildings or above ground outside of buildings.",
    "metadata": {
      "section_full": "457.2",
      "parent_major": "457",
      "parent_minor": "457.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1004.3.1",
    "text": "CONTEXT: 1004 > 1004.3 | CONTENT: 1004.3.1 1004.3.1 Top clearance. Clearances from the tops of boilers to the ceiling or other overhead obstruction shall be in accordance with Table 1004.3.1. TABLE 1004.3.1 BOILER TOP CLEARANCES BOILER TYPE MINIMUM CLEARANCES FROM TOP OF BOILER TO CEILING OR OTHER OVERHEAD OBSTRUCTION (feet) All boilers with manholes on top of the boiler except where a greater clearance is required in this table. 3 All boilers without manholes on top of the boiler except high - pressure steam boilers and where a greater clearance is required in this table. 2 High - pressure steam boilers with steam generating capacity not exceeding 5,000 pounds per hour. 3 High - pressure steam boilers with steam generating capacity exceeding 5,000 pounds per hour. 7 High - pressure steam boilers having heating surface not exceeding 1,000 square feet. 3 High - pressure steam boilers having heating surface in excess of 1,000 square feet. 7 High - pressure steam boilers with input not exceeding 5,000,000 Btu/h. 3 BOILERS, WATER HEATERS AND PRESSURE VESSELS High - pressure steam boilers with input in excess of 5,000,000 Btu/h. 7 Steam - heating boilers and hot water - heating boilers with input exceeding 5,000,000 Btu/h. 3 Steam - heating boilers exceeding 5,000 pounds of steam per hour. 3 Steam - heating boilers and hot water - heating boilers having heating surface exceeding 1,000 square feet. 3 For SI: 1 foot = 304.8 mm, 1 square foot = 0.0929 m 2 , 1 pound per hour = 0.4536 kg/h, 1 Btu/hr = 0.293 W. [CONT.]: 1004.3.1 Top clearance. Clearances from the tops of boilers to the ceiling or other overhead obstruction shall be in accordance with Table 1004.3.1. TABLE 1004.3.1 BOILER TOP CLEARANCES BOILER TYPE MINIMUM CLEARANCES FROM TOP OF BOILER TO CEILING OR OTHER OVERHEAD OBSTRUCTION (feet) All boilers with manholes on top of the boiler except where a greater clearance is required in this table. 3 All boilers without manholes on top of the boiler except high - pressure steam boilers and where a greater clearance is required in this table. 2 High - pressure steam boilers with steam generating capacity not exceeding 5,000 pounds per hour. 3 High - pressure steam boilers with steam generating capacity exceeding 5,000 pounds per hour. 7 High - pressure steam boilers having heating surface not exceeding 1,000 square feet. 3 High - pressure steam boilers having heating surface in excess of 1,000 square feet. 7 High - pressure steam boilers with input not exceeding 5,000,000 Btu/h. 3 BOILERS, WATER HEATERS AND PRESSURE VESSELS High - pressure steam boilers with input in excess of 5,000,000 Btu/h. 7 Steam - heating boilers and hot water - heating boilers with input exceeding 5,000,000 Btu/h. 3 Steam - heating boilers exceeding 5,000 pounds of steam per hour. 3 Steam - heating boilers and hot water - heating boilers having heating surface exceeding 1,000 square feet. 3 For SI: 1 foot = 304.8 mm, 1 square foot = 0.0929 m 2 , 1 pound per hour = 0.4536 kg/h, 1 Btu/hr = 0.293 W. [CONT.]: 1004.3.1 Top clearance. Clearances from the tops of boilers to the ceiling or other overhead obstruction shall be in accordance with Table 1004.3.1. TABLE 1004.3.1 BOILER TOP CLEARANCES BOILER TYPE MINIMUM CLEARANCES FROM TOP OF BOILER TO CEILING OR OTHER OVERHEAD OBSTRUCTION (feet) All boilers with manholes on top of the boiler except where a greater clearance is required in this table. 3 All boilers without manholes on top of the boiler except high - pressure steam boilers and where a greater clearance is required in this table. 2 High - pressure steam boilers with steam generating capacity not exceeding 5,000 pounds per hour. 3 High - pressure steam boilers with steam generating capacity exceeding 5,000 pounds per hour. 7 High - pressure steam boilers having heating surface not exceeding 1,000 square feet. 3 High - pressure steam boilers having heating surface in excess of 1,000 square feet. 7 High - pressure steam boilers with input not exceeding 5,000,000 Btu/h. 3 BOILERS, WATER HEATERS AND PRESSURE VESSELS High - pressure steam boilers with input in excess of 5,000,000 Btu/h. 7 Steam - heating boilers and hot water - heating boilers with input exceeding 5,000,000 Btu/h. 3 Steam - heating boilers exceeding 5,000 pounds of steam per hour. 3 Steam - heating boilers and hot water - heating boilers having heating surface exceeding 1,000 square feet. 3 For SI: 1 foot = 304.8 mm, 1 square foot = 0.0929 m 2 , 1 pound per hour = 0.4536 kg/h, 1 Btu/hr = 0.293 W. [CONT.]: 1004.3.1 Top clearance. Clearances from the tops of boilers to the ceiling or other overhead obstruction shall be in accordance with Table 1004.3.1. TABLE 1004.3.1 BOILER TOP CLEARANCES BOILER TYPE MINIMUM CLEARANCES FROM TOP OF BOILER TO CEILING OR OTHER OVERHEAD OBSTRUCTION (feet) All boilers with manholes on top of the boiler except where a greater clearance is required in this table. 3 All boilers without manholes on top of the boiler except high - pressure steam boilers and where a greater clearance is required in this table. 2 High - pressure steam boilers with steam generating capacity not exceeding 5,000 pounds per hour. 3 High - pressure steam boilers with steam generating capacity exceeding 5,000 pounds per hour. 7 High - pressure steam boilers having heating surface not exceeding 1,000 square feet. 3 High - pressure steam boilers having heating surface in excess of 1,000 square feet. 7 High - pressure steam boilers with input not exceeding 5,000,000 Btu/h. 3 BOILERS, WATER HEATERS AND PRESSURE VESSELS High - pressure steam boilers with input in excess of 5,000,000 Btu/h. 7 Steam - heating boilers and hot water - heating boilers with input exceeding 5,000,000 Btu/h. 3 Steam - heating boilers exceeding 5,000 pounds of steam per hour. 3 Steam - heating boilers and hot water - heating boilers having heating surface exceeding 1,000 square feet. 3 For SI: 1 foot = 304.8 mm, 1 square foot = 0.0929 m 2 , 1 pound per hour = 0.4536 kg/h, 1 Btu/hr = 0.293 W. [CONT.]: 1004.3.1 Top clearance. Clearances from the tops of boilers to the ceiling or other overhead obstruction shall be in accordance with Table 1004.3.1. TABLE 1004.3.1 BOILER TOP CLEARANCES BOILER TYPE MINIMUM CLEARANCES FROM TOP OF BOILER TO CEILING OR OTHER OVERHEAD OBSTRUCTION (feet) All boilers with manholes on top of the boiler except where a greater clearance is required in this table. 3 All boilers without manholes on top of the boiler except high - pressure steam boilers and where a greater clearance is required in this table. 2 High - pressure steam boilers with steam generating capacity not exceeding 5,000 pounds per hour. 3 High - pressure steam boilers with steam generating capacity exceeding 5,000 pounds per hour. 7 High - pressure steam boilers having heating surface not exceeding 1,000 square feet. 3 High - pressure steam boilers having heating surface in excess of 1,000 square feet. 7 High - pressure steam boilers with input not exceeding 5,000,000 Btu/h. 3 BOILERS, WATER HEATERS AND PRESSURE VESSELS High - pressure steam boilers with input in excess of 5,000,000 Btu/h. 7 Steam - heating boilers and hot water - heating boilers with input exceeding 5,000,000 Btu/h. 3 Steam - heating boilers exceeding 5,000 pounds of steam per hour. 3 Steam - heating boilers and hot water - heating boilers having heating surface exceeding 1,000 square feet. 3 For SI: 1 foot = 304.8 mm, 1 square foot = 0.0929 m 2 , 1 pound per hour = 0.4536 kg/h, 1 Btu/hr = 0.293 W. [CONT.]: 1004.3.1 Top clearance. Clearances from the tops of boilers to the ceiling or other overhead obstruction shall be in accordance with Table 1004.3.1. TABLE 1004.3.1 BOILER TOP CLEARANCES BOILER TYPE MINIMUM CLEARANCES FROM TOP OF BOILER TO CEILING OR OTHER OVERHEAD OBSTRUCTION (feet) All boilers with manholes on top of the boiler except where a greater clearance is required in this table. 3 All boilers without manholes on top of the boiler except high - pressure steam boilers and where a greater clearance is required in this table. 2 High - pressure steam boilers with steam generating capacity not exceeding 5,000 pounds per hour. 3 High - pressure steam boilers with steam generating capacity exceeding 5,000 pounds per hour. 7 High - pressure steam boilers having heating surface not exceeding 1,000 square feet. 3 High - pressure steam boilers having heating surface in excess of 1,000 square feet. 7 High - pressure steam boilers with input not exceeding 5,000,000 Btu/h. 3 BOILERS, WATER HEATERS AND PRESSURE VESSELS High - pressure steam boilers with input in excess of 5,000,000 Btu/h. 7 Steam - heating boilers and hot water - heating boilers with input exceeding 5,000,000 Btu/h. 3 Steam - heating boilers exceeding 5,000 pounds of steam per hour. 3 Steam - heating boilers and hot water - heating boilers having heating surface exceeding 1,000 square feet. 3 For SI: 1 foot = 304.8 mm, 1 square foot = 0.0929 m 2 , 1 pound per hour = 0.4536 kg/h, 1 Btu/hr = 0.293 W.",
    "metadata": {
      "section_full": "1004.3.1",
      "parent_major": "1004",
      "parent_minor": "1004.3",
      "source": "034.txt"
    }
  },
  {
    "id": "1004.4",
    "text": "CONTEXT: 1004 > 1004.4 | CONTENT: 1004.4 1004.4 Mounting. Equipment and appliances shall be set or mounted on a level base capable of supporting and distributing the weight contained thereon. Boilers, tanks and equipment shall be securely anchored to the structure. Equ ipment and appliances requiring vibration isolation shall be installed as designed by a registered design professional in accordance with the manufacturer\u2019s instructions. [CONT.]: 1004.4 Mounting. Equipment and appliances shall be set or mounted on a level base capable of supporting and distributing the weight contained thereon. Boilers, tanks and equipment shall be securely anchored to the structure. Equ ipment and appliances requiring vibration isolation shall be installed as designed by a registered design professional in accordance with the manufacturer\u2019s instructions. [CONT.]: 1004.4 Mounting. Equipment and appliances shall be set or mounted on a level base capable of supporting and distributing the weight contained thereon. Boilers, tanks and equipment shall be securely anchored to the structure. Equ ipment and appliances requiring vibration isolation shall be installed as designed by a registered design professional in accordance with the manufacturer\u2019s instructions. [CONT.]: 1004.4 Mounting. Equipment and appliances shall be set or mounted on a level base capable of supporting and distributing the weight contained thereon. Boilers, tanks and equipment shall be securely anchored to the structure. Equ ipment and appliances requiring vibration isolation shall be installed as designed by a registered design professional in accordance with the manufacturer\u2019s instructions. [CONT.]: 1004.4 Mounting. Equipment and appliances shall be set or mounted on a level base capable of supporting and distributing the weight contained thereon. Boilers, tanks and equipment shall be securely anchored to the structure. Equ ipment and appliances requiring vibration isolation shall be installed as designed by a registered design professional in accordance with the manufacturer\u2019s instructions. [CONT.]: 1004.4 Mounting. Equipment and appliances shall be set or mounted on a level base capable of supporting and distributing the weight contained thereon. Boilers, tanks and equipment shall be securely anchored to the structure. Equ ipment and appliances requiring vibration isolation shall be installed as designed by a registered design professional in accordance with the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "1004.4",
      "parent_major": "1004",
      "parent_minor": "1004.4",
      "source": "034.txt"
    }
  },
  {
    "id": "1004.5",
    "text": "CONTEXT: 1004 > 1004.5 | CONTENT: 1004.5 1004.5 Floors. Boilers shall be mounted on floors of noncombustible construction, unless listed for mounting on combustible flooring. Vibration isolation shall be in accordance with Section 313. In buildings with residential occupancies, boilers shall be installed in accordance with the requirements of Section 313. [CONT.]: 1004.5 Floors. Boilers shall be mounted on floors of noncombustible construction, unless listed for mounting on combustible flooring. Vibration isolation shall be in accordance with Section 313. In buildings with residential occupancies, boilers shall be installed in accordance with the requirements of Section 313. [CONT.]: 1004.5 Floors. Boilers shall be mounted on floors of noncombustible construction, unless listed for mounting on combustible flooring. Vibration isolation shall be in accordance with Section 313. In buildings with residential occupancies, boilers shall be installed in accordance with the requirements of Section 313. [CONT.]: 1004.5 Floors. Boilers shall be mounted on floors of noncombustible construction, unless listed for mounting on combustible flooring. Vibration isolation shall be in accordance with Section 313. In buildings with residential occupancies, boilers shall be installed in accordance with the requirements of Section 313. [CONT.]: 1004.5 Floors. Boilers shall be mounted on floors of noncombustible construction, unless listed for mounting on combustible flooring. Vibration isolation shall be in accordance with Section 313. In buildings with residential occupancies, boilers shall be installed in accordance with the requirements of Section 313. [CONT.]: 1004.5 Floors. Boilers shall be mounted on floors of noncombustible construction, unless listed for mounting on combustible flooring. Vibration isolation shall be in accordance with Section 313. In buildings with residential occupancies, boilers shall be installed in accordance with the requirements of Section 313.",
    "metadata": {
      "section_full": "1004.5",
      "parent_major": "1004",
      "parent_minor": "1004.5",
      "source": "034.txt"
    }
  },
  {
    "id": "1004.6",
    "text": "CONTEXT: 1004 > 1004.6 | CONTENT: 1004.6 1004.6 Boiler rooms and enclosures. Boiler rooms and enclosures and access thereto shall comply with Chapters 5 and 10 of the New York City Building Code and Chapter 3 of this code. Boiler rooms shall be equipped with a floor drain or other approved means for disposing of liquid waste in accordance with the New York City Plumbing Code . [CONT.]: 1004.6 Boiler rooms and enclosures. Boiler rooms and enclosures and access thereto shall comply with Chapters 5 and 10 of the New York City Building Code and Chapter 3 of this code. Boiler rooms shall be equipped with a floor drain or other approved means for disposing of liquid waste in accordance with the New York City Plumbing Code . [CONT.]: 1004.6 Boiler rooms and enclosures. Boiler rooms and enclosures and access thereto shall comply with Chapters 5 and 10 of the New York City Building Code and Chapter 3 of this code. Boiler rooms shall be equipped with a floor drain or other approved means for disposing of liquid waste in accordance with the New York City Plumbing Code . [CONT.]: 1004.6 Boiler rooms and enclosures. Boiler rooms and enclosures and access thereto shall comply with Chapters 5 and 10 of the New York City Building Code and Chapter 3 of this code. Boiler rooms shall be equipped with a floor drain or other approved means for disposing of liquid waste in accordance with the New York City Plumbing Code . [CONT.]: 1004.6 Boiler rooms and enclosures. Boiler rooms and enclosures and access thereto shall comply with Chapters 5 and 10 of the New York City Building Code and Chapter 3 of this code. Boiler rooms shall be equipped with a floor drain or other approved means for disposing of liquid waste in accordance with the New York City Plumbing Code . [CONT.]: 1004.6 Boiler rooms and enclosures. Boiler rooms and enclosures and access thereto shall comply with Chapters 5 and 10 of the New York City Building Code and Chapter 3 of this code. Boiler rooms shall be equipped with a floor drain or other approved means for disposing of liquid waste in accordance with the New York City Plumbing Code .",
    "metadata": {
      "section_full": "1004.6",
      "parent_major": "1004",
      "parent_minor": "1004.6",
      "source": "034.txt"
    }
  },
  {
    "id": "1004.7",
    "text": "CONTEXT: 1004 > 1004.7 | CONTENT: 1004.7 1004.7 Operating adjustments and instructions. Hot water and steam boil ers shall have all operating and safety controls set and operationally tested by the installing contractor. A complete control diagram and boiler operating instructions shall be furnished by the installer for each installation. A complete control diagram o f a permanent type shall be located in the boiler room and shall be readily accessible. [CONT.]: 1004.7 Operating adjustments and instructions. Hot water and steam boil ers shall have all operating and safety controls set and operationally tested by the installing contractor. A complete control diagram and boiler operating instructions shall be furnished by the installer for each installation. A complete control diagram o f a permanent type shall be located in the boiler room and shall be readily accessible. [CONT.]: 1004.7 Operating adjustments and instructions. Hot water and steam boil ers shall have all operating and safety controls set and operationally tested by the installing contractor. A complete control diagram and boiler operating instructions shall be furnished by the installer for each installation. A complete control diagram o f a permanent type shall be located in the boiler room and shall be readily accessible. [CONT.]: 1004.7 Operating adjustments and instructions. Hot water and steam boil ers shall have all operating and safety controls set and operationally tested by the installing contractor. A complete control diagram and boiler operating instructions shall be furnished by the installer for each installation. A complete control diagram o f a permanent type shall be located in the boiler room and shall be readily accessible. [CONT.]: 1004.7 Operating adjustments and instructions. Hot water and steam boil ers shall have all operating and safety controls set and operationally tested by the installing contractor. A complete control diagram and boiler operating instructions shall be furnished by the installer for each installation. A complete control diagram o f a permanent type shall be located in the boiler room and shall be readily accessible. [CONT.]: 1004.7 Operating adjustments and instructions. Hot water and steam boil ers shall have all operating and safety controls set and operationally tested by the installing contractor. A complete control diagram and boiler operating instructions shall be furnished by the installer for each installation. A complete control diagram o f a permanent type shall be located in the boiler room and shall be readily accessible.",
    "metadata": {
      "section_full": "1004.7",
      "parent_major": "1004",
      "parent_minor": "1004.7",
      "source": "034.txt"
    }
  },
  {
    "id": "1004.8",
    "text": "CONTEXT: 1004 > 1004.8 | CONTENT: 1004.8 1004.8 Burner controls. Gas and oil modulating burners shall be provided with burner controls (oil and gas equivalent ratings) in accordance with ASME CSD - 1 and NFPA 85 . [CONT.]: 1004.8 Burner controls. Gas and oil modulating burners shall be provided with burner controls (oil and gas equivalent ratings) in accordance with ASME CSD - 1 and NFPA 85 . [CONT.]: 1004.8 Burner controls. Gas and oil modulating burners shall be provided with burner controls (oil and gas equivalent ratings) in accordance with ASME CSD - 1 and NFPA 85 . [CONT.]: 1004.8 Burner controls. Gas and oil modulating burners shall be provided with burner controls (oil and gas equivalent ratings) in accordance with ASME CSD - 1 and NFPA 85 . [CONT.]: 1004.8 Burner controls. Gas and oil modulating burners shall be provided with burner controls (oil and gas equivalent ratings) in accordance with ASME CSD - 1 and NFPA 85 . [CONT.]: 1004.8 Burner controls. Gas and oil modulating burners shall be provided with burner controls (oil and gas equivalent ratings) in accordance with ASME CSD - 1 and NFPA 85 .",
    "metadata": {
      "section_full": "1004.8",
      "parent_major": "1004",
      "parent_minor": "1004.8",
      "source": "034.txt"
    }
  },
  {
    "id": "1004.9",
    "text": "CONTEXT: 1004 > 1004.9 | CONTENT: 1004.9 1004.9 Conversion burners. Conversion burners shall be installed in accordance with ANSI Z21.8. SECTION MC 1005 BOILER CONNECTIONS [CONT.]: 1004.9 Conversion burners. Conversion burners shall be installed in accordance with ANSI Z21.8. SECTION MC 1005 BOILER CONNECTIONS [CONT.]: 1004.9 Conversion burners. Conversion burners shall be installed in accordance with ANSI Z21.8. SECTION MC 1005 BOILER CONNECTIONS [CONT.]: 1004.9 Conversion burners. Conversion burners shall be installed in accordance with ANSI Z21.8. SECTION MC 1005 BOILER CONNECTIONS [CONT.]: 1004.9 Conversion burners. Conversion burners shall be installed in accordance with ANSI Z21.8. SECTION MC 1005 BOILER CONNECTIONS [CONT.]: 1004.9 Conversion burners. Conversion burners shall be installed in accordance with ANSI Z21.8. SECTION MC 1005 BOILER CONNECTIONS",
    "metadata": {
      "section_full": "1004.9",
      "parent_major": "1004",
      "parent_minor": "1004.9",
      "source": "034.txt"
    }
  },
  {
    "id": "1005.1",
    "text": "CONTEXT: 1005 > 1005.1 | CONTENT: 1005.1 1005.1 Valves. Every boiler or modular boiler shall have a shutoff valve in the supply and return piping. For multiple boil er or multiple modular boiler installations, each boiler or modular boiler shall have individual shutoff valves in the supply and return piping. Exception: Shutoff valves are not required in a system having a single low - pressure steam boiler of 350,000 Btu /h (103 kW) output or less . [CONT.]: 1005.1 Valves. Every boiler or modular boiler shall have a shutoff valve in the supply and return piping. For multiple boil er or multiple modular boiler installations, each boiler or modular boiler shall have individual shutoff valves in the supply and return piping. Exception: Shutoff valves are not required in a system having a single low - pressure steam boiler of 350,000 Btu /h (103 kW) output or less . [CONT.]: 1005.1 Valves. Every boiler or modular boiler shall have a shutoff valve in the supply and return piping. For multiple boil er or multiple modular boiler installations, each boiler or modular boiler shall have individual shutoff valves in the supply and return piping. Exception: Shutoff valves are not required in a system having a single low - pressure steam boiler of 350,000 Btu /h (103 kW) output or less . [CONT.]: 1005.1 Valves. Every boiler or modular boiler shall have a shutoff valve in the supply and return piping. For multiple boil er or multiple modular boiler installations, each boiler or modular boiler shall have individual shutoff valves in the supply and return piping. Exception: Shutoff valves are not required in a system having a single low - pressure steam boiler of 350,000 Btu /h (103 kW) output or less . [CONT.]: 1005.1 Valves. Every boiler or modular boiler shall have a shutoff valve in the supply and return piping. For multiple boil er or multiple modular boiler installations, each boiler or modular boiler shall have individual shutoff valves in the supply and return piping. Exception: Shutoff valves are not required in a system having a single low - pressure steam boiler of 350,000 Btu /h (103 kW) output or less . [CONT.]: 1005.1 Valves. Every boiler or modular boiler shall have a shutoff valve in the supply and return piping. For multiple boil er or multiple modular boiler installations, each boiler or modular boiler shall have individual shutoff valves in the supply and return piping. Exception: Shutoff valves are not required in a system having a single low - pressure steam boiler of 350,000 Btu /h (103 kW) output or less .",
    "metadata": {
      "section_full": "1005.1",
      "parent_major": "1005",
      "parent_minor": "1005.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1005.2",
    "text": "CONTEXT: 1005 > 1005.2 | CONTENT: 1005.2 1005.2 Potable water supply. The water supply to all boilers, including but not limited to backflow prevention, shall be connected in accordance with the New York City Plumbing Code . SECTION MC 1006 SAFETY AND PRESSURE RELIEF VALVES AND CONTROLS [CONT.]: 1005.2 Potable water supply. The water supply to all boilers, including but not limited to backflow prevention, shall be connected in accordance with the New York City Plumbing Code . SECTION MC 1006 SAFETY AND PRESSURE RELIEF VALVES AND CONTROLS [CONT.]: 1005.2 Potable water supply. The water supply to all boilers, including but not limited to backflow prevention, shall be connected in accordance with the New York City Plumbing Code . SECTION MC 1006 SAFETY AND PRESSURE RELIEF VALVES AND CONTROLS [CONT.]: 1005.2 Potable water supply. The water supply to all boilers, including but not limited to backflow prevention, shall be connected in accordance with the New York City Plumbing Code . SECTION MC 1006 SAFETY AND PRESSURE RELIEF VALVES AND CONTROLS [CONT.]: 1005.2 Potable water supply. The water supply to all boilers, including but not limited to backflow prevention, shall be connected in accordance with the New York City Plumbing Code . SECTION MC 1006 SAFETY AND PRESSURE RELIEF VALVES AND CONTROLS [CONT.]: 1005.2 Potable water supply. The water supply to all boilers, including but not limited to backflow prevention, shall be connected in accordance with the New York City Plumbing Code . SECTION MC 1006 SAFETY AND PRESSURE RELIEF VALVES AND CONTROLS",
    "metadata": {
      "section_full": "1005.2",
      "parent_major": "1005",
      "parent_minor": "1005.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1006.1",
    "text": "CONTEXT: 1006 > 1006.1 | CONTENT: 1006.1 1006.1 Safety valves for steam boilers. Steam boilers shall be protected with a safety valve in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1. \u2021\u2021\u2021 Chapter 10 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 10 BOILERS, WATER HEATERS AND PRESSURE VESSELS SECTION MC 1001 GENERAL [CONT.]: 1006.1 Safety valves for steam boilers. Steam boilers shall be protected with a safety valve in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1. \u2021\u2021\u2021 Chapter 10 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 10 BOILERS, WATER HEATERS AND PRESSURE VESSELS SECTION MC 1001 GENERAL [CONT.]: 1006.1 Safety valves for steam boilers. Steam boilers shall be protected with a safety valve in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1. BOILERS, WATER HEATERS AND PRESSURE VESSELS [CONT.]: 1006.1 Safety valves for steam boilers. Steam boilers shall be protected with a safety valve in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1. BOILERS, WATER HEATERS AND PRESSURE VESSELS [CONT.]: 1006.1 Safety valves for steam boilers. Steam boilers shall be protected with a safety valve in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1. BOILERS, WATER HEATERS AND PRESSURE VESSELS [CONT.]: 1006.1 Safety valves for steam boilers. Steam boilers shall be protected with a safety valve in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1. BOILERS, WATER HEATERS AND PRESSURE VESSELS",
    "metadata": {
      "section_full": "1006.1",
      "parent_major": "1006",
      "parent_minor": "1006.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1006.2",
    "text": "CONTEXT: 1006 > 1006.2 | CONTENT: 1006.2 1006.2 Safety relief valves for hot water boilers. Hot water boilers shall be protected with a safety relief valve in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1 . [CONT.]: 1006.2 Safety relief valves for hot water boilers. Hot water boilers shall be protected with a safety relief valve in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1 . [CONT.]: 1006.2 Safety relief valves for hot water boilers. Hot water boilers shall be protected with a safety relief valve in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1 . [CONT.]: 1006.2 Safety relief valves for hot water boilers. Hot water boilers shall be protected with a safety relief valve in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1 .",
    "metadata": {
      "section_full": "1006.2",
      "parent_major": "1006",
      "parent_minor": "1006.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1006.3",
    "text": "CONTEXT: 1006 > 1006.3 | CONTENT: 1006.3 1006.3 Pressure relief for pressure vessels. Pressure vessels shall be protected with a pressure relief valve or pressure - limit ing device as required by the manufacturer\u2019s instructions for the pressure vessel and in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1. [CONT.]: 1006.3 Pressure relief for pressure vessels. Pressure vessels shall be protected with a pressure relief valve or pressure - limit ing device as required by the manufacturer\u2019s instructions for the pressure vessel and in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1. [CONT.]: 1006.3 Pressure relief for pressure vessels. Pressure vessels shall be protected with a pressure relief valve or pressure - limit ing device as required by the manufacturer\u2019s instructions for the pressure vessel and in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1. [CONT.]: 1006.3 Pressure relief for pressure vessels. Pressure vessels shall be protected with a pressure relief valve or pressure - limit ing device as required by the manufacturer\u2019s instructions for the pressure vessel and in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1.",
    "metadata": {
      "section_full": "1006.3",
      "parent_major": "1006",
      "parent_minor": "1006.3",
      "source": "034.txt"
    }
  },
  {
    "id": "1006.4",
    "text": "CONTEXT: 1006 > 1006.4 | CONTENT: 1006.4 1006.4 Standards of safety and safety relief valves. Safety and safety relief valves shall be l isted and labeled, and shall have a minimum rated capacity for the equipment or appliances served. Safety and safety relief valves shall be set at not greater than the nameplate pressure rating of the boiler or pressure vessel and shall be in accordance wi th the ASME Boiler and Pressure Vessel Code or the ASME CSD - 1 . [CONT.]: 1006.4 Standards of safety and safety relief valves. Safety and safety relief valves shall be l isted and labeled, and shall have a minimum rated capacity for the equipment or appliances served. Safety and safety relief valves shall be set at not greater than the nameplate pressure rating of the boiler or pressure vessel and shall be in accordance wi th the ASME Boiler and Pressure Vessel Code or the ASME CSD - 1 . [CONT.]: 1006.4 Standards of safety and safety relief valves. Safety and safety relief valves shall be l isted and labeled, and shall have a minimum rated capacity for the equipment or appliances served. Safety and safety relief valves shall be set at not greater than the nameplate pressure rating of the boiler or pressure vessel and shall be in accordance wi th the ASME Boiler and Pressure Vessel Code or the ASME CSD - 1 . [CONT.]: 1006.4 Standards of safety and safety relief valves. Safety and safety relief valves shall be l isted and labeled, and shall have a minimum rated capacity for the equipment or appliances served. Safety and safety relief valves shall be set at not greater than the nameplate pressure rating of the boiler or pressure vessel and shall be in accordance wi th the ASME Boiler and Pressure Vessel Code or the ASME CSD - 1 .",
    "metadata": {
      "section_full": "1006.4",
      "parent_major": "1006",
      "parent_minor": "1006.4",
      "source": "034.txt"
    }
  },
  {
    "id": "1006.5",
    "text": "CONTEXT: 1006 > 1006.5 | CONTENT: 1006.5 1006.5 Installation. Safety or relief valves shall be installed directly into the safety or relief valve opening on the boiler or pressure vessel. Valves shall not be located on either side of a safety or relief valve connection. The relief valve drain shall discharge by gravi ty to a nonhazardous point of discharge without obstruction.\u2021 [CONT.]: 1006.5 Installation. Safety or relief valves shall be installed directly into the safety or relief valve opening on the boiler or pressure vessel. Valves shall not be located on either side of a safety or relief valve connection. The relief valve drain shall discharge by gravi ty to a nonhazardous point of discharge without obstruction.\u2021 [CONT.]: 1006.5 Installation. Safety or relief valves shall be installed directly into the safety or relief valve opening on the boiler or pressure vessel. Valves shall not be located on either side of a safety or relief valve connection. The relief valve drain shall discharge by gravi ty to a nonhazardous point of discharge without obstruction.\u2021 [CONT.]: 1006.5 Installation. Safety or relief valves shall be installed directly into the safety or relief valve opening on the boiler or pressure vessel. Valves shall not be located on either side of a safety or relief valve connection. The relief valve drain shall discharge by gravi ty to a nonhazardous point of discharge without obstruction.\u2021",
    "metadata": {
      "section_full": "1006.5",
      "parent_major": "1006",
      "parent_minor": "1006.5",
      "source": "034.txt"
    }
  },
  {
    "id": "1006.6",
    "text": "CONTEXT: 1006 > 1006.6 | CONTENT: 1006.6 1006.6 Safety and relief valve discharge. Safety and relief valve discharge pipes shall be of rigid pipe that is approved for the temperature of the system. The discharge pipe shall , at a minimu m, be the same diameter as the safety or relief valve outlet. Safety and relief valve discharge pipes shall be properly supported to prevent stress on the valve and vessel. Safety and relief valves shall not discharge so as to be a hazard, a potential caus e of damage or otherwise a nuisance. Discharge of hazardous materials must be properly contained in a method approved by the department. High - pressure - steam safety valves shall be vented to the outside of the structure. Where a low - pressure safety valve or a relief valve discharges to the drainage system, the installation shall conform to the New York City Plumbing Code . [CONT.]: 1006.6 Safety and relief valve discharge. Safety and relief valve discharge pipes shall be of rigid pipe that is approved for the temperature of the system. The discharge pipe shall , at a minimu m, be the same diameter as the safety or relief valve outlet. Safety and relief valve discharge pipes shall be properly supported to prevent stress on the valve and vessel. Safety and relief valves shall not discharge so as to be a hazard, a potential caus e of damage or otherwise a nuisance. Discharge of hazardous materials must be properly contained in a method approved by the department. High - pressure - steam safety valves shall be vented to the outside of the structure. Where a low - pressure safety valve or a relief valve discharges to the drainage system, the installation shall conform to the New York City Plumbing Code . [CONT.]: 1006.6 Safety and relief valve discharge. Safety and relief valve discharge pipes shall be of rigid pipe that is approved for the temperature of the system. The discharge pipe shall , at a minimu m, be the same diameter as the safety or relief valve outlet. Safety and relief valve discharge pipes shall be properly supported to prevent stress on the valve and vessel. Safety and relief valves shall not discharge so as to be a hazard, a potential caus e of damage or otherwise a nuisance. Discharge of hazardous materials must be properly contained in a method approved by the department. High - pressure - steam safety valves shall be vented to the outside of the structure. Where a low - pressure safety valve or a relief valve discharges to the drainage system, the installation shall conform to the New York City Plumbing Code . [CONT.]: 1006.6 Safety and relief valve discharge. Safety and relief valve discharge pipes shall be of rigid pipe that is approved for the temperature of the system. The discharge pipe shall , at a minimu m, be the same diameter as the safety or relief valve outlet. Safety and relief valve discharge pipes shall be properly supported to prevent stress on the valve and vessel. Safety and relief valves shall not discharge so as to be a hazard, a potential caus e of damage or otherwise a nuisance. Discharge of hazardous materials must be properly contained in a method approved by the department. High - pressure - steam safety valves shall be vented to the outside of the structure. Where a low - pressure safety valve or a relief valve discharges to the drainage system, the installation shall conform to the New York City Plumbing Code .",
    "metadata": {
      "section_full": "1006.6",
      "parent_major": "1006",
      "parent_minor": "1006.6",
      "source": "034.txt"
    }
  },
  {
    "id": "1006.7",
    "text": "CONTEXT: 1006 > 1006.7 | CONTENT: 1006.7 1006.7 Boiler safety devices. Boilers shall be equipped with controls and limit devices as required by the manufacturer\u2019s instructions and the conditions of the listing. [CONT.]: 1006.7 Boiler safety devices. Boilers shall be equipped with controls and limit devices as required by the manufacturer\u2019s instructions and the conditions of the listing. [CONT.]: 1006.7 Boiler safety devices. Boilers shall be equipped with controls and limit devices as required by the manufacturer\u2019s instructions and the conditions of the listing. [CONT.]: 1006.7 Boiler safety devices. Boilers shall be equipped with controls and limit devices as required by the manufacturer\u2019s instructions and the conditions of the listing.",
    "metadata": {
      "section_full": "1006.7",
      "parent_major": "1006",
      "parent_minor": "1006.7",
      "source": "034.txt"
    }
  },
  {
    "id": "1006.8",
    "text": "CONTEXT: 1006 > 1006.8 | CONTENT: 1006.8 1006.8 Electrical requirements. The power supply to the electrical control system shall be from a two - wire branch circuit that has a grounded conductor, or from an isolation trans - former with a two - wire secondary. Where an i solation transformer is provided, one conductor of the secondary winding shall be grounded. Control voltage shall not exceed 150 volts nominal, line to line. Control and limit devices shall interrupt the ungrounded side of the circuit. A means of manually disconnecting the control circuit shall be provided and controls shall be arranged so that when deenergized, the burner shall be inoperative. Such disconnecting means shall be capable of being locked in the off position and shall be provided with ready acc ess. [CONT.]: 1006.8 Electrical requirements. The power supply to the electrical control system shall be from a two - wire branch circuit that has a grounded conductor, or from an isolation trans - former with a two - wire secondary. Where an i solation transformer is provided, one conductor of the secondary winding shall be grounded. Control voltage shall not exceed 150 volts nominal, line to line. Control and limit devices shall interrupt the ungrounded side of the circuit. A means of manually disconnecting the control circuit shall be provided and controls shall be arranged so that when deenergized, the burner shall be inoperative. Such disconnecting means shall be capable of being locked in the off position and shall be provided with ready acc ess. [CONT.]: 1006.8 Electrical requirements. The power supply to the electrical control system shall be from a two - wire branch circuit that has a grounded conductor, or from an isolation trans - former with a two - wire secondary. Where an i solation transformer is provided, one conductor of the secondary winding shall be grounded. Control voltage shall not exceed 150 volts nominal, line to line. Control and limit devices shall interrupt the ungrounded side of the circuit. A means of manually disconnecting the control circuit shall be provided and controls shall be arranged so that when deenergized, the burner shall be inoperative. Such disconnecting means shall be capable of being locked in the off position and shall be provided with ready acc ess. [CONT.]: 1006.8 Electrical requirements. The power supply to the electrical control system shall be from a two - wire branch circuit that has a grounded conductor, or from an isolation trans - former with a two - wire secondary. Where an i solation transformer is provided, one conductor of the secondary winding shall be grounded. Control voltage shall not exceed 150 volts nominal, line to line. Control and limit devices shall interrupt the ungrounded side of the circuit. A means of manually disconnecting the control circuit shall be provided and controls shall be arranged so that when deenergized, the burner shall be inoperative. Such disconnecting means shall be capable of being locked in the off position and shall be provided with ready acc ess.",
    "metadata": {
      "section_full": "1006.8",
      "parent_major": "1006",
      "parent_minor": "1006.8",
      "source": "034.txt"
    }
  },
  {
    "id": "1006.8.1",
    "text": "CONTEXT: 1006 > 1006.8 | CONTENT: 1006.8.1 1006.8.1 Remote control (shutdown). A remote control shall be provided to stop the flow of oil and/or gas and combustion air to any burner or fuel - burning internal combustion equipment. Such a control shall be provided along every means of egress from the room in which the burner or equipment is located. Each remote control shall be located outside of, but as close as practicable to the burner or equipment room itself and shall be labeled: \u201cREMOTE CONTROL FOR BURNER.\u201d Exception: Where an outside locati on is impracticable, the remote control shutdown may be provided immediately inside the room in which the burner or equipment is located. Such location must be accessible at all times. [CONT.]: 1006.8.1 Remote control (shutdown). A remote control shall be provided to stop the flow of oil and/or gas and combustion air to any burner or fuel - burning internal combustion equipment. Such a control shall be provided along every means of egress from the room in which the burner or equipment is located. Each remote control shall be located outside of, but as close as practicable to the burner or equipment room itself and shall be labeled: \u201cREMOTE CONTROL FOR BURNER.\u201d Exception: Where an outside locati on is impracticable, the remote control shutdown may be provided immediately inside the room in which the burner or equipment is located. Such location must be accessible at all times. [CONT.]: 1006.8.1 Remote control (shutdown). A remote control shall be provided to stop the flow of oil and/or gas and combustion air to any burner or fuel - burning internal combustion equipment. Such a control shall be provided along every means of egress from the room in which the burner or equipment is located. Each remote control shall be located outside of, but as close as practicable to the burner or equipment room itself and shall be labeled: \u201cREMOTE CONTROL FOR BURNER.\u201d Exception: Where an outside locati on is impracticable, the remote control shutdown may be provided immediately inside the room in which the burner or equipment is located. Such location must be accessible at all times. [CONT.]: 1006.8.1 Remote control (shutdown). A remote control shall be provided to stop the flow of oil and/or gas and combustion air to any burner or fuel - burning internal combustion equipment. Such a control shall be provided along every means of egress from the room in which the burner or equipment is located. Each remote control shall be located outside of, but as close as practicable to the burner or equipment room itself and shall be labeled: \u201cREMOTE CONTROL FOR BURNER.\u201d Exception: Where an outside locati on is impracticable, the remote control shutdown may be provided immediately inside the room in which the burner or equipment is located. Such location must be accessible at all times.",
    "metadata": {
      "section_full": "1006.8.1",
      "parent_major": "1006",
      "parent_minor": "1006.8",
      "source": "034.txt"
    }
  },
  {
    "id": "1006.9",
    "text": "CONTEXT: 1006 > 1006.9 | CONTENT: 1006.9 1006.9 Carbon monoxide detectors. Carbon monoxide detectors shall be p rovided in all fuel - fired appliance rooms to detect the level of carbon monoxide in the room and signal an alarm. Such detectors shall be listed and installed in accordance with Chapter 9 of the New York City Building Code . SECTION MC 1007 BOILER LOW - WATER CUTOFF [CONT.]: 1006.9 Carbon monoxide detectors. Carbon monoxide detectors shall be p rovided in all fuel - fired appliance rooms to detect the level of carbon monoxide in the room and signal an alarm. Such detectors shall be listed and installed in accordance with Chapter 9 of the New York City Building Code . SECTION MC 1007 BOILER LOW - WATER CUTOFF [CONT.]: 1006.9 Carbon monoxide detectors. Carbon monoxide detectors shall be p rovided in all fuel - fired appliance rooms to detect the level of carbon monoxide in the room and signal an alarm. Such detectors shall be listed and installed in accordance with Chapter 9 of the New York City Building Code . SECTION MC 1007 BOILER LOW - WATER CUTOFF [CONT.]: 1006.9 Carbon monoxide detectors. Carbon monoxide detectors shall be p rovided in all fuel - fired appliance rooms to detect the level of carbon monoxide in the room and signal an alarm. Such detectors shall be listed and installed in accordance with Chapter 9 of the New York City Building Code . SECTION MC 1007 BOILER LOW - WATER CUTOFF",
    "metadata": {
      "section_full": "1006.9",
      "parent_major": "1006",
      "parent_minor": "1006.9",
      "source": "034.txt"
    }
  },
  {
    "id": "1007.1",
    "text": "CONTEXT: 1007 > 1007.1 | CONTENT: 1007.1 1007.1 General. Steam and hot water boilers shall be protected with dual low - water cutoff control, with each control independently piped to the pressure vessel in accordance with ASME CSD - 1. For hydronic boilers, the low - water cut out may be located in the supply piping above the boiler before any intervening valve. A flow - sensing control installed in accordance with ASME CSD - 1 shall be considered a low - water cutoff for the purposes of this section. Exception: Hot water boilers located wit hin a dwelling unit supplying only that unit and having a total heat input of less than 400,000 Btu/h (117.2 kW) may be protected by only one low - water cutoff control. \u2021\u2021\u2021 Chapter 10 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 10 BOILERS, WATER HEATERS AND PRESSURE VESSELS SECTION MC 1001 GENERAL [CONT.]: 1007.1 General. Steam and hot water boilers shall be protected with dual low - water cutoff control, with each control independently piped to the pressure vessel in accordance with ASME CSD - 1. For hydronic boilers, the low - water cut out may be located in the supply piping above the boiler before any intervening valve. A flow - sensing control installed in accordance with ASME CSD - 1 shall be considered a low - water cutoff for the purposes of this section. Exception: Hot water boilers located wit hin a dwelling unit supplying only that unit and having a total heat input of less than 400,000 Btu/h (117.2 kW) may be protected by only one low - water cutoff control. BOILERS, WATER HEATERS AND PRESSURE VESSELS [CONT.]: 1007.1 General. Steam and hot water boilers shall be protected with dual low - water cutoff control, with each control independently piped to the pressure vessel in accordance with ASME CSD - 1. For hydronic boilers, the low - water cut out may be located in the supply piping above the boiler before any intervening valve. A flow - sensing control installed in accordance with ASME CSD - 1 shall be considered a low - water cutoff for the purposes of this section. Exception: Hot water boilers located wit hin a dwelling unit supplying only that unit and having a total heat input of less than 400,000 Btu/h (117.2 kW) may be protected by only one low - water cutoff control. BOILERS, WATER HEATERS AND PRESSURE VESSELS [CONT.]: 1007.1 General. Steam and hot water boilers shall be protected with dual low - water cutoff control, with each control independently piped to the pressure vessel in accordance with ASME CSD - 1. For hydronic boilers, the low - water cut out may be located in the supply piping above the boiler before any intervening valve. A flow - sensing control installed in accordance with ASME CSD - 1 shall be considered a low - water cutoff for the purposes of this section. Exception: Hot water boilers located wit hin a dwelling unit supplying only that unit and having a total heat input of less than 400,000 Btu/h (117.2 kW) may be protected by only one low - water cutoff control. BOILERS, WATER HEATERS AND PRESSURE VESSELS",
    "metadata": {
      "section_full": "1007.1",
      "parent_major": "1007",
      "parent_minor": "1007.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1007.2",
    "text": "CONTEXT: 1007 > 1007.2 | CONTENT: 1007.2 1007.2 Operation. Low - water cutoff controls and flow - sensing controls required by Section 1007.1 shall automatically stop the combustion operation of the appliance when the water level drops below the lowest safe water level as established by the manufacturer and in accordance with ASME CSD - 1, or when water circulation stops, respectively. 10 07.3 Low - water cut out maintenance and testing. Low - water cut outs shall be maintained in accordance with ASME CSD - 1 and the manufacturer\u2019s specifications. An operator shall test low - water cut outs as follows: (1) high pressure steam boilers every shift, ( 2) low pressure steam boilers daily and (3) hot water boilers monthly. Slow drain tests shall be conducted for steam boilers every six months. Every year, low - water cut outs and associated piping for steam boilers shall be opened, cleaned and inspected. Re cords of all testing, cleaning, and inspection required by this section shall be maintained, and made available to the department upon request. SECTION MC 1008 BOILER BLOWOFF/BLOWDOWN VALVES [CONT.]: 1007.2 Operation. Low - water cutoff controls and flow - sensing controls required by Section 1007.1 shall automatically stop the combustion operation of the appliance when the water level drops below the lowest safe water level as established by the manufacturer and in accordance with ASME CSD - 1, or when water circulation stops, respectively. 10 07.3 Low - water cut out maintenance and testing. Low - water cut outs shall be maintained in accordance with ASME CSD - 1 and the manufacturer\u2019s specifications. An operator shall test low - water cut outs as follows: (1) high pressure steam boilers every shift, ( 2) low pressure steam boilers daily and (3) hot water boilers monthly. Slow drain tests shall be conducted for steam boilers every six months. Every year, low - water cut outs and associated piping for steam boilers shall be opened, cleaned and inspected. Re cords of all testing, cleaning, and inspection required by this section shall be maintained, and made available to the department upon request. SECTION MC 1008 BOILER BLOWOFF/BLOWDOWN VALVES [CONT.]: 1007.2 Operation. Low - water cutoff controls and flow - sensing controls required by Section 1007.1 shall automatically stop the combustion operation of the appliance when the water level drops below the lowest safe water level as established by the manufacturer and in accordance with ASME CSD - 1, or when water circulation stops, respectively. 10 07.3 Low - water cut out maintenance and testing. Low - water cut outs shall be maintained in accordance with ASME CSD - 1 and the manufacturer\u2019s specifications. An operator shall test low - water cut outs as follows: (1) high pressure steam boilers every shift, ( 2) low pressure steam boilers daily and (3) hot water boilers monthly. Slow drain tests shall be conducted for steam boilers every six months. Every year, low - water cut outs and associated piping for steam boilers shall be opened, cleaned and inspected. Re cords of all testing, cleaning, and inspection required by this section shall be maintained, and made available to the department upon request. SECTION MC 1008 BOILER BLOWOFF/BLOWDOWN VALVES",
    "metadata": {
      "section_full": "1007.2",
      "parent_major": "1007",
      "parent_minor": "1007.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1008.1",
    "text": "CONTEXT: 1008 > 1008.1 | CONTENT: 1008.1 1008.1 General. Every boiler shall be equipped with blowoff /blow down valve(s). The valve(s) shall be installed in the openings provided on the boiler. The minimum quantity and size of the valve(s) and associated piping shall be the quantity and size specified by the boiler manufacturer or the quantity and size of the boiler blowoff /blowdown valve opening. Where the maximum allowable working pressure of the boiler exceeds 15 psig (103.4 kPa), two bottom blowoff valves shall be provided consisting of either two slow - opening valves in series or one quick - opening valve and one slow - opening valve in series, with the quick - opening valve installed closest to the boiler. [CONT.]: 1008.1 General. Every boiler shall be equipped with blowoff /blow down valve(s). The valve(s) shall be installed in the openings provided on the boiler. The minimum quantity and size of the valve(s) and associated piping shall be the quantity and size specified by the boiler manufacturer or the quantity and size of the boiler blowoff /blowdown valve opening. Where the maximum allowable working pressure of the boiler exceeds 15 psig (103.4 kPa), two bottom blowoff valves shall be provided consisting of either two slow - opening valves in series or one quick - opening valve and one slow - opening valve in series, with the quick - opening valve installed closest to the boiler. [CONT.]: 1008.1 General. Every boiler shall be equipped with blowoff /blow down valve(s). The valve(s) shall be installed in the openings provided on the boiler. The minimum quantity and size of the valve(s) and associated piping shall be the quantity and size specified by the boiler manufacturer or the quantity and size of the boiler blowoff /blowdown valve opening. Where the maximum allowable working pressure of the boiler exceeds 15 psig (103.4 kPa), two bottom blowoff valves shall be provided consisting of either two slow - opening valves in series or one quick - opening valve and one slow - opening valve in series, with the quick - opening valve installed closest to the boiler.",
    "metadata": {
      "section_full": "1008.1",
      "parent_major": "1008",
      "parent_minor": "1008.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1008.2",
    "text": "CONTEXT: 1008 > 1008.2 | CONTENT: 1008.2 1008.2 Discharge. Blowoff /blowdown valves shall discharge to a safe place of disposal. Where discharging to the drainage system, the installation shall conform to the New York City Plumbing Code. [CONT.]: 1008.2 Discharge. Blowoff /blowdown valves shall discharge to a safe place of disposal. Where discharging to the drainage system, the installation shall conform to the New York City Plumbing Code. [CONT.]: 1008.2 Discharge. Blowoff /blowdown valves shall discharge to a safe place of disposal. Where discharging to the drainage system, the installation shall conform to the New York City Plumbing Code.",
    "metadata": {
      "section_full": "1008.2",
      "parent_major": "1008",
      "parent_minor": "1008.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1008.3",
    "text": "CONTEXT: 1008 > 1008.3 | CONTENT: 1008.3 1008.3 Maintenance. Blowdown lines shall be inspected annually to verify they are free of deposits and in good working condition. SECTION MC 1009 HOT WATER BOILER EXPANSION TANK [CONT.]: 1008.3 Maintenance. Blowdown lines shall be inspected annually to verify they are free of deposits and in good working condition. SECTION MC 1009 HOT WATER BOILER EXPANSION TANK [CONT.]: 1008.3 Maintenance. Blowdown lines shall be inspected annually to verify they are free of deposits and in good working condition. SECTION MC 1009 HOT WATER BOILER EXPANSION TANK",
    "metadata": {
      "section_full": "1008.3",
      "parent_major": "1008",
      "parent_minor": "1008.3",
      "source": "034.txt"
    }
  },
  {
    "id": "1009.1",
    "text": "CONTEXT: 1009 > 1009.1 | CONTENT: 1009.1 1009.1 Where required. An expansion tank shall be installed in every hot water system. For multiple boiler installations, not less than one expansion tank is required. Expansion tanks shall be of the closed or open type. Tanks shall be rated for the pressure of the hot water system. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall remain locked in the open position. [CONT.]: 1009.1 Where required. An expansion tank shall be installed in every hot water system. For multiple boiler installations, not less than one expansion tank is required. Expansion tanks shall be of the closed or open type. Tanks shall be rated for the pressure of the hot water system. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall remain locked in the open position. [CONT.]: 1009.1 Where required. An expansion tank shall be installed in every hot water system. For multiple boiler installations, not less than one expansion tank is required. Expansion tanks shall be of the closed or open type. Tanks shall be rated for the pressure of the hot water system. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall remain locked in the open position.",
    "metadata": {
      "section_full": "1009.1",
      "parent_major": "1009",
      "parent_minor": "1009.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1009.2",
    "text": "CONTEXT: 1009 > 1009.2 | CONTENT: 1009.2 1009.2 Closed - type expansion tanks. Closed - type expansion tanks shall be installed in accordance with the manufacturer\u2019s instructions. Expansion tanks for systems designed to have an operating pressure in excess of 30 psi (205.8 kPa) shall be constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code . The size of the tank shall be based on the capacity of the hot - water - heating system. The minimum size of the tank shall be determined in accordance with the following equation where all necessary information is known: V t = ( 0 . 00041T \u22120 . 0466 ) V s \ufffd P a P f \ufffd \u2212\ufffd P a P o \ufffd (Equation 10 - 1) For SI: V t = ( 0. 000738T \u2212 0. 03348 ) V s \ufffd P a P f \ufffd\u2212\ufffd P a P o \ufffd where: V t = Minimum volume of tanks (gallons) (L). V s = Volume of system, not including expansion tanks (gallons) (L). T = Average operating temperature ( \u00b0 F) ( \u00b0 C). P a = Atmospheric pressure (psi) (kPa). BOILERS, WATER HEATERS AND PRESSURE VESSELS P f = Fill pressure (psi) (kPa). P o = Maximum operating pressure (psi) (kPa). Where all necessary information is not known, the minimum size of the tank shall be determined from Table 1009.2. TABLE 1009.2 CLOSED - TYPE EXPANSION TANK SIZING SYSTEM VOLUME IN GALLONS TANK CAPACITIES IN GALLONS Pressurized Diaphragm Type Nonpressurized Type 100 9 15 200 17 30 300 25 45 400 33 60 500 42 75 1,000 83 150 2,000 165 300 For SI: 1 gallon = 3.795 L. [CONT.]: 1009.2 Closed - type expansion tanks. Closed - type expansion tanks shall be installed in accordance with the manufacturer\u2019s instructions. Expansion tanks for systems designed to have an operating pressure in excess of 30 psi (205.8 kPa) shall be constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code . The size of the tank shall be based on the capacity of the hot - water - heating system. The minimum size of the tank shall be determined in accordance with the following equation where all necessary information is known: V t = ( 0 . 00041T \u22120 . 0466 ) V s \ufffd P a P f \ufffd \u2212\ufffd P a P o \ufffd (Equation 10 - 1) For SI: V t = ( 0. 000738T \u2212 0. 03348 ) V s \ufffd P a P f \ufffd\u2212\ufffd P a P o \ufffd where: V t = Minimum volume of tanks (gallons) (L). V s = Volume of system, not including expansion tanks (gallons) (L). T = Average operating temperature ( \u00b0 F) ( \u00b0 C). P a = Atmospheric pressure (psi) (kPa). BOILERS, WATER HEATERS AND PRESSURE VESSELS P f = Fill pressure (psi) (kPa). P o = Maximum operating pressure (psi) (kPa). Where all necessary information is not known, the minimum size of the tank shall be determined from Table 1009.2. TABLE 1009.2 CLOSED - TYPE EXPANSION TANK SIZING SYSTEM VOLUME IN GALLONS TANK CAPACITIES IN GALLONS Pressurized Diaphragm Type Nonpressurized Type 100 9 15 200 17 30 300 25 45 400 33 60 500 42 75 1,000 83 150 2,000 165 300 For SI: 1 gallon = 3.795 L. [CONT.]: 1009.2 Closed - type expansion tanks. Closed - type expansion tanks shall be installed in accordance with the manufacturer\u2019s instructions. Expansion tanks for systems designed to have an operating pressure in excess of 30 psi (205.8 kPa) shall be constructed and certified in accordance with the ASME Boiler and Pressure Vessel Code . The size of the tank shall be based on the capacity of the hot - water - heating system. The minimum size of the tank shall be determined in accordance with the following equation where all necessary information is known: V t = ( 0 . 00041T \u22120 . 0466 ) V s \ufffd P a P f \ufffd \u2212\ufffd P a P o \ufffd (Equation 10 - 1) For SI: V t = ( 0. 000738T \u2212 0. 03348 ) V s \ufffd P a P f \ufffd\u2212\ufffd P a P o \ufffd where: V t = Minimum volume of tanks (gallons) (L). V s = Volume of system, not including expansion tanks (gallons) (L). T = Average operating temperature ( \u00b0 F) ( \u00b0 C). P a = Atmospheric pressure (psi) (kPa). BOILERS, WATER HEATERS AND PRESSURE VESSELS P f = Fill pressure (psi) (kPa). P o = Maximum operating pressure (psi) (kPa). Where all necessary information is not known, the minimum size of the tank shall be determined from Table 1009.2. TABLE 1009.2 CLOSED - TYPE EXPANSION TANK SIZING SYSTEM VOLUME IN GALLONS TANK CAPACITIES IN GALLONS Pressurized Diaphragm Type Nonpressurized Type 100 9 15 200 17 30 300 25 45 400 33 60 500 42 75 1,000 83 150 2,000 165 300 For SI: 1 gallon = 3.795 L.",
    "metadata": {
      "section_full": "1009.2",
      "parent_major": "1009",
      "parent_minor": "1009.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1009.3",
    "text": "CONTEXT: 1009 > 1009.3 | CONTENT: 1009.3 1009.3 Open - type expansion tanks. Open - type expansion tanks shall be located not less than 4 feet (1219.2 mm) above the highest heating element. The tank shall be adequately sized for the hot water system. An overflow with a minimum diameter of 1 inch (25.4 mm) shall be installed at the to p of the tank. The overflow shall discharge to the drainage system in accordance with the New York City Plumbing Code. SECTION MC 1010 GAUGES [CONT.]: 1009.3 Open - type expansion tanks. Open - type expansion tanks shall be located not less than 4 feet (1219.2 mm) above the highest heating element. The tank shall be adequately sized for the hot water system. An overflow with a minimum diameter of 1 inch (25.4 mm) shall be installed at the to p of the tank. The overflow shall discharge to the drainage system in accordance with the New York City Plumbing Code. SECTION MC 1010 GAUGES [CONT.]: 1009.3 Open - type expansion tanks. Open - type expansion tanks shall be located not less than 4 feet (1219.2 mm) above the highest heating element. The tank shall be adequately sized for the hot water system. An overflow with a minimum diameter of 1 inch (25.4 mm) shall be installed at the to p of the tank. The overflow shall discharge to the drainage system in accordance with the New York City Plumbing Code. SECTION MC 1010 GAUGES",
    "metadata": {
      "section_full": "1009.3",
      "parent_major": "1009",
      "parent_minor": "1009.3",
      "source": "034.txt"
    }
  },
  {
    "id": "1010.1",
    "text": "CONTEXT: 1010 > 1010.1 | CONTENT: 1010.1 1010.1 Hot water boiler gauges. Every hot water boiler shall have a pressure gauge and a temperature gauge, or a c ombination pressure and temperature gauge. The gauges shall indicate the temperature and pressure within the normal range of the system\u2019s operation. [CONT.]: 1010.1 Hot water boiler gauges. Every hot water boiler shall have a pressure gauge and a temperature gauge, or a c ombination pressure and temperature gauge. The gauges shall indicate the temperature and pressure within the normal range of the system\u2019s operation. [CONT.]: 1010.1 Hot water boiler gauges. Every hot water boiler shall have a pressure gauge and a temperature gauge, or a c ombination pressure and temperature gauge. The gauges shall indicate the temperature and pressure within the normal range of the system\u2019s operation.",
    "metadata": {
      "section_full": "1010.1",
      "parent_major": "1010",
      "parent_minor": "1010.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1010.2",
    "text": "CONTEXT: 1010 > 1010.2 | CONTENT: 1010.2 1010.2 Steam boiler gauges. Every steam boiler shall have a water - gauge glass and a pressure gauge with a s iphon. The pressure gauge shall indicate the pressure within the normal range of the system\u2019s operation. [CONT.]: 1010.2 Steam boiler gauges. Every steam boiler shall have a water - gauge glass and a pressure gauge with a s iphon. The pressure gauge shall indicate the pressure within the normal range of the system\u2019s operation. [CONT.]: 1010.2 Steam boiler gauges. Every steam boiler shall have a water - gauge glass and a pressure gauge with a s iphon. The pressure gauge shall indicate the pressure within the normal range of the system\u2019s operation.",
    "metadata": {
      "section_full": "1010.2",
      "parent_major": "1010",
      "parent_minor": "1010.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1010.2.1",
    "text": "CONTEXT: 1010 > 1010.2 | CONTENT: 1010.2.1 1010.2.1 Water - gauge glass. The gauge glass shall be installed in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1. SECTION MC 1011 TESTS [CONT.]: 1010.2.1 Water - gauge glass. The gauge glass shall be installed in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1. SECTION MC 1011 TESTS [CONT.]: 1010.2.1 Water - gauge glass. The gauge glass shall be installed in accordance with the ASME Boiler and Pressure Vessel Code or ASME CSD - 1. SECTION MC 1011 TESTS",
    "metadata": {
      "section_full": "1010.2.1",
      "parent_major": "1010",
      "parent_minor": "1010.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1011.1",
    "text": "CONTEXT: 1011 > 1011.1 | CONTENT: 1011.1 1011.1 Tests. Upon completion of the assembly and installation of boilers and pressure vessels, acceptance tests shall be conducted in accordance with the requirements of the ASME Boiler and Pressure Vessel Code . Boilers shall not be placed in operation upon completion of construction until they have been inspected a nd tested and a certificate of compliance has been issued by the commissioner. All final inspections and tests for boilers shall be witnessed by a qualified boiler inspector in the employ of the department or a duly authorized insurance company as provided in Section 204 of the Labor Law of the State of New York. Equipment having an input of not more than 350,000 Btu/h (103 kW) shall be exempt from this requirement. Where field assembly of pressure vessels or boilers is required, a copy of the completed H - 2 , P - 2 or U - 1 Manufacturer\u2019s Data Report and the completed Appendix C of ASME CSD - 1 required by the ASME Boiler and Pressure Vessel Code shall be submitted to the department . [CONT.]: 1011.1 Tests. Upon completion of the assembly and installation of boilers and pressure vessels, acceptance tests shall be conducted in accordance with the requirements of the ASME Boiler and Pressure Vessel Code . Boilers shall not be placed in operation upon completion of construction until they have been inspected a nd tested and a certificate of compliance has been issued by the commissioner. All final inspections and tests for boilers shall be witnessed by a qualified boiler inspector in the employ of the department or a duly authorized insurance company as provided in Section 204 of the Labor Law of the State of New York. Equipment having an input of not more than 350,000 Btu/h (103 kW) shall be exempt from this requirement. Where field assembly of pressure vessels or boilers is required, a copy of the completed H - 2 , P - 2 or U - 1 Manufacturer\u2019s Data Report and the completed Appendix C of ASME CSD - 1 required by the ASME Boiler and Pressure Vessel Code shall be submitted to the department . [CONT.]: 1011.1 Tests. Upon completion of the assembly and installation of boilers and pressure vessels, acceptance tests shall be conducted in accordance with the requirements of the ASME Boiler and Pressure Vessel Code . Boilers shall not be placed in operation upon completion of construction until they have been inspected a nd tested and a certificate of compliance has been issued by the commissioner. All final inspections and tests for boilers shall be witnessed by a qualified boiler inspector in the employ of the department or a duly authorized insurance company as provided in Section 204 of the Labor Law of the State of New York. Equipment having an input of not more than 350,000 Btu/h (103 kW) shall be exempt from this requirement. Where field assembly of pressure vessels or boilers is required, a copy of the completed H - 2 , P - 2 or U - 1 Manufacturer\u2019s Data Report and the completed Appendix C of ASME CSD - 1 required by the ASME Boiler and Pressure Vessel Code shall be submitted to the department .",
    "metadata": {
      "section_full": "1011.1",
      "parent_major": "1011",
      "parent_minor": "1011.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1011.1.1",
    "text": "CONTEXT: 1011 > 1011.1 | CONTENT: 1011.1.1 1011.1.1 Fitness for service. When a boiler or pressure vessel has exceeded its us eful life or has been subjected to an event that may have impacted the integrity of the pressure vessel, the department may require that a fitness for service study be completed. The study shall be completed in accordance with the National Board Inspection Code Part 2, Section 4, and documented in accordance with the National Board 403 form. \u2021\u2021\u2021 Chapter 10 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 10 BOILERS, WATER HEATERS AND PRESSURE VESSELS SECTION MC 1001 GENERAL [CONT.]: 1011.1.1 Fitness for service. When a boiler or pressure vessel has exceeded its us eful life or has been subjected to an event that may have impacted the integrity of the pressure vessel, the department may require that a fitness for service study be completed. The study shall be completed in accordance with the National Board Inspection Code Part 2, Section 4, and documented in accordance with the National Board 403 form. \u2021\u2021\u2021 Chapter 10 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 10 BOILERS, WATER HEATERS AND PRESSURE VESSELS SECTION MC 1001 GENERAL [CONT.]: 1011.1.1 Fitness for service. When a boiler or pressure vessel has exceeded its us eful life or has been subjected to an event that may have impacted the integrity of the pressure vessel, the department may require that a fitness for service study be completed. The study shall be completed in accordance with the National Board Inspection Code Part 2, Section 4, and documented in accordance with the National Board 403 form. BOILERS, WATER HEATERS AND PRESSURE VESSELS",
    "metadata": {
      "section_full": "1011.1.1",
      "parent_major": "1011",
      "parent_minor": "1011.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1011.2",
    "text": "CONTEXT: 1011 > 1011.2 | CONTENT: 1011.2 1011.2 Test gauges. An indicating test gauge shall be connected directly to the boiler or pressure vessel where it is visible to the operator throughout the duration of the test. The pressure gauge scale shall be graduated over a range of not less than one and one - half times and not greater than four times the maximum test pressure. Gauges utilized for testing shall be calibrated and certified annually in accordance with ASME B40.100 by the test operator. \u2021\u2021\u2021 [CONT.]: 1011.2 BPVC \u2014 2010/2011 addenda ASME Boiler & Pressure Vessel Code .............................................................. 1002.2, 1003.1, 1003.2, 1003.3, 1004.1, 1004.1.1, 1006.1, 1006.2, 1006.3, 1006.4, 1 009.2, 1010.2.1, 1011.1, 1107.5.4, 1203.3.1 , 1203.3.6, 1211.2.2, 1303.1, 1303.3.1, 1303.3.4, 1305.12.2, 1305.14, Figure C101.1(1), Figure C101.1(3) CSD-1\u2014 201 2 \u2021 Controls and Safety Devices for Automatically Fired Boilers ........................ 1004.1, 1004.1.1, 1004.8, 1006.1, 1006.2, 1006.3, 1006.4, 1007.1, 1007.2, 1007.3, 1010.2.1, 1011.1 ASNT American Society for Nondestructive Testing PO Box 28518 1/11 Arlington Lane Columbus, OH 43228 Standard Referenced reference in code number Title section number SNT \u2014 TC \u2014 1A \u2014 2016 Recommended Practice .......................................................................................................................... [CONT.]: 1011.2 BPVC \u2014 2010/2011 addenda ASME Boiler & Pressure Vessel Code .............................................................. 1002.2, 1003.1, 1003.2, 1003.3, 1004.1, 1004.1.1, 1006.1, 1006.2, 1006.3, 1006.4, 1 009.2, 1010.2.1, 1011.1, 1107.5.4, 1203.3.1 , 1203.3.6, 1211.2.2, 1303.1, 1303.3.1, 1303.3.4, 1305.12.2, 1305.14, Figure C101.1(1), Figure C101.1(3) CSD-1\u2014 201 2 \u2021 Controls and Safety Devices for Automatically Fired Boilers ........................ 1004.1, 1004.1.1, 1004.8, 1006.1, 1006.2, 1006.3, 1006.4, 1007.1, 1007.2, 1007.3, 1010.2.1, 1011.1 ASNT American Society for Nondestructive Testing PO Box 28518 1/11 Arlington Lane Columbus, OH 43228 Standard Referenced reference in code number Title section number SNT \u2014 TC \u2014 1A \u2014 2016 Recommended Practice .......................................................................................................................... [CONT.]: 1011.2 BPVC \u2014 2010/2011 addenda ASME Boiler & Pressure Vessel Code .............................................................. 1002.2, 1003.1, 1003.2, 1003.3, 1004.1, 1004.1.1, 1006.1, 1006.2, 1006.3, 1006.4, 1 009.2, 1010.2.1, 1011.1, 1107.5.4, 1203.3.1 , 1203.3.6, 1211.2.2, 1303.1, 1303.3.1, 1303.3.4, 1305.12.2, 1305.14, Figure C101.1(1), Figure C101.1(3) CSD-1\u2014 201 2 \u2021 Controls and Safety Devices for Automatically Fired Boilers ........................ 1004.1, 1004.1.1, 1004.8, 1006.1, 1006.2, 1006.3, 1006.4, 1007.1, 1007.2, 1007.3, 1010.2.1, 1011.1 ASNT American Society for Nondestructive Testing PO Box 28518 1/11 Arlington Lane Columbus, OH 43228 Standard Referenced reference in code number Title section number SNT \u2014 TC \u2014 1A \u2014 2016 Recommended Practice .......................................................................................................................... [CONT.]: 1011.2 BPVC \u2014 2010/2011 addenda ASME Boiler & Pressure Vessel Code .............................................................. 1002.2, 1003.1, 1003.2, 1003.3, 1004.1, 1004.1.1, 1006.1, 1006.2, 1006.3, 1006.4, 1 009.2, 1010.2.1, 1011.1, 1107.5.4, 1203.3.1 , 1203.3.6, 1211.2.2, 1303.1, 1303.3.1, 1303.3.4, 1305.12.2, 1305.14, Figure C101.1(1), Figure C101.1(3) CSD-1\u2014 201 2 \u2021 Controls and Safety Devices for Automatically Fired Boilers ........................ 1004.1, 1004.1.1, 1004.8, 1006.1, 1006.2, 1006.3, 1006.4, 1007.1, 1007.2, 1007.3, 1010.2.1, 1011.1 ASNT American Society for Nondestructive Testing PO Box 28518 1/11 Arlington Lane Columbus, OH 43228 Standard Referenced reference in code number Title section number SNT \u2014 TC \u2014 1A \u2014 2016 Recommended Practice .......................................................................................................................... [CONT.]: 1011.2 BPVC \u2014 2010/2011 addenda ASME Boiler & Pressure Vessel Code .............................................................. 1002.2, 1003.1, 1003.2, 1003.3, 1004.1, 1004.1.1, 1006.1, 1006.2, 1006.3, 1006.4, 1 009.2, 1010.2.1, 1011.1, 1107.5.4, 1203.3.1 , 1203.3.6, 1211.2.2, 1303.1, 1303.3.1, 1303.3.4, 1305.12.2, 1305.14, Figure C101.1(1), Figure C101.1(3) CSD-1\u2014 201 2 \u2021 Controls and Safety Devices for Automatically Fired Boilers ........................ 1004.1, 1004.1.1, 1004.8, 1006.1, 1006.2, 1006.3, 1006.4, 1007.1, 1007.2, 1007.3, 1010.2.1, 1011.1 ASNT American Society for Nondestructive Testing PO Box 28518 1/11 Arlington Lane Columbus, OH 43228 Standard Referenced reference in code number Title section number SNT \u2014 TC \u2014 1A \u2014 2016 Recommended Practice .......................................................................................................................... [CONT.]: 1011.2 BPVC \u2014 2010/2011 addenda ASME Boiler & Pressure Vessel Code .............................................................. 1002.2, 1003.1, 1003.2, 1003.3, 1004.1, 1004.1.1, 1006.1, 1006.2, 1006.3, 1006.4, 1 009.2, 1010.2.1, 1011.1, 1107.5.4, 1203.3.1 , 1203.3.6, 1211.2.2, 1303.1, 1303.3.1, 1303.3.4, 1305.12.2, 1305.14, Figure C101.1(1), Figure C101.1(3) CSD-1\u2014 201 2 \u2021 Controls and Safety Devices for Automatically Fired Boilers ........................ 1004.1, 1004.1.1, 1004.8, 1006.1, 1006.2, 1006.3, 1006.4, 1007.1, 1007.2, 1007.3, 1010.2.1, 1011.1 ASNT American Society for Nondestructive Testing PO Box 28518 1/11 Arlington Lane Columbus, OH 43228 Standard Referenced reference in code number Title section number SNT \u2014 TC \u2014 1A \u2014 2016 Recommended Practice ..........................................................................................................................",
    "metadata": {
      "section_full": "1011.2",
      "parent_major": "1011",
      "parent_minor": "1011.2",
      "source": "034.txt"
    }
  },
  {
    "id": "1011.3",
    "text": "CONTEXT: 1011 > 1011.3 | CONTENT: 1011.3 1011.3 Periodic boiler inspections. Periodic boiler inspections shall be performed in accordance with Article 303 of Chapter 3 of Title 28 of the Administrative Code and Section 1007.3 of this code. In addition, boiler inspections shall: 1. Be completed in accordance with the National Board Inspection Code . 2. Include the review of testing documentation for all controls and safety devices. 3. Verify that the flue connection from the boiler to the chimney is properly sealed and in good working condition. 4. Verify that the combustion air system as originally designed is operational. 5. Verify that the High Pressure Operators\u2019 licenses are current and that Low Pressure Operators are qualified per New York S tate requirements. 6. Include a permanent record of the visit. 7. Be subject to the quality control measures of the department.",
    "metadata": {
      "section_full": "1011.3",
      "parent_major": "1011",
      "parent_minor": "1011.3",
      "source": "034.txt"
    }
  },
  {
    "id": "1011.4",
    "text": "CONTEXT: 1011 > 1011.4 | CONTENT: 1011.4 1011.4 Pressurized systems containing hazardous materials. Any pressurized system that contains hazardous materials or presents a physical hazard by release shall be pre - approved for installation, subject to testing, and subject to inspection by the department.",
    "metadata": {
      "section_full": "1011.4",
      "parent_major": "1011",
      "parent_minor": "1011.4",
      "source": "034.txt"
    }
  },
  {
    "id": "1011.5",
    "text": "CONTEXT: 1011 > 1011.5 | CONTENT: 1011.5 1011.5 Nondestructive examination. When required by the department, the nondestructive examination (NDE) requirements, in cluding technique, extent of coverage, procedures, personnel qualification, and acceptance criteria, shall be performed in accordance with the applicable provisions of the edition of the code of construction for the pressure - vessel in effect at the time of installation. Weld repairs and alterations shall be subject to the same nondestructive examination requirements. Where this is not possible or practicable, alternative NDE methods acceptable to the inspector and the department may be used. SECTION MC 1012 MAXIMUM TEMPERATURE",
    "metadata": {
      "section_full": "1011.5",
      "parent_major": "1011",
      "parent_minor": "1011.5",
      "source": "034.txt"
    }
  },
  {
    "id": "1012.1",
    "text": "CONTEXT: 1012 > 1012.1 | CONTENT: 1012.1 1012.1 Maximum temperature. Maximum indoor temperature in spaces surrounding boilers, water heaters, and pressure vessels shall not exceed the operational temperature of the installed equipment or 104\u00b0F (40\u00b0C).",
    "metadata": {
      "section_full": "1012.1",
      "parent_major": "1012",
      "parent_minor": "1012.1",
      "source": "034.txt"
    }
  },
  {
    "id": "1101.1",
    "text": "CONTEXT: 1101 > 1101.1 | CONTENT: 1101.1 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification. [CONT.]: 1101.1 Scope. This chapter shall govern the design, installation, construction , alteration and repair of refrigeration systems that vaporize and liquefy a fluid during the refrigerating cycle. Refrigerant piping design and installation, including pressure vessels and pressure relief devices, shall conform to this code. Permanently installed ref rigerant storage systems and other components shall be considered as part of the refrigeration system to which they are attached. This chapter shall also govern the c hange of refrigerants in existing refrigerating systems having a different safety group classification.",
    "metadata": {
      "section_full": "1101.1",
      "parent_major": "1101",
      "parent_minor": "1101.1",
      "source": "035.txt"
    }
  },
  {
    "id": "1101.2",
    "text": "CONTEXT: 1101 > 1101.2 | CONTENT: 1101.2 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 Factory - built equipment and appliances. Listed and labeled self - contained, factory - built equipment and appliances shall be tested in accordance with UL 207, 412, 471 or 1995. Such equipment and appliances are deemed to meet the design, manufacture and factory test requirements of this code if in stalled in accordance with their listing and the manufacturer\u2019s instructions. [CONT.]: 1101.2 263 \u2014 2011 Standard for Fire Test of Building Construction and Materials ..................... 607.5.2, 607.5.5, 607.6.1, 607.6.2.1 \u2021\u2021\u2021 Chapter 15 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 15 REFERENCED STANDARDS SECTION MC 1501 GENERAL [CONT.]: 1101.2 263 \u2014 2011 Standard for Fire Test of Building Construction and Materials ..................... 607.5.2, 607.5.5, 607.6.1, 607.6.2.1 REFERENCED STANDARDS UL \u2014 continued 268 \u2014 2009 Smoke Detectors for Fire Alarm Systems ................................ ................................ ................................ .... [CONT.]: 1101.2 471 \u2014 2010 Commercial Refrigerators and Freezers \u2014 with revisions through December 2012 ................................ ... [CONT.]: 1101.2 499 \u2014 05 Electric Heating Appliances \u2014 with revisions through February 2013 ................................ .............. 912.1, 923.1 555 \u2014 06 Fire Dampers \u2014 with revisions through May 2012 ................................ ................................ ...................",
    "metadata": {
      "section_full": "1101.2",
      "parent_major": "1101",
      "parent_minor": "1101.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1101.3",
    "text": "CONTEXT: 1101 > 1101.3 | CONTENT: 1101.3 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner. [CONT.]: 1101.3 Protection. Any portion of a refrigeration system that is subject to physical damage shall be protected in an approved manner.",
    "metadata": {
      "section_full": "1101.3",
      "parent_major": "1101",
      "parent_minor": "1101.3",
      "source": "035.txt"
    }
  },
  {
    "id": "1101.4",
    "text": "CONTEXT: 1101 > 1101.4 | CONTENT: 1101.4 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code . [CONT.]: 1101.4 Water connection. Water supply and discharge connections associated with refrigeration systems shall be made in accordance with this code and the New York City Plumbing Code .",
    "metadata": {
      "section_full": "1101.4",
      "parent_major": "1101",
      "parent_minor": "1101.4",
      "source": "035.txt"
    }
  },
  {
    "id": "1101.5",
    "text": "CONTEXT: 1101 > 1101.5 | CONTENT: 1101.5 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code . [CONT.]: 1101.5 Fuel - oil and fuel - gas connection. Refrigeration system devices, equipment and appliances utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code .",
    "metadata": {
      "section_full": "1101.5",
      "parent_major": "1101",
      "parent_minor": "1101.5",
      "source": "035.txt"
    }
  },
  {
    "id": "1101.6",
    "text": "CONTEXT: 1101 > 1101.6 | CONTENT: 1101.6 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code. [CONT.]: 1101.6 General. Refrigeration systems shall comply with the requirements of this code and, except as modified by this code, ASHRAE 15. Ammonia - refrigerating systems shall comply with this code and, except as modified by this code, ASHRAE 15 and IIAR 2. Such systems shall be maintained in accordance with the New York City Fire Code.",
    "metadata": {
      "section_full": "1101.6",
      "parent_major": "1101",
      "parent_minor": "1101.6",
      "source": "035.txt"
    }
  },
  {
    "id": "1101.7",
    "text": "CONTEXT: 1101 > 1101.7 | CONTENT: 1101.7 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks. [CONT.]: 1101.7 Maintenance. Mechanical refrigeration systems shall be maintained in proper operating condition, free from accumulations of oil, dirt, waste, excessive corrosion, other debris and leaks.",
    "metadata": {
      "section_full": "1101.7",
      "parent_major": "1101",
      "parent_minor": "1101.7",
      "source": "035.txt"
    }
  },
  {
    "id": "1101.8",
    "text": "CONTEXT: 1101 > 1101.8 | CONTENT: 1101.8 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION [CONT.]: 1101.8 Change in refrigerant type. The type of refrigerant in refrigeration systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall not be changed without prior notification to the commissioner and compliance with the applicable code provisions for the new refrigerant type. The refrigerant being considered shall be evaluated for suitability by an engineer. Whenever change in the type of refrigerant is to be done, consideration shall be given to the following: 1. The effects of the substitute refrigerant on materials in the system; 2. The possibility of overloading the liquid receiver, which shall not be more than 80 percent full of liquid; 3. The possibility of exceeding motor rating, design working pressure, or other requirements that would violate any of the provisions of this code; 4. The proper size of refrigerant controls; 5. The effect of the operation and setting of safety devices; 6. The possible hazards created by mixture of the original and the substituted refrigerant; and 7. The effect of the classification of the refrigerant as provided. REFRIGERATION",
    "metadata": {
      "section_full": "1101.8",
      "parent_major": "1101",
      "parent_minor": "1101.8",
      "source": "035.txt"
    }
  },
  {
    "id": "1101.9",
    "text": "CONTEXT: 1101 > 1101.9 | CONTENT: 1101.9 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code . [CONT.]: 1101.9 Refrigerant discharge. Notification of refrigerant discharge shall be provided in accordance with the New York City Fire Code .",
    "metadata": {
      "section_full": "1101.9",
      "parent_major": "1101",
      "parent_minor": "1101.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1101.10",
    "text": "CONTEXT: 1101 > 1101.10 | CONTENT: 1101.10 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code. [CONT.]: 1101.10 Gas - and oil - fired absorption systems. Refrigeration systems utilizing fuel oil or fuel gas for combustion shall be installed in accordance with the applicable provisions of the New York City Fuel Gas Code and this code.",
    "metadata": {
      "section_full": "1101.10",
      "parent_major": "1101",
      "parent_minor": "1101.10",
      "source": "035.txt"
    }
  },
  {
    "id": "1101.11",
    "text": "CONTEXT: 1101 > 1101.11 | CONTENT: 1101.11 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code. [CONT.]: 1101.11 Signs, nameplates, and operation and emergency shut - down instructions. Signs, nameplates, and operation and emergency shut - down instructions for refrigeration systems shall comply with the following: 1. Sections 9.15, 11.2.1, 11.2.2, 11.2.4, and 11.7 of ASHRAE 15. 2. Each refrigeration unit or system shall be provided with a nameplate indicating the horsepower of the prime mover or compressor and the equivalent of such horsepower in kilowatts. 3. Section 1105.11 of this code.",
    "metadata": {
      "section_full": "1101.11",
      "parent_major": "1101",
      "parent_minor": "1101.11",
      "source": "035.txt"
    }
  },
  {
    "id": "1101.12",
    "text": "CONTEXT: 1101 > 1101.12 | CONTENT: 1101.12 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS [CONT.]: 1101.12 Locking access port caps. Refrigerant circuit access ports located outdoors shall be fitted with locking - type tamper - resistant caps requiring a special tool or key to open . SECTION MC 1102 SYSTEM REQUIREMENTS",
    "metadata": {
      "section_full": "1101.12",
      "parent_major": "1101",
      "parent_minor": "1101.12",
      "source": "035.txt"
    }
  },
  {
    "id": "1102.1",
    "text": "CONTEXT: 1102 > 1102.1 | CONTENT: 1102.1 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021 [CONT.]: 1102.1 General. The system classification, allowable refrigerants, maximum quantity, enclosure requirements, location limitations, and field pressure test requirements shall be determined as follows: 1. Determine the refrigeration system\u2019s classification, in accordance with Section 1103.3. 2. Determine the refrigerant classification in accordance with Section 1103.1. 3. Determine the maximum allowable quantity of refrigerant in accordance with Section 1104, based on type of refrigerant, system classification and occupancy. 4. Determine the system enclosure requirements in accordance with Section 1104. 5. Refrigeration equipment and appliance location and installation shall be subject to the limitations of Chapter 3. 6. Nonfactory - tested, field - erected equipment and appliances shall be pressure tested in accordance with Section 1108. \u2021\u2021\u2021",
    "metadata": {
      "section_full": "1102.1",
      "parent_major": "1102",
      "parent_minor": "1102.1",
      "source": "035.txt"
    }
  },
  {
    "id": "1102.2",
    "text": "CONTEXT: 1102 > 1102.2 | CONTENT: 1102.2 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use. [CONT.]: 1102.2 Refrigerants. The refrigerant shall be that which the equipment or appliance was designed to utilize or converted to utilize. Refrigerants not identified in Table 1103.1 shall be approved by the department before use. Refrigerants not identified in Table 1103.1, other than those having a Safety Group Classification of A - 1 or A2L , shall also be approved by the Fire Department before use.",
    "metadata": {
      "section_full": "1102.2",
      "parent_major": "1102",
      "parent_minor": "1102.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1102.2.1",
    "text": "CONTEXT: 1102 > 1102.2 | CONTENT: 1102.2.1 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions. [CONT.]: 1102.2.1 Mixing. Refrigerants, including refrigerant blends, with different designations in ASHRAE 34 shall not be mixed in a system. Exception: Addition of a second refrigerant is allowed where permitted by the equipment or appliance manufacturer to improve oil return at low temperatures. The refrigerant and amount added shall be in accordance with the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "1102.2.1",
      "parent_major": "1102",
      "parent_minor": "1102.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1102.2.2",
    "text": "CONTEXT: 1102 > 1102.2 | CONTENT: 1102.2.2 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3. [CONT.]: 1102.2.2 Purity. Refrigerants used in refrigeration systems shall be new, recovered or reclaimed refrigerants in accordance with Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Where required by the equipment or appliance owner, the installer shall furnish a signed declarati on that the refrigerant used meets the requirements of Section 1102.2.2.1, 1102.2.2.2 or 1102.2.2.3. Exception: The refrigerant used shall meet the purity specifications set by the manufacturer of the equipment or appliance in which such refrigerant is used where such specifications are different from that specified in Sections 1102.2.2.1, 1102.2.2.2 and 1102.2.2.3.",
    "metadata": {
      "section_full": "1102.2.2",
      "parent_major": "1102",
      "parent_minor": "1102.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1102.2.2.1",
    "text": "CONTEXT: 1102 > 1102.2 | CONTENT: 1102.2.2.1 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer. [CONT.]: 1102.2.2.1 New refrigerants. Refrigerants shall be of a purity level specified by the equipment or appliance manufacturer.",
    "metadata": {
      "section_full": "1102.2.2.1",
      "parent_major": "1102",
      "parent_minor": "1102.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1102.2.2.2",
    "text": "CONTEXT: 1102 > 1102.2 | CONTENT: 1102.2.2.2 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3. [CONT.]: 1102.2.2.2 Recovered refrigerants. Refrigerants that are recovered from refrigeration and air - conditioning systems shall not be reused in other than the system from which they were recovered and in other systems of the REFRIGERATION same owner. Recovered refrigerants shall be filtered and dried before reuse. Recovered refrigerants that show clear signs of contamination shall not be reused unless reclaimed in accordance with Section 1102.2.2.3.",
    "metadata": {
      "section_full": "1102.2.2.2",
      "parent_major": "1102",
      "parent_minor": "1102.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1102.2.2.3",
    "text": "CONTEXT: 1102 > 1102.2 | CONTENT: 1102.2.2.3 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 Reclaimed refrigerants. Used refrigerants shall not be reused in a different owner\u2019s equipment or appliances unless tested and found to meet the purity requirements of AHRI 700. Contaminated refrigerants shall not be used unless reclaimed and found to meet the purity requirements of AHRI 700. [CONT.]: 1102.2.2.3 REFERENCED STANDARDS AMCA Air Movement and Control Association International 30 West University Drive Arlington Heights, IL 60004 Standard Referenced reference in code number Title section number 550 \u2014 18 Test Method for High Velocity Wind Driven Rain Resistant Louvers ...................... 401.6.1, 501.3.2, 501.3.2.1 ANSI American National Standards Institute 11 West 42nd Street New York, NY 10036 Standard Referenced reference in code number Title section number ANSI/ASA S2.71 \u2014 1983 (R2012) Guide to the Evaluation of Human Exposure to Vibration in Buildings ..................................................... [CONT.]: 1102.2.2.3 REFERENCED STANDARDS AMCA Air Movement and Control Association International 30 West University Drive Arlington Heights, IL 60004 Standard Referenced reference in code number Title section number 550 \u2014 18 Test Method for High Velocity Wind Driven Rain Resistant Louvers ...................... 401.6.1, 501.3.2, 501.3.2.1 ANSI American National Standards Institute 11 West 42nd Street New York, NY 10036 Standard Referenced reference in code number Title section number ANSI/ASA S2.71 \u2014 1983 (R2012) Guide to the Evaluation of Human Exposure to Vibration in Buildings ..................................................... [CONT.]: 1102.2.2.3 REFERENCED STANDARDS AMCA Air Movement and Control Association International 30 West University Drive Arlington Heights, IL 60004 Standard Referenced reference in code number Title section number 550 \u2014 18 Test Method for High Velocity Wind Driven Rain Resistant Louvers ...................... 401.6.1, 501.3.2, 501.3.2.1 ANSI American National Standards Institute 11 West 42nd Street New York, NY 10036 Standard Referenced reference in code number Title section number ANSI/ASA S2.71 \u2014 1983 (R2012) Guide to the Evaluation of Human Exposure to Vibration in Buildings ..................................................... [CONT.]: 1102.2.2.3 REFERENCED STANDARDS AMCA Air Movement and Control Association International 30 West University Drive Arlington Heights, IL 60004 Standard Referenced reference in code number Title section number 550 \u2014 18 Test Method for High Velocity Wind Driven Rain Resistant Louvers ...................... 401.6.1, 501.3.2, 501.3.2.1 ANSI American National Standards Institute 11 West 42nd Street New York, NY 10036 Standard Referenced reference in code number Title section number ANSI/ASA S2.71 \u2014 1983 (R2012) Guide to the Evaluation of Human Exposure to Vibration in Buildings ..................................................... [CONT.]: 1102.2.2.3 REFERENCED STANDARDS AMCA Air Movement and Control Association International 30 West University Drive Arlington Heights, IL 60004 Standard Referenced reference in code number Title section number 550 \u2014 18 Test Method for High Velocity Wind Driven Rain Resistant Louvers ...................... 401.6.1, 501.3.2, 501.3.2.1 ANSI American National Standards Institute 11 West 42nd Street New York, NY 10036 Standard Referenced reference in code number Title section number ANSI/ASA S2.71 \u2014 1983 (R2012) Guide to the Evaluation of Human Exposure to Vibration in Buildings ..................................................... [CONT.]: 1102.2.2.3 REFERENCED STANDARDS AMCA Air Movement and Control Association International 30 West University Drive Arlington Heights, IL 60004 Standard Referenced reference in code number Title section number 550 \u2014 18 Test Method for High Velocity Wind Driven Rain Resistant Louvers ...................... 401.6.1, 501.3.2, 501.3.2.1 ANSI American National Standards Institute 11 West 42nd Street New York, NY 10036 Standard Referenced reference in code number Title section number ANSI/ASA S2.71 \u2014 1983 (R2012) Guide to the Evaluation of Human Exposure to Vibration in Buildings ..................................................... [CONT.]: 1102.2.2.3 REFERENCED STANDARDS AMCA Air Movement and Control Association International 30 West University Drive Arlington Heights, IL 60004 Standard Referenced reference in code number Title section number 550 \u2014 18 Test Method for High Velocity Wind Driven Rain Resistant Louvers ...................... 401.6.1, 501.3.2, 501.3.2.1 ANSI American National Standards Institute 11 West 42nd Street New York, NY 10036 Standard Referenced reference in code number Title section number ANSI/ASA S2.71 \u2014 1983 (R2012) Guide to the Evaluation of Human Exposure to Vibration in Buildings .....................................................",
    "metadata": {
      "section_full": "1102.2.2.3",
      "parent_major": "1102",
      "parent_minor": "1102.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1102.3",
    "text": "CONTEXT: 1102 > 1102.3 | CONTENT: 1102.3 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION [CONT.]: 1102.3 Access port protection. Refrigerant access ports shall be protected in accordance with Section 1101.12 whenever refrigerant is added to or recovered from refrigeration or air - conditioning systems. SECTION MC 1103 REFRIGERATION SYSTEM CLASSIFICATION",
    "metadata": {
      "section_full": "1102.3",
      "parent_major": "1102",
      "parent_minor": "1102.3",
      "source": "035.txt"
    }
  },
  {
    "id": "1103.1",
    "text": "CONTEXT: 1103 > 1103.1 | CONTENT: 1103.1 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value. [CONT.]: 1103.1 Refrigerant classification. Refrigerants shall be classified in accordance with ASHRAE 34 as listed in Table 1103.1. \u2021\u2021\u2021 TABLE 1103.1 REFRIGERANT DATA AND SAFETY CLASSIFICATIONS a RCL Refrigerant Number Chemical Name Chemical Formula/ Composition Tolerances OEL d ppm v/v Safety c Group (ppm v/v) (g/m 3 ) lb/Mcf Methane Series 11 b Trichlorofluoromethane CCl 3 F C1,000 A1 1,100 6.2 0.39 12 b Dichlorodifluoromethane CCl 2 F 2 1,000 A1 18,000 90 5.6 13 b Chlorotrifluoromethane CClF 3 1,000 A1 \u2014 \u2014 \u2014 13B1 b Bromotrifluoromethane CBrF 3 1,000 A1 \u2014 \u2014 \u2014 14 tetrafluoromethane (carbon tetrafluoride) CF 4 1,000 A1 110,000 400 25 21 Dichlorofluoromethane CHCl 2 F \u2014 B1 \u2014 \u2014 \u2014 22 Chlorodifluoromethane CHClF 2 1,000 A1 59,000 210 13 23 Trifluoromethane CHF 3 1,000 A1 41,000 120 7.3 30 dichloromethane (methylene chloride) CH 2 Cl 2 \u2014 B2 \u2014 \u2014 \u2014 32 difluoromethane (methylene fluoride) CH 2 F 2 1,000 A2L 36,000 77 4.8 40 chloromethane (methyl chloride) CH 3 Cl \u2014 B2 \u2014 \u2014 \u2014 50 Methane CH 4 1,000 A3 \u2014 \u2014 \u2014 Ethane Series 113 b 1,1,2 - trichloro - 1,2,2 - trifluoroethane CCl 2 FCC1F 2 1,000 A1 2,600 20 1.2 114 b 1,2 - dichloro - 1,1,2,2 - tetrafluoroethane CClF 2 CClF 2 1,000 A1 20,000 140 8.7 115 b Chloropentafluoroethane CClF 2 CF 3 1,000 A1 120,000 760 47 REFRIGERATION 116 Hexafluoroethane CF 3 CF 3 1,000 A1 97,000 550 34 123 2,2 - dichloro - 1,1,1, - trifluoroethane CHCl 2 CF 3 50 B1 9,100 57 3.5 124 2 - chloro - 1,1,1,2 - tetrafluoroethane CHClFCF 3 1,000 A1 10,000 56 3.5 125 Pentafluoroethane CHF 2 CF 3 1,000 A1 75,000 370 23 134 a \u2021 1,1,1,2 - tetrafluoroethane CH 2 FCF 3 1,000 A1 50,000 210 13 142 b \u2021 1 - chloro - 1, 1 - difluoroethane CH 3 CClF 2 1,000 A2 20,000 83 5.1 143 a \u2021 1,1,1 - trifluoroethane CH 3 CF 3 1,000 A2L 21,000 70 4.5 152 a \u2021 1,1 - difluoroethane CH 3 CHF 2 1,000 A2 12,000 32 2.0 170 Ethane CH 3 CH 3 1,000 A3 7,000 8.7 0.54 Ethers E170 methoxymethane (dimethyl ether) CH 3 OCH 3 1,000 A3 8,500 16 1.0 Propane 218 Octafluoropropane CF 3 ,CF 2 CF 3 1,000 A1 90,000 690 43 227 ea \u2021 1,1,1,2,3,3,3 - heptafluoropropane CF 3 CHFCF 3 1,000 A1 84,000 580 36 236 fa \u2021 1,1,1,3,3,3 - hexafluoropropane CF 3 CH 2 CF 3 1,000 A1 55,000 340 21 245 fa \u2021 1,1,1,3,3 - pentafluoropropane CHF 2 CH 2 CF 3 300 B1 34,000 190 12 290 Propane CH 3 CH 2 CH 3 1,000 A3 5,300 9.5 0.56 Cyclic Organic Compounds C318 Octafluorocyclobutane - (CF 2 ) 4 - 1,000 A1 80,000 660 41 Miscellaneous Organic Compounds Hydrocarbons 600 Butane CH 3 CH 2 CH 2 CH 3 1,000 A3 \u2014 \u2014 0.51 600 a \u2021 2 - methylpropane (isobutane) CH(CH 3 ) 2 CH 3 1,000 A3 4,000 9.6 0.59 601 Pentane CH 3 CH 2 CH 2 CH 2 CH 3 600 A3 1,000 2.9 0.18 601 a \u2021 2 - methylbutane (isopentane) (CH 3 ) 2 CHCH 2 CH 3 600 A3 1,000 2.9 0.18 611 methyl formate HCOOCH 3 100 B2 \u2014 \u2014 \u2014 Inorganic Compounds 702 Hydrogen H 2 \u2014 A3 \u2014 \u2014 \u2014 704 Helium He \u2014 A1 \u2014 \u2014 \u2014 717 Ammonia NH 3 25 B2L 320 0.22 .014 718 Water H 2 O \u2014 A1 \u2014 \u2014 \u2014 REFRIGERATION 720 Neon Ne \u2014 A1 \u2014 \u2014 \u2014 728 Nitrogen N 2 \u2014 A1 \u2014 \u2014 \u2014 740 Argon Ar \u2014 A1 \u2014 \u2014 \u2014 744 carbon dioxide CO 2 5000 A1 40,000 72 4.5 764 sulfur dioxide SO 2 \u2014 B1 \u2014 \u2014 \u2014 Unsaturated Organic Compounds 1150 ethene (ethylene) CH 2 = CH 2 200 A3 \u2014 \u2014 \u2014 1234yf 2,3,3,3 - tetrafluoro - 1 - propene CF 3 CF = CH 2 500 A2L 16,000 75 4.7 1234ze(E) trans - 1,3,3,3 - tetrafluoro - 1 - propene CF 3 CH = CHF 800 A2L 16,000 75 4.7 1270 propene (propylene) CH 3 CH = CH 2 500 A3 1,000 1.7 0.1 Zeotropes (Refrigerant Blends) 400 (50%/50%) b R - 12/114 (50.0/50.0) 1,000 A1 28,000 160 10 400 (60%/40%) b R - 12/114 (60.0/40.0) 1,000 A1 30,000 170 11 401A R - 22/152a/124 (53.0/13.0/34.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 27,000 110 6.6 401B R - 22,/152a/124 (61.0/11.0/28.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 30,000 120 7.2 401C R - 22,/152a/124 (33.0/15.0/52.0) (\u00b12.0/+0.5, - 1.5/\u00b11.0) 1,000 A1 20,000 84 5.2 402A R - 125/290/22 (60.0/2.0/38.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 33,000 140 8.5 402B R - 125/290/22 (38.0/2.0/60.0) (\u00b12.0/+0.1, - 1.0/\u00b12.0) 1,000 A1 63,000 240 15 403A R - 290/22/218 (5.0/75.0/20.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A2 33,000 120 7.6 403B R - 290/22/218 (5.0/56.0/39.0) (+.2, - 2.0/\u00b12.0/\u00b12.0) 1,000 A1 70,000 290 18 404A R - 125/143a/134a (44.0/52.0/4.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 130,000 500 31 406A R - 22/600a/142b (55.0/4.0/41.0) (\u00b12.0/\u00b11.0/\u00b11.0) 1,000 A2 21,000 25 4.7 407A R - 32/125/134a (20.0/40.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 83,000 300 19 407B R - 32/125/134a (10.0/70.0/20.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 330 21 407C R - 32/125/134a (23.0/25.0/52.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 81,000 290 18 407D R - 32/125/134a (15.0/15.0/70.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 68,000 250 16 407E R - 32/125/134a (25.0/15.0/60.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 80,000 280 17 407F R - 32/125/134a (30.0/30.0/40.0) (\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 95,000 320 20 408A R - 125/143a/22 (7.0/46.0/47.0) (\u00b12.0/\u00b11.0/\u00b12.0) 1,000 A1 95,000 110 21 409A R - 22/124/142b (60.0/25.0/15.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 29,000 120 7.1 REFRIGERATION 409B R - 22/124/142b (65.0/25.0/10.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A1 30,000 390 7.3 410A R - 32/125 (50.0/50.0) (+0.5, - 1.5/+1.5, - 0.5) 1,000 A1 140,000 420 26 410B R - 32/125 (45.0/55.0) (\u00b11.0/\u00b11.0) 1,000 A1 140,000 430 27 411A R - 1270/22/152a (1.5/87.5/11.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 990 A2 14,000 46 2.9 411B R - 1270/22/152a (3.0/94.0/3.0) (+0.0, - 1.0/+2.0, - 0.0/+0.0, - 1.0) 980 A2 13,000 45 2.8 412A R - 22/218/142b (70.0/5.0/25.0) (\u00b12.0/\u00b12.0/\u00b11.0) 1,000 A2 22,000 82 5.1 413A R - 218/134a/600a (9.0/88.0/3.0) \u00b11.0/\u00b12.0/+0.0, - 1.0) 1,000 A2 22,000 95 5.8 414A R - 22/124/600a/142b (51.0/28.5/4.0/16.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 26,000 100 6.4 414B R - 22/124/600a/142b (50.0/39.0/1.5/9.5) (\u00b12.0/\u00b12.0/\u00b10.5 / +0.5, - 1.0) 1,000 A1 23,000 95 6.0 415A R - 22/152a (82.0/18.0) (\u00b11.0/\u00b11.0) 1,000 A2 57,000 190 12 415B R - 22/152a (25.0/75.0) (\u00b11.0/\u00b11.0) 1,000 A2 52,000 120 9.3 416A R - 134a/124/600 (59.0/39.5/1.5) (+0.5, - 1.0/+1.0, - 0.5/+1.0, - 0.2) 1,000 A1 14,000 62 3.9 417A R - 125/134a/600 (46.6/50.0/3.4) (\u00b11.1/\u00b11.0/+0.1, - 0.4) 1,000 A1 13,000 56 3.5 Zeotropes (Refrigerant Blends) 417B R - 125/134a/600 (79.0/18.3/2.7) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 15,000 70 4.3 418A R - 290/22/152a (1.5/96.0/2.5 (\u00b10.5/\u00b11.0/\u00b10.5) 1,000 A2 59,000 200 13 419A R - 125/134a/E170 (77.0/19.0/4.0) (1.0/1.0/1.0) 1,000 A2 70,000 310 19 420A R - 134a/142b (88.0/12.0) (+1.0, - 0.0/+0.0, - 1.0) 1,000 A1 45,000 190 12 421A R - 125/134a (58.0/42.0) (\u00b11.0/\u00b11.0) 1,000 A1 61,000 280 17 421B R - 125/134a (85.0/15.0) (\u00b11.0/\u00b11.0) 1,000 A1 69,000 330 21 422A R - 125/134a/600a (55.0/42.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.4) 1,000 A1 63,000 290 18 422B R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 56,000 250 16 422C R - 125/134a/600a (82.0/15.0/3.0) (\u00b11.0/\u00b11.0/+0.1, - 0.5) 1,000 A1 62,000 290 18 422D R - 125/134a/600a (65.1/31.5/3.4) (+0.9, - 1.1/\u00b11.0/ +0.1, - 0.4) 1,000 A1 58,000 260 16 423A R - 134a/227ea (52.5/47.5) (\u00b11.0/\u00b11.0) 1,000 A1 59,000 310 19 424A R - 125/134a/600a/600/601a (50.5/47.0/0.9/1.0/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, +0.2/+0.1, - 0.2) 970 A1 23,000 100 6.2 REFRIGERATION 425A R - 32/134a/227ea (18.5/69.5/12.0) (\u00b10.5/\u00b10.5/\u00b10.5) 1,000 A1 72,000 260 16 426A R - 125/134a/600/601a (5.1/93.0/1.3/0.6) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 990 A1 20,000 83 5.2 427A R - 32/125/143a/134a (15.0/25.0/10.0/50.0) (\u00b12.0/\u00b12.0/\u00b12.0/\u00b12.0) 1,000 A1 79,000 290 18 428A R - 125/143a/290/600a (77.5/20.0/0.6/1.9) (\u00b11.0/\u00b11.0/+0.1, - 0.2/ +0.1, - 0.2) 1,000 A1 83,000 370 23 429A R - E170/152a/600a (60.0/10.0/30.0) (\u00b11.0/\u00b11.0/\u00b11.0) 1,000 A3 6,300 13 0.81 430A R - 152a/600a (76.0/24.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,000 21 1.3 431A R - 290/152a (71.0/29.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,500 11 0.69 432A R - 1270/E170 (80.0/20.0) (\u00b11.0/\u00b11.0) 710 A3 1,200 2.1 0.13 433A R - 1270/290 (30.0/70.0) (\u00b11.0/\u00b11.0) 880 A3 3,100 5.5 0.34 433B R - 1270/290 (5.0/95.0) (\u00b11.0/\u00b11.0) 950 A3 4,500 8.1 0.51 433C R - 1270/290 (25.0/75.0) (\u00b11.0/\u00b11.0) 790 A3 3,600 6.6 0.41 434A R - 125/143a/134a/600a (63.2/18.0/16.0/2.8) (\u00b11.0/\u00b11.0 \u00b11.0/+0.1, - 0.2) 1,000 A1 73,000 320 20 435A R - E170/152a (80.0/20.0) (\u00b11.0/\u00b11.0) 1,000 A3 8,500 17 1.1 436A R - 290/600a (56.0/44.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 436B R - 290/600a (52.0/48.0) (\u00b11.0/\u00b11.0) 1,000 A3 4,000 8.1 0.5 437A R - 125/134a/600/601 (19.5/78.5/1.4/0.6) (+0.5, - 1.8/+1.5, - 0.7/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 19,000 81 5.0 438A R - 32/125/134a/600/601a (8.5/45.0/44.2/1.7/0.6) (+0.5, - 1.5/\u00b11.5/\u00b11.5/ +0.1, - 0.2/+0.1, - 0.2) 990 A1 20,000 79 4.9 439A R - 32/125/600a (50.0/47.0/3.0) (\u00b11.0/\u00b11.0/\u00b10.5) 990 A2 26,000 76 4.7 440A R - 290/134a/152a (0.6/1.6/97.8) (\u00b11.0/\u00b10.6/\u00b10.5) 1,000 A2 12,000 31 1.9 441A R - 179/290/600a/600 (3.1/54.8/6.0/36.1) (\u00b10.3/\u00b12.0/\u00b10.6/\u00b12.0) 1,000 A3 3,200 6.3 0.39 Azeotropes (Refrigerant Blends) 500 b R - 12/152a (73.8/26.2) \u2014 1,000 A1 30,000 120 7.6 501 b R - 22/12 (75.0/25.0) \u2014 1,000 A1 54,000 210 13 502 b R - 22/115 (48.8/51.2) \u2014 1,000 A1 73,000 330 21 504 R - 32/115 (48.2/51.8) \u2014 1,000 \u2014 140,000 450 28 507A R - 125/143a (50.0/50.0) \u2014 1,000 A1 130,000 520 32 REFRIGERATION 508A R - 23/116 (39.0/61.0) \u2014 1,000 A1 55,000 220 14 508B R - 23/116 (46.0/54.0) \u2014 1,000 A1 52,000 200 13 509A R - 22/218 (44.0/56.0) \u2014 1,000 A1 75,000 390 24 510A R - E170/600a (88.0/12.0) (\u00b10.5/\u00b10.5) 1,000 A3 7,300 14 0.87 511A R - 290/E170 (95.0, 5.0) (\u00b11.0/\u00b11.0) 1,000 A3 5,300 9.5 0.59 For SI: 1 pound = 0.454 kg, 1 cubic foot = 0.0283 m 3 . a. Data based on ASHRAE 34 including Addenda a through o. For more complete data, see ASHRAE 34 and Addenda. Use of Addenda issued after Addendum o is subject to approval as set forth in Section 1102.2. b. Class I ozone depleting refrigerant. Not permitted for new installations. c. Refrigerants in Safety Group \u201cA2L\u201d shall comply with rules of the department . Refrigerants in Safety Group \u201cB2L\u201d shall comply with all applicable requirements for \u201cB2\u201d refrigerants. d. OCCUPATIONAL EXPOSURE LIMIT (OEL). The time - weighted average (TWA) concentration for a normal 8 - hour workday and a 40 - hour workweek to which nearly all workers can be repeatedly exposed without adverse effect, based on the OSHA PEL, ACGIH TLV - TWA, AIHA WEEL, or consistent value.",
    "metadata": {
      "section_full": "1103.1",
      "parent_major": "1103",
      "parent_minor": "1103.1",
      "source": "035.txt"
    }
  },
  {
    "id": "1103.2",
    "text": "CONTEXT: 1103 > 1103.2 | CONTENT: 1103.2 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy. [CONT.]: 1103.2 Occupancy classification. Locations of refrigerating systems are described by occupancy classifications that consider the ability of people to respond to potential exposure to refrigerants. Where equipment or appliances, other than piping, are located outside a building and within 20 feet (6096 mm) of any building opening, such equipment or appliances shall be governed by the occupancy classification of the building. Occupancy classifications of buildings shall be in accordance with the building clas sifications in the New York City Building Code. 1. Institutional occupancy shall include Occupancy Groups I - 1, I - 2, I - 3 and I - 4. 2. Public assembly occupancy shall include Occupancy Groups A - 1, A - 2, A - 3, A - 4, A - 5 and E. 3. Residential occupancy shall include Occupancy Groups R - 1, R - 2 and R - 3. 4. Commercial occupancy shall include Occupancy Groups M and B, except Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 5. Large mercantile occupancy shall include Occupancy Group M with retail stores having an occupant load of more than 100 persons on any floor other than street level. 6. Industrial occupancy shall include Occupancy Groups F - 1, F - 2, H - 1, H - 2, H - 3, H - 4, H - 5, S - 1 and S - 2. 7. Mixed occupancy occurs where two or more occupancies are located within the same building. Where each occupancy is isolated from the rest of the building by tight walls, floors and ceilings and by self - closing doors, the requirements for each occupancy shall apply to its portion of the building. Where the various occupancies are not so isolated, the occupancy having the most stringent requirements shall be the governing occupancy.",
    "metadata": {
      "section_full": "1103.2",
      "parent_major": "1103",
      "parent_minor": "1103.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1103.3",
    "text": "CONTEXT: 1103 > 1103.3 | CONTENT: 1103.3 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components. [CONT.]: 1103.3 System classification. Refrigeration systems shall be classified according to the degree of probability that refrigerant leaked from a failed connection, seal or component could enter an occupied area. The distinction is based on the basic design or location of the components.",
    "metadata": {
      "section_full": "1103.3",
      "parent_major": "1103",
      "parent_minor": "1103.3",
      "source": "035.txt"
    }
  },
  {
    "id": "1103.3.1",
    "text": "CONTEXT: 1103 > 1103.3 | CONTENT: 1103.3.1 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded. [CONT.]: 1103.3.1 Low - probability systems. Double - indirect open - spray systems, indirect closed systems and indirect - vented closed systems shall be classified as low - probability systems, provided that all refrigerant - containing piping and fittings are isolated when the quantities in Table 1103.1 are exceeded.",
    "metadata": {
      "section_full": "1103.3.1",
      "parent_major": "1103",
      "parent_minor": "1103.3",
      "source": "035.txt"
    }
  },
  {
    "id": "1103.3.2",
    "text": "CONTEXT: 1103 > 1103.3 | CONTENT: 1103.3.2 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS [CONT.]: 1103.3.2 High - probability systems. Direct systems and indirect open - spray systems shall be classified as high - probability systems. Exception: An indirect open - spray system shall not be required to be classified as a high - probability system if the pressure of the secondary coolant is at all times (operating and standby) greater than the pressure of the refrigerant. REFRIGERATION SECTION MC 1104 SYSTEM APPLICATION REQUIREMENTS",
    "metadata": {
      "section_full": "1103.3.2",
      "parent_major": "1103",
      "parent_minor": "1103.3",
      "source": "035.txt"
    }
  },
  {
    "id": "1104.1",
    "text": "CONTEXT: 1104 > 1104.1 | CONTENT: 1104.1 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property. [CONT.]: 1104.1 General. The refrigerant, occupancy and system classification cited in this section shall be determined in accordance with Sections 1103.1, 1103.2 and 1103.3, respectively. For refrigerant blends assigned dual classifications, as formulated and for the worst case of fractionation, the classifications for the worst case of fractionation shall be used. For blends assigned only a single safety group classification in Table 1103 .1 or ASHRAE 34, that classification shall be used. Use of a Group A3 or Grou p B3 refrigerant is prohibited. In an industrial occupancy, a Group A3 or Group B3 refrigerant may be used in high - or low - probability systems only when approved by the commissioner and the Commissioner of the Fire Department. Such use will be approved onl y if the applicant can demonstrate to the satisfaction of the commissioner and the Commissioner of the Fire Department that the use of the refrigerant is a necessity and does not represent a substantial risk to life, limb, health or property.",
    "metadata": {
      "section_full": "1104.1",
      "parent_major": "1104",
      "parent_minor": "1104.1",
      "source": "035.txt"
    }
  },
  {
    "id": "1104.2",
    "text": "CONTEXT: 1104 > 1104.2 | CONTENT: 1104.2 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors. [CONT.]: 1104.2 Machinery room. Except as provided in Sections 1104.2.1 and 1104.2.2, all components containing the refrigerant shall be located either outdoors or in a machinery room where the quantity of refrigerant in an independent circuit of a system exceeds the amounts shown in Tab le 1103.1. For refrigerant names not listed in Table 1103.1, the same requirement shall apply when the amount for any named component exceeds that indicated in Table 1103.1 for that component. This requirement shall also apply when t he combined amount of the named components exceeds a limit of 69,100 parts per million (ppm) by volume. Machinery rooms required by this section shall be constructed and maintained in accordance with Section 1105 for Group A1 and B1 refrigerants and in accordance with Sections 1105 and 1106 for Group A2, B2, A3 and B3 refrigerants . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . Exceptions: 1. Machinery rooms are not required for listed equipment and appliances containing not more than 6.6 pounds (3 kg) of refrigerant, regardless of the refrigerant\u2019s safety classification, where installed in accordance with the equipment\u2019s or appliance\u2019s list ing and the equipment or appliance manufacturer\u2019s installation instructions. 2. Piping in conformance with Section 1107 of this chapter and Section 8.10 of ASHRAE 15 is allowed in other locations to connect components installed in a machinery room with those installed outdoors.",
    "metadata": {
      "section_full": "1104.2",
      "parent_major": "1104",
      "parent_minor": "1104.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1104.2.1",
    "text": "CONTEXT: 1104 > 1104.2 | CONTENT: 1104.2.1 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . [CONT.]: 1104.2.1 Institutional occupancies. The amounts shown in Table 1103.1 shall be reduced by 50 percent for all areas of institutional occupancies except kitchens, laboratories and mortuaries. The total of all Group A2, B2, A3 and B3 refrigerants shall not exceed 550 pounds (249.4 kg) in occupi ed areas or machinery rooms . Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited .",
    "metadata": {
      "section_full": "1104.2.1",
      "parent_major": "1104",
      "parent_minor": "1104.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1104.2.2",
    "text": "CONTEXT: 1104 > 1104.2 | CONTENT: 1104.2.2 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room. [CONT.]: 1104.2.2 Industrial occupancies and refrigerated rooms. This section applies only to industrial occupancies and refrigerated rooms for manufacturing, food and beverage preparation, meat cutting, other processes and storage. Machinery rooms are not required where all of the following conditions are met: 1. The space containing the machinery is separated from other occupancies by tight construction with tight - fitting doors. 2. Access is restricted to authorized personnel. 3. The floor area per occupant is not less than 100 square feet (9.3 m 2 ). Where provided with egress directly to the outdoors or into building exits meeting the requirements of the New York City Building Code , the minimum floor area shall not apply. 4. Refrigerant detectors are installed as required for machinery rooms in accordance with Section 1105.3. 5. Surfaces having temperatures exceeding 800\u00b0F (426.7\u00b0C) and open flames are not present where any Group A2, B2, A3 or B3 refrigerant is used (see Section 1104.3. 3). Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. 6. All electrical equipment and appliances conform to Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code where the quantity of any Group A2, B2, A3 or B3 refrigerant, other than ammonia, in a single independent circuit would exceed 25 percent of the lower flammability limit (LFL) upon release to the space based on the volume determined by Section 1104.4. REFRIGERATION Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . 7. All refrigerant - containing parts in systems exceeding 100 hp (74.6 kW) drive power, except evaporators used for refrigeration or dehumidification; condensers used for heating; control and pressure relief valves for either; and connecting piping, shall be located either outdoors or in a machinery room.",
    "metadata": {
      "section_full": "1104.2.2",
      "parent_major": "1104",
      "parent_minor": "1104.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1104.3",
    "text": "CONTEXT: 1104 > 1104.3 | CONTENT: 1104.3 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021 [CONT.]: 1104.3 Refrigerant restrictions. Refrigerant applications, maximum quantities and use shall be restricted in accordance with Sections 1104.3.1 through 1104.3. 3 . \u2021\u2021\u2021",
    "metadata": {
      "section_full": "1104.3",
      "parent_major": "1104",
      "parent_minor": "1104.3",
      "source": "035.txt"
    }
  },
  {
    "id": "1104.3.1",
    "text": "CONTEXT: 1104 > 1104.3 | CONTENT: 1104.3.1 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg. [CONT.]: 1104.3.1 Air - conditioning for human comfort. Group A3, B1, B2 and B3 refrigerants shall not be used in high - probability air - conditioning systems for human comfort. Exceptions: 1. Sealed absorption and unit air - conditioning systems having refrigerant quantities not exceeding those set forth in Table 1104.3.1. 2. Industrial occupancies. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited . TABLE 1104.3.1 SPECIAL QUANTITY LIMITS FOR SEALED AMMONIA/WATER ABSORPTION AND SELF - CONTAINED SYSTEMS TYPE OF REFRIGERATION SYSTEM MAXIMUM POUNDS FOR VARIOUS OCCUPANCIES Institutional Public Assembly/ Large Mercantile Residential Commercial Sealed Ammonia/Water Absorption System In exit access or lobbies 0 0 3.3 3.3 In adjacent outdoor locations 0 0 22 22 In other than exit access or lobbies 0 6.6 6.6 22 Unit Systems In other than exit access or lobbies 0 0 6.6 22 For SI: 1 pound = 0.454 kg.",
    "metadata": {
      "section_full": "1104.3.1",
      "parent_major": "1104",
      "parent_minor": "1104.3",
      "source": "035.txt"
    }
  },
  {
    "id": "1104.3.2",
    "text": "CONTEXT: 1104 > 1104.3 | CONTENT: 1104.3.2 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited. [CONT.]: 1104.3.2 All occupancies. The total of all Group A2, B2, A3 and B3 refrigerants other than R - 717, ammonia, shall not exceed 1,100 pounds (499 kg) except where approved. Nothing in this section shall be construed to allow the use of Group A3 and B3 refrigerants if otherwise prohibited.",
    "metadata": {
      "section_full": "1104.3.2",
      "parent_major": "1104",
      "parent_minor": "1104.3",
      "source": "035.txt"
    }
  },
  {
    "id": "1104.3.3",
    "text": "CONTEXT: 1104 > 1104.3 | CONTENT: 1104.3.3 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5). [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5). [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5). [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5). [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5). [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5). [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5). [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5). [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5). [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5). [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5). [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5). [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5). [CONT.]: 1104.3.3 Protection from refrigerant decomposition. Where any device having an open flame or surface temperature greater than 800\u00b0F (426.7\u00b0C) is used in a room containing more than 6.6 pounds (3 kg) of refrigerant in a single independent circuit, a hood and exhaust system shall be provided in accordance with Section 510. Such exhaust system shall exhaust combustion products to the outdoors. Exception: A hood and exhaust system shall not be required where any of the following apply: 1. The refrigerant is R - 717, R - 718 or R - 744. 2. The combustion air is ducted from the outdoors in a manner that prevents leaked refrigerant from being combusted. REFRIGERATION 3. A refrigerant detector is used to stop the combustion in the event of a refrigerant leak (see Sections 1105.3 and 1105.5).",
    "metadata": {
      "section_full": "1104.3.3",
      "parent_major": "1104",
      "parent_minor": "1104.3",
      "source": "035.txt"
    }
  },
  {
    "id": "1104.4",
    "text": "CONTEXT: 1104 > 1104.4 | CONTENT: 1104.4 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3. [CONT.]: 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3. [CONT.]: 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3. [CONT.]: 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3. [CONT.]: 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3. [CONT.]: 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3. [CONT.]: 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3. [CONT.]: 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3. [CONT.]: 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3. [CONT.]: 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3. [CONT.]: 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3. [CONT.]: 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3. [CONT.]: 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3. [CONT.]: 1104.4 Volume calculations. Volume calculations shall be in accordance with Sections 1104.4.1 through 1104.4.3.",
    "metadata": {
      "section_full": "1104.4",
      "parent_major": "1104",
      "parent_minor": "1104.4",
      "source": "035.txt"
    }
  },
  {
    "id": "1104.4.1",
    "text": "CONTEXT: 1104 > 1104.4 | CONTENT: 1104.4.1 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system. [CONT.]: 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system. [CONT.]: 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system. [CONT.]: 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system. [CONT.]: 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system. [CONT.]: 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system. [CONT.]: 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system. [CONT.]: 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system. [CONT.]: 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system. [CONT.]: 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system. [CONT.]: 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system. [CONT.]: 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system. [CONT.]: 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system. [CONT.]: 1104.4.1 Noncommunicating spaces. Where the refrigerant - containing parts of a system are located in one or more spaces that do not communicate through permanent openings or HVAC ducts, the volume of the smallest, enclosed occupied space shall be used to determine the permissible quantity o f refrigerant in the system.",
    "metadata": {
      "section_full": "1104.4.1",
      "parent_major": "1104",
      "parent_minor": "1104.4",
      "source": "035.txt"
    }
  },
  {
    "id": "1104.4.2",
    "text": "CONTEXT: 1104 > 1104.4 | CONTENT: 1104.4.2 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. [CONT.]: 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. [CONT.]: 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. [CONT.]: 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. [CONT.]: 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. [CONT.]: 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. [CONT.]: 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. [CONT.]: 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. [CONT.]: 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. [CONT.]: 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. [CONT.]: 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. [CONT.]: 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. [CONT.]: 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. [CONT.]: 1104.4.2 Communicating spaces. Where an evaporator or condenser is located in an air duct system, the volume of the smallest, enclosed occupied space served by the duct system shall be used to determine the maximum allowable quantity of refrigerant in the system. Exception: If airflow to any enclosed space cannot be reduced below one - quarter of its maximum, the entire space served by the air duct system shall be used to determine the maximum allowable quantity of refrigerant in the system.",
    "metadata": {
      "section_full": "1104.4.2",
      "parent_major": "1104",
      "parent_minor": "1104.4",
      "source": "035.txt"
    }
  },
  {
    "id": "1104.4.3",
    "text": "CONTEXT: 1104 > 1104.4 | CONTENT: 1104.4.3 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS [CONT.]: 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS [CONT.]: 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS [CONT.]: 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS [CONT.]: 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS [CONT.]: 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS [CONT.]: 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS [CONT.]: 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS [CONT.]: 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS [CONT.]: 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS [CONT.]: 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS [CONT.]: 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS [CONT.]: 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS [CONT.]: 1104.4.3 Plenums. Where the space above a suspended ceiling is continuous and part of the supply or return air plenum system, this space shall be included in calculating the volume of the enclosed space. SECTION MC 1105 MACHINERY ROOM, GENERAL REQUIREMENTS",
    "metadata": {
      "section_full": "1104.4.3",
      "parent_major": "1104",
      "parent_minor": "1104.4",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.1",
    "text": "CONTEXT: 1105 > 1105.1 | CONTENT: 1105.1 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section. [CONT.]: 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section. [CONT.]: 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section. [CONT.]: 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section. [CONT.]: 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section. [CONT.]: 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section. [CONT.]: 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section. [CONT.]: 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section. [CONT.]: 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section. [CONT.]: 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section. [CONT.]: 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section. [CONT.]: 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section. [CONT.]: 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section. [CONT.]: 1105.1 Design and construction. Machinery rooms shall be designed and constructed in accordance with the New York City Building Code and this section.",
    "metadata": {
      "section_full": "1105.1",
      "parent_major": "1105",
      "parent_minor": "1105.1",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.2",
    "text": "CONTEXT: 1105 > 1105.2 | CONTENT: 1105.2 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream. [CONT.]: 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream. [CONT.]: 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream. [CONT.]: 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream. [CONT.]: 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream. [CONT.]: 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream. [CONT.]: 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream. [CONT.]: 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream. [CONT.]: 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream. [CONT.]: 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream. [CONT.]: 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream. [CONT.]: 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream. [CONT.]: 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream. [CONT.]: 1105.2 Openings. Ducts and air handlers in the machinery room that operate at a lower pressure than the room shall be sealed to prevent any refrigerant leakage from entering the airstream.",
    "metadata": {
      "section_full": "1105.2",
      "parent_major": "1105",
      "parent_minor": "1105.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.3",
    "text": "CONTEXT: 1105 > 1105.3 | CONTENT: 1105.3 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 . [CONT.]: 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 . [CONT.]: 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 . [CONT.]: 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 . [CONT.]: 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 . [CONT.]: 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 . [CONT.]: 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 . [CONT.]: 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 . [CONT.]: 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 . [CONT.]: 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 . [CONT.]: 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 . [CONT.]: 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 . [CONT.]: 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 . [CONT.]: 1105.3 Refrigerant detector. Refrigerant detectors in machinery rooms shall be provided as required by ASHRAE 15 .",
    "metadata": {
      "section_full": "1105.3",
      "parent_major": "1105",
      "parent_minor": "1105.3",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.4",
    "text": "CONTEXT: 1105 > 1105.4 | CONTENT: 1105.4 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department . [CONT.]: 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department . [CONT.]: 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department . [CONT.]: 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department . [CONT.]: 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department . [CONT.]: 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department . [CONT.]: 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department . [CONT.]: 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department . [CONT.]: 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department . [CONT.]: 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department . [CONT.]: 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department . [CONT.]: 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department . [CONT.]: 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department . [CONT.]: 1105.4 Tests. Periodic tests of the mechanical ventilating system shall be performed in accordance with manufacturer\u2019s specifications and as required by the Commissioner of the Fire Department .",
    "metadata": {
      "section_full": "1105.4",
      "parent_major": "1105",
      "parent_minor": "1105.4",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.5",
    "text": "CONTEXT: 1105 > 1105.5 | CONTENT: 1105.5 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage. [CONT.]: 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage. [CONT.]: 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage. [CONT.]: 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage. [CONT.]: 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage. [CONT.]: 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage. [CONT.]: 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage. [CONT.]: 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage. [CONT.]: 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage. [CONT.]: 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage. [CONT.]: 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage. [CONT.]: 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage. [CONT.]: 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage. [CONT.]: 1105.5 Fuel - burning appliances. Open flames that use combustion air from the machinery room shall not be installed in a machinery room. Exceptions: 1. Where the refrigerant is carbon dioxide or water. 2. Fuel - burning appliances shall not be prohibited in the same machinery room with refrigerant - containing equipment or appliances where combustion air is ducted from outside the machinery room and sealed in such a manner as to prevent any refrigerant leaka ge from entering the combustion chamber, or where a refrigerant vapor detector is employed to automatically shut off the combustion process in the event of refrigerant leakage.",
    "metadata": {
      "section_full": "1105.5",
      "parent_major": "1105",
      "parent_minor": "1105.5",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.6",
    "text": "CONTEXT: 1105 > 1105.6 | CONTENT: 1105.6 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6 Ventilation. Machinery rooms shall be mechanically ventilated to the outdoors. Location of the mechanical ventilation openings within the machinery room shall be based on the relative density of the refrigerant to air. When compressors or self - contained unit system are housed in a machinery space, other than in a machinery room or plenum, the space shall be ventilated in accordance with the requirements of Section 1105.6.3. Exception: Where a refrigerating system is located outdoors more than 20 feet (6096 mm) from any building opening and is enclosed by a penthouse, lean - to or other open structure, natural or mechanical ventilation shall be provided. Location of the openings shall be based on the relative density of the refrigerant to air. The free - aperture cross section for the ventilation of the machinery room shall be not less than: \ud439\ud439 = \u221a \ud43a\ud43a (Equation 11 - 1) REFRIGERATION For SI: \ud439\ud439 = 0. 138 \u221a \ud43a\ud43a where: F = The free opening area in square feet (m 2 ). G = The mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room.",
    "metadata": {
      "section_full": "1105.6",
      "parent_major": "1105",
      "parent_minor": "1105.6",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.6.1",
    "text": "CONTEXT: 1105 > 1105.6 | CONTENT: 1105.6.1 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair . [CONT.]: 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair . [CONT.]: 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair . [CONT.]: 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair . [CONT.]: 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair . [CONT.]: 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair . [CONT.]: 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair . [CONT.]: 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair . [CONT.]: 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair . [CONT.]: 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair . [CONT.]: 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair . [CONT.]: 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair . [CONT.]: 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair . [CONT.]: 1105.6.1 Discharge location. The discharge of the air shall be to the outdoors in accordance with Chapter 5. Exhaust from mechanical ventilation systems shall be discharged not less than 20 feet (6096 mm) from outdoor air intake or openings into buildings and 10 feet (3048 mm) from a fire escape or exterior stair .",
    "metadata": {
      "section_full": "1105.6.1",
      "parent_major": "1105",
      "parent_minor": "1105.6",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.6.2",
    "text": "CONTEXT: 1105 > 1105.6 | CONTENT: 1105.6.2 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety. [CONT.]: 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety. [CONT.]: 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety. [CONT.]: 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety. [CONT.]: 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety. [CONT.]: 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety. [CONT.]: 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety. [CONT.]: 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety. [CONT.]: 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety. [CONT.]: 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety. [CONT.]: 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety. [CONT.]: 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety. [CONT.]: 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety. [CONT.]: 1105.6.2 Makeup air. Provisions shall be made for makeup air to replace that being exhausted. Openings for makeup air shall be located to avoid intake of exhaust air. Supply and exhaust ducts serving the machinery room shall not serve any other area, shall be constructed in accordance with Chapter 5 and shall be covered with corrosion - resistant screen of not less than 1 / 4 - inch (6.4 mm) mesh. Exception: The requirement for supply and exhaust ducts to the machinery room to serve no other area shall not apply to a change in the type of refrigerant in a lawfully installed existing refrigerating system being main - tained and operated in accordance with these a pproved installation requirements: 1. Where the replacement refrigerant has a safety classification of Group A1; or 2. Where the replacement refrigerant is R123 and the engineer or architect demonstrates to the satisfaction of the commissioner that providing such air supply and exhaust ducts represents a hardship and that the proposed alternative provides an equivalent level of safety.",
    "metadata": {
      "section_full": "1105.6.2",
      "parent_major": "1105",
      "parent_minor": "1105.6",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.6.3",
    "text": "CONTEXT: 1105 > 1105.6 | CONTENT: 1105.6.3 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021 [CONT.]: 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021 [CONT.]: 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021 [CONT.]: 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021 [CONT.]: 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021 [CONT.]: 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021 [CONT.]: 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021 [CONT.]: 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021 [CONT.]: 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021 [CONT.]: 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021 [CONT.]: 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021 [CONT.]: 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021 [CONT.]: 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021 [CONT.]: 1105.6.3 Ventilation rate. For other than ammonia systems, the mechanical ventilation systems shall be capable of exhausting the minimum quantity of air both at normal operating and emergency conditions, as required by Sections 1105.6.3.1 and 1105.6.3.2. The minimum required ventilation rate for ammonia shall be 30 air changes per hour in accordance with IIAR2. Multiple fans or multispeed fans shall be allowed to produce the emergency ventilation rate and to obtain a reduced airflow for normal ventilation. \u2021\u2021\u2021",
    "metadata": {
      "section_full": "1105.6.3",
      "parent_major": "1105",
      "parent_minor": "1105.6",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.6.3.1",
    "text": "CONTEXT: 1105 > 1105.6 | CONTENT: 1105.6.3.1 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C). [CONT.]: 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C). [CONT.]: 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C). [CONT.]: 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C). [CONT.]: 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C). [CONT.]: 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C). [CONT.]: 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C). [CONT.]: 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C). [CONT.]: 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C). [CONT.]: 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C). [CONT.]: 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C). [CONT.]: 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C). [CONT.]: 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C). [CONT.]: 1105.6.3.1 Quantity - normal ventilation. During occupied conditions, the mechanical ventilation system shall exhaust the larger of the following: 1. Not less than 0.5 cfm per square foot ( 0.0025m 3 /s x m 2 ) of machinery room area or 20 cfm (0.009 m 3 /s) per person. 2. A volume required to limit the room temperature rise to 18\u00b0F ( - 7.8\u00b0C) taking into account the ambient heating effect of all machinery in the room but not above a maximum temperature of 122\u00b0F (50\u00b0C).",
    "metadata": {
      "section_full": "1105.6.3.1",
      "parent_major": "1105",
      "parent_minor": "1105.6",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.6.3.2",
    "text": "CONTEXT: 1105 > 1105.6 | CONTENT: 1105.6.3.2 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room. [CONT.]: 1105.6.3.2 Quantity - emergency conditions. Upon actuation of the refrigerant detector required in Section 1105.3, the mechanical ventilation system shall exhaust air from the machinery room in the following quantity: \ud444\ud444 = 100 \u00d7 \u221a \ud43a\ud43a (Equation 11 - 2) For SI: \ud444\ud444 = 0. 07 \u00d7 \u221a \ud43a\ud43a where: Q = The airflow in cubic feet per minute (m 3 /s). G = The design mass of refrigerant in pounds (kg) in the largest system, any part of which is located in the machinery room.",
    "metadata": {
      "section_full": "1105.6.3.2",
      "parent_major": "1105",
      "parent_minor": "1105.6",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.7",
    "text": "CONTEXT: 1105 > 1105.7 | CONTENT: 1105.7 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit. [CONT.]: 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit. [CONT.]: 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit. [CONT.]: 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit. [CONT.]: 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit. [CONT.]: 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit. [CONT.]: 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit. [CONT.]: 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit. [CONT.]: 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit. [CONT.]: 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit. [CONT.]: 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit. [CONT.]: 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit. [CONT.]: 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit. [CONT.]: 1105.7 Termination of relief devices. In addition to the requirements of Section 9.7.8 of ASHRAE 15, pressure relief devices, fusible plugs and purge systems located within the machinery room shall terminate outside of the structure at a location not less than 15 feet (4572 mm) above the adjoining grade level and not less than 20 feet (6096 mm) from any window, ventilation opening or exit.",
    "metadata": {
      "section_full": "1105.7",
      "parent_major": "1105",
      "parent_minor": "1105.7",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.7.1",
    "text": "CONTEXT: 1105 > 1105.7 | CONTENT: 1105.7.1 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. REFRIGERATION [CONT.]: 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. REFRIGERATION [CONT.]: 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. REFRIGERATION [CONT.]: 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. REFRIGERATION [CONT.]: 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. REFRIGERATION [CONT.]: 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. REFRIGERATION [CONT.]: 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. REFRIGERATION [CONT.]: 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. REFRIGERATION [CONT.]: 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. REFRIGERATION [CONT.]: 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. REFRIGERATION [CONT.]: 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. REFRIGERATION [CONT.]: 1105.7.1 Discharge of Group A2, B2, A3 and B3 refrigerants. Discharge of systems containing Group A2 or B2 refrigerants shall be acceptable to the commissioner. Discharge of systems containing Group A3 or B3 refrigerants shall be subject to the approval of the commissioner and the Commissioner of the Fire Departmen t. Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited. REFRIGERATION",
    "metadata": {
      "section_full": "1105.7.1",
      "parent_major": "1105",
      "parent_minor": "1105.7",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.7.2",
    "text": "CONTEXT: 1105 > 1105.7 | CONTENT: 1105.7.2 1105.7.2 Certificate of qualification. Discharge of pressure relief devices, fusible plugs and purge systems for refrigerating systems containing flammable, toxic and highly toxic refrigerants and ammonia shall comply with Section 606 of the New York City Fire Code. [CONT.]: 1105.7.2 Certificate of qualification. Discharge of pressure relief devices, fusible plugs and purge systems for refrigerating systems containing flammable, toxic and highly toxic refrigerants and ammonia shall comply with Section 606 of the New York City Fire Code. [CONT.]: 1105.7.2 Certificate of qualification. Discharge of pressure relief devices, fusible plugs and purge systems for refrigerating systems containing flammable, toxic and highly toxic refrigerants and ammonia shall comply with Section 606 of the New York City Fire Code. [CONT.]: 1105.7.2 Certificate of qualification. Discharge of pressure relief devices, fusible plugs and purge systems for refrigerating systems containing flammable, toxic and highly toxic refrigerants and ammonia shall comply with Section 606 of the New York City Fire Code. [CONT.]: 1105.7.2 Certificate of qualification. Discharge of pressure relief devices, fusible plugs and purge systems for refrigerating systems containing flammable, toxic and highly toxic refrigerants and ammonia shall comply with Section 606 of the New York City Fire Code. [CONT.]: 1105.7.2 Certificate of qualification. Discharge of pressure relief devices, fusible plugs and purge systems for refrigerating systems containing flammable, toxic and highly toxic refrigerants and ammonia shall comply with Section 606 of the New York City Fire Code. [CONT.]: 1105.7.2 Certificate of qualification. Discharge of pressure relief devices, fusible plugs and purge systems for refrigerating systems containing flammable, toxic and highly toxic refrigerants and ammonia shall comply with Section 606 of the New York City Fire Code. [CONT.]: 1105.7.2 Certificate of qualification. Discharge of pressure relief devices, fusible plugs and purge systems for refrigerating systems containing flammable, toxic and highly toxic refrigerants and ammonia shall comply with Section 606 of the New York City Fire Code. [CONT.]: 1105.7.2 Certificate of qualification. Discharge of pressure relief devices, fusible plugs and purge systems for refrigerating systems containing flammable, toxic and highly toxic refrigerants and ammonia shall comply with Section 606 of the New York City Fire Code. [CONT.]: 1105.7.2 Certificate of qualification. Discharge of pressure relief devices, fusible plugs and purge systems for refrigerating systems containing flammable, toxic and highly toxic refrigerants and ammonia shall comply with Section 606 of the New York City Fire Code. [CONT.]: 1105.7.2 Certificate of qualification. Discharge of pressure relief devices, fusible plugs and purge systems for refrigerating systems containing flammable, toxic and highly toxic refrigerants and ammonia shall comply with Section 606 of the New York City Fire Code. [CONT.]: 1105.7.2 Certificate of qualification. Discharge of pressure relief devices, fusible plugs and purge systems for refrigerating systems containing flammable, toxic and highly toxic refrigerants and ammonia shall comply with Section 606 of the New York City Fire Code.",
    "metadata": {
      "section_full": "1105.7.2",
      "parent_major": "1105",
      "parent_minor": "1105.7",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.8",
    "text": "CONTEXT: 1105 > 1105.8 | CONTENT: 1105.8 1105.8 Ammonia discharge. Pressure relief valves for ammonia systems shall discharge in accordance with ASHRAE 15. [CONT.]: 1105.8 Ammonia discharge. Pressure relief valves for ammonia systems shall discharge in accordance with ASHRAE 15. [CONT.]: 1105.8 Ammonia discharge. Pressure relief valves for ammonia systems shall discharge in accordance with ASHRAE 15. [CONT.]: 1105.8 Ammonia discharge. Pressure relief valves for ammonia systems shall discharge in accordance with ASHRAE 15. [CONT.]: 1105.8 Ammonia discharge. Pressure relief valves for ammonia systems shall discharge in accordance with ASHRAE 15. [CONT.]: 1105.8 Ammonia discharge. Pressure relief valves for ammonia systems shall discharge in accordance with ASHRAE 15. [CONT.]: 1105.8 Ammonia discharge. Pressure relief valves for ammonia systems shall discharge in accordance with ASHRAE 15. [CONT.]: 1105.8 Ammonia discharge. Pressure relief valves for ammonia systems shall discharge in accordance with ASHRAE 15. [CONT.]: 1105.8 Ammonia discharge. Pressure relief valves for ammonia systems shall discharge in accordance with ASHRAE 15. [CONT.]: 1105.8 Ammonia discharge. Pressure relief valves for ammonia systems shall discharge in accordance with ASHRAE 15. [CONT.]: 1105.8 Ammonia discharge. Pressure relief valves for ammonia systems shall discharge in accordance with ASHRAE 15. [CONT.]: 1105.8 Ammonia discharge. Pressure relief valves for ammonia systems shall discharge in accordance with ASHRAE 15.",
    "metadata": {
      "section_full": "1105.8",
      "parent_major": "1105",
      "parent_minor": "1105.8",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.9",
    "text": "CONTEXT: 1105 > 1105.9 | CONTENT: 1105.9 1105.9 Emergency pressure control system. Permanently installed refrigeration systems containing more than 6.6 pounds (3 kg) of a refrigerant other than a Group A1 refrigerant shall be provided with an emergency pressure control system in accordance with Sections 1105.9.1 and 1105.9.2. [CONT.]: 1105.9 Emergency pressure control system. Permanently installed refrigeration systems containing more than 6.6 pounds (3 kg) of a refrigerant other than a Group A1 refrigerant shall be provided with an emergency pressure control system in accordance with Sections 1105.9.1 and 1105.9.2. [CONT.]: 1105.9 Emergency pressure control system. Permanently installed refrigeration systems containing more than 6.6 pounds (3 kg) of a refrigerant other than a Group A1 refrigerant shall be provided with an emergency pressure control system in accordance with Sections 1105.9.1 and 1105.9.2. [CONT.]: 1105.9 Emergency pressure control system. Permanently installed refrigeration systems containing more than 6.6 pounds (3 kg) of a refrigerant other than a Group A1 refrigerant shall be provided with an emergency pressure control system in accordance with Sections 1105.9.1 and 1105.9.2. [CONT.]: 1105.9 Emergency pressure control system. Permanently installed refrigeration systems containing more than 6.6 pounds (3 kg) of a refrigerant other than a Group A1 refrigerant shall be provided with an emergency pressure control system in accordance with Sections 1105.9.1 and 1105.9.2. [CONT.]: 1105.9 Emergency pressure control system. Permanently installed refrigeration systems containing more than 6.6 pounds (3 kg) of a refrigerant other than a Group A1 refrigerant shall be provided with an emergency pressure control system in accordance with Sections 1105.9.1 and 1105.9.2. [CONT.]: 1105.9 Emergency pressure control system. Permanently installed refrigeration systems containing more than 6.6 pounds (3 kg) of a refrigerant other than a Group A1 refrigerant shall be provided with an emergency pressure control system in accordance with Sections 1105.9.1 and 1105.9.2. [CONT.]: 1105.9 Emergency pressure control system. Permanently installed refrigeration systems containing more than 6.6 pounds (3 kg) of a refrigerant other than a Group A1 refrigerant shall be provided with an emergency pressure control system in accordance with Sections 1105.9.1 and 1105.9.2. [CONT.]: 1105.9 Emergency pressure control system. Permanently installed refrigeration systems containing more than 6.6 pounds (3 kg) of a refrigerant other than a Group A1 refrigerant shall be provided with an emergency pressure control system in accordance with Sections 1105.9.1 and 1105.9.2. [CONT.]: 1105.9 Emergency pressure control system. Permanently installed refrigeration systems containing more than 6.6 pounds (3 kg) of a refrigerant other than a Group A1 refrigerant shall be provided with an emergency pressure control system in accordance with Sections 1105.9.1 and 1105.9.2. [CONT.]: 1105.9 Emergency pressure control system. Permanently installed refrigeration systems containing more than 6.6 pounds (3 kg) of a refrigerant other than a Group A1 refrigerant shall be provided with an emergency pressure control system in accordance with Sections 1105.9.1 and 1105.9.2. [CONT.]: 1105.9 Emergency pressure control system. Permanently installed refrigeration systems containing more than 6.6 pounds (3 kg) of a refrigerant other than a Group A1 refrigerant shall be provided with an emergency pressure control system in accordance with Sections 1105.9.1 and 1105.9.2.",
    "metadata": {
      "section_full": "1105.9",
      "parent_major": "1105",
      "parent_minor": "1105.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.9.1",
    "text": "CONTEXT: 1105 > 1105.9 | CONTENT: 1105.9.1 1105.9.1 Automatic crossover valves. Each high - and intermediate - pressure zone in a refrigerating system shall be provided with a single automatic valve providing a crossover connection to a lower pressure zone. Such automatic crossover valves shall comply with Sections 1105.9.1.1 through 11 05.9.1.3. [CONT.]: 1105.9.1 Automatic crossover valves. Each high - and intermediate - pressure zone in a refrigerating system shall be provided with a single automatic valve providing a crossover connection to a lower pressure zone. Such automatic crossover valves shall comply with Sections 1105.9.1.1 through 11 05.9.1.3. [CONT.]: 1105.9.1 Automatic crossover valves. Each high - and intermediate - pressure zone in a refrigerating system shall be provided with a single automatic valve providing a crossover connection to a lower pressure zone. Such automatic crossover valves shall comply with Sections 1105.9.1.1 through 11 05.9.1.3. [CONT.]: 1105.9.1 Automatic crossover valves. Each high - and intermediate - pressure zone in a refrigerating system shall be provided with a single automatic valve providing a crossover connection to a lower pressure zone. Such automatic crossover valves shall comply with Sections 1105.9.1.1 through 11 05.9.1.3. [CONT.]: 1105.9.1 Automatic crossover valves. Each high - and intermediate - pressure zone in a refrigerating system shall be provided with a single automatic valve providing a crossover connection to a lower pressure zone. Such automatic crossover valves shall comply with Sections 1105.9.1.1 through 11 05.9.1.3. [CONT.]: 1105.9.1 Automatic crossover valves. Each high - and intermediate - pressure zone in a refrigerating system shall be provided with a single automatic valve providing a crossover connection to a lower pressure zone. Such automatic crossover valves shall comply with Sections 1105.9.1.1 through 11 05.9.1.3. [CONT.]: 1105.9.1 Automatic crossover valves. Each high - and intermediate - pressure zone in a refrigerating system shall be provided with a single automatic valve providing a crossover connection to a lower pressure zone. Such automatic crossover valves shall comply with Sections 1105.9.1.1 through 11 05.9.1.3. [CONT.]: 1105.9.1 Automatic crossover valves. Each high - and intermediate - pressure zone in a refrigerating system shall be provided with a single automatic valve providing a crossover connection to a lower pressure zone. Such automatic crossover valves shall comply with Sections 1105.9.1.1 through 11 05.9.1.3. [CONT.]: 1105.9.1 Automatic crossover valves. Each high - and intermediate - pressure zone in a refrigerating system shall be provided with a single automatic valve providing a crossover connection to a lower pressure zone. Such automatic crossover valves shall comply with Sections 1105.9.1.1 through 11 05.9.1.3. [CONT.]: 1105.9.1 Automatic crossover valves. Each high - and intermediate - pressure zone in a refrigerating system shall be provided with a single automatic valve providing a crossover connection to a lower pressure zone. Such automatic crossover valves shall comply with Sections 1105.9.1.1 through 11 05.9.1.3. [CONT.]: 1105.9.1 Automatic crossover valves. Each high - and intermediate - pressure zone in a refrigerating system shall be provided with a single automatic valve providing a crossover connection to a lower pressure zone. Such automatic crossover valves shall comply with Sections 1105.9.1.1 through 11 05.9.1.3. [CONT.]: 1105.9.1 Automatic crossover valves. Each high - and intermediate - pressure zone in a refrigerating system shall be provided with a single automatic valve providing a crossover connection to a lower pressure zone. Such automatic crossover valves shall comply with Sections 1105.9.1.1 through 11 05.9.1.3.",
    "metadata": {
      "section_full": "1105.9.1",
      "parent_major": "1105",
      "parent_minor": "1105.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.9.1.1",
    "text": "CONTEXT: 1105 > 1105.9 | CONTENT: 1105.9.1.1 1105.9.1.1 Overpressure limit setpoint. Automatic crossover valves shall be arranged to automatically relieve excess system pressure to a lower pressure zone if the pressure in a high - or intermediate - pressure zone rises to within 15 psi (108.4 kPa) of the setpoint for pressure - relief devices. [CONT.]: 1105.9.1.1 Overpressure limit setpoint. Automatic crossover valves shall be arranged to automatically relieve excess system pressure to a lower pressure zone if the pressure in a high - or intermediate - pressure zone rises to within 15 psi (108.4 kPa) of the setpoint for pressure - relief devices. [CONT.]: 1105.9.1.1 Overpressure limit setpoint. Automatic crossover valves shall be arranged to automatically relieve excess system pressure to a lower pressure zone if the pressure in a high - or intermediate - pressure zone rises to within 15 psi (108.4 kPa) of the setpoint for pressure - relief devices. [CONT.]: 1105.9.1.1 Overpressure limit setpoint. Automatic crossover valves shall be arranged to automatically relieve excess system pressure to a lower pressure zone if the pressure in a high - or intermediate - pressure zone rises to within 15 psi (108.4 kPa) of the setpoint for pressure - relief devices. [CONT.]: 1105.9.1.1 Overpressure limit setpoint. Automatic crossover valves shall be arranged to automatically relieve excess system pressure to a lower pressure zone if the pressure in a high - or intermediate - pressure zone rises to within 15 psi (108.4 kPa) of the setpoint for pressure - relief devices. [CONT.]: 1105.9.1.1 Overpressure limit setpoint. Automatic crossover valves shall be arranged to automatically relieve excess system pressure to a lower pressure zone if the pressure in a high - or intermediate - pressure zone rises to within 15 psi (108.4 kPa) of the setpoint for pressure - relief devices. [CONT.]: 1105.9.1.1 Overpressure limit setpoint. Automatic crossover valves shall be arranged to automatically relieve excess system pressure to a lower pressure zone if the pressure in a high - or intermediate - pressure zone rises to within 15 psi (108.4 kPa) of the setpoint for pressure - relief devices. [CONT.]: 1105.9.1.1 Overpressure limit setpoint. Automatic crossover valves shall be arranged to automatically relieve excess system pressure to a lower pressure zone if the pressure in a high - or intermediate - pressure zone rises to within 15 psi (108.4 kPa) of the setpoint for pressure - relief devices. [CONT.]: 1105.9.1.1 Overpressure limit setpoint. Automatic crossover valves shall be arranged to automatically relieve excess system pressure to a lower pressure zone if the pressure in a high - or intermediate - pressure zone rises to within 15 psi (108.4 kPa) of the setpoint for pressure - relief devices. [CONT.]: 1105.9.1.1 Overpressure limit setpoint. Automatic crossover valves shall be arranged to automatically relieve excess system pressure to a lower pressure zone if the pressure in a high - or intermediate - pressure zone rises to within 15 psi (108.4 kPa) of the setpoint for pressure - relief devices. [CONT.]: 1105.9.1.1 Overpressure limit setpoint. Automatic crossover valves shall be arranged to automatically relieve excess system pressure to a lower pressure zone if the pressure in a high - or intermediate - pressure zone rises to within 15 psi (108.4 kPa) of the setpoint for pressure - relief devices. [CONT.]: 1105.9.1.1 Overpressure limit setpoint. Automatic crossover valves shall be arranged to automatically relieve excess system pressure to a lower pressure zone if the pressure in a high - or intermediate - pressure zone rises to within 15 psi (108.4 kPa) of the setpoint for pressure - relief devices.",
    "metadata": {
      "section_full": "1105.9.1.1",
      "parent_major": "1105",
      "parent_minor": "1105.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.9.1.2",
    "text": "CONTEXT: 1105 > 1105.9 | CONTENT: 1105.9.1.2 1105.9.1.2 Manual operation. Automatic crossover valves shall be capable of manual operation for refrigeration systems containing more than 200 pounds (90.8 kg) of refrigerant. [CONT.]: 1105.9.1.2 Manual operation. Automatic crossover valves shall be capable of manual operation for refrigeration systems containing more than 200 pounds (90.8 kg) of refrigerant. [CONT.]: 1105.9.1.2 Manual operation. Automatic crossover valves shall be capable of manual operation for refrigeration systems containing more than 200 pounds (90.8 kg) of refrigerant. [CONT.]: 1105.9.1.2 Manual operation. Automatic crossover valves shall be capable of manual operation for refrigeration systems containing more than 200 pounds (90.8 kg) of refrigerant. [CONT.]: 1105.9.1.2 Manual operation. Automatic crossover valves shall be capable of manual operation for refrigeration systems containing more than 200 pounds (90.8 kg) of refrigerant. [CONT.]: 1105.9.1.2 Manual operation. Automatic crossover valves shall be capable of manual operation for refrigeration systems containing more than 200 pounds (90.8 kg) of refrigerant. [CONT.]: 1105.9.1.2 Manual operation. Automatic crossover valves shall be capable of manual operation for refrigeration systems containing more than 200 pounds (90.8 kg) of refrigerant. [CONT.]: 1105.9.1.2 Manual operation. Automatic crossover valves shall be capable of manual operation for refrigeration systems containing more than 200 pounds (90.8 kg) of refrigerant. [CONT.]: 1105.9.1.2 Manual operation. Automatic crossover valves shall be capable of manual operation for refrigeration systems containing more than 200 pounds (90.8 kg) of refrigerant. [CONT.]: 1105.9.1.2 Manual operation. Automatic crossover valves shall be capable of manual operation for refrigeration systems containing more than 200 pounds (90.8 kg) of refrigerant. [CONT.]: 1105.9.1.2 Manual operation. Automatic crossover valves shall be capable of manual operation for refrigeration systems containing more than 200 pounds (90.8 kg) of refrigerant. [CONT.]: 1105.9.1.2 Manual operation. Automatic crossover valves shall be capable of manual operation for refrigeration systems containing more than 200 pounds (90.8 kg) of refrigerant.",
    "metadata": {
      "section_full": "1105.9.1.2",
      "parent_major": "1105",
      "parent_minor": "1105.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.9.1.3",
    "text": "CONTEXT: 1105 > 1105.9 | CONTENT: 1105.9.1.3 1105.9.1.3 System design pressure. Refrigerating system zones that are connected to a higher pressure zone by an automatic crossover valve shall be designed to safely contain the maximum pressure that can be achieved by interconnection of the two zones. [CONT.]: 1105.9.1.3 System design pressure. Refrigerating system zones that are connected to a higher pressure zone by an automatic crossover valve shall be designed to safely contain the maximum pressure that can be achieved by interconnection of the two zones. [CONT.]: 1105.9.1.3 System design pressure. Refrigerating system zones that are connected to a higher pressure zone by an automatic crossover valve shall be designed to safely contain the maximum pressure that can be achieved by interconnection of the two zones. [CONT.]: 1105.9.1.3 System design pressure. Refrigerating system zones that are connected to a higher pressure zone by an automatic crossover valve shall be designed to safely contain the maximum pressure that can be achieved by interconnection of the two zones. [CONT.]: 1105.9.1.3 System design pressure. Refrigerating system zones that are connected to a higher pressure zone by an automatic crossover valve shall be designed to safely contain the maximum pressure that can be achieved by interconnection of the two zones. [CONT.]: 1105.9.1.3 System design pressure. Refrigerating system zones that are connected to a higher pressure zone by an automatic crossover valve shall be designed to safely contain the maximum pressure that can be achieved by interconnection of the two zones. [CONT.]: 1105.9.1.3 System design pressure. Refrigerating system zones that are connected to a higher pressure zone by an automatic crossover valve shall be designed to safely contain the maximum pressure that can be achieved by interconnection of the two zones. [CONT.]: 1105.9.1.3 System design pressure. Refrigerating system zones that are connected to a higher pressure zone by an automatic crossover valve shall be designed to safely contain the maximum pressure that can be achieved by interconnection of the two zones. [CONT.]: 1105.9.1.3 System design pressure. Refrigerating system zones that are connected to a higher pressure zone by an automatic crossover valve shall be designed to safely contain the maximum pressure that can be achieved by interconnection of the two zones. [CONT.]: 1105.9.1.3 System design pressure. Refrigerating system zones that are connected to a higher pressure zone by an automatic crossover valve shall be designed to safely contain the maximum pressure that can be achieved by interconnection of the two zones. [CONT.]: 1105.9.1.3 System design pressure. Refrigerating system zones that are connected to a higher pressure zone by an automatic crossover valve shall be designed to safely contain the maximum pressure that can be achieved by interconnection of the two zones. [CONT.]: 1105.9.1.3 System design pressure. Refrigerating system zones that are connected to a higher pressure zone by an automatic crossover valve shall be designed to safely contain the maximum pressure that can be achieved by interconnection of the two zones.",
    "metadata": {
      "section_full": "1105.9.1.3",
      "parent_major": "1105",
      "parent_minor": "1105.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.9.2",
    "text": "CONTEXT: 1105 > 1105.9 | CONTENT: 1105.9.2 1105.9.2 Automatic emergency stop. An automatic emergency stop feature shall be provided in accordance with Sections 1105.9.2.1 and 1105.9.2.2. [CONT.]: 1105.9.2 Automatic emergency stop. An automatic emergency stop feature shall be provided in accordance with Sections 1105.9.2.1 and 1105.9.2.2. [CONT.]: 1105.9.2 Automatic emergency stop. An automatic emergency stop feature shall be provided in accordance with Sections 1105.9.2.1 and 1105.9.2.2. [CONT.]: 1105.9.2 Automatic emergency stop. An automatic emergency stop feature shall be provided in accordance with Sections 1105.9.2.1 and 1105.9.2.2. [CONT.]: 1105.9.2 Automatic emergency stop. An automatic emergency stop feature shall be provided in accordance with Sections 1105.9.2.1 and 1105.9.2.2. [CONT.]: 1105.9.2 Automatic emergency stop. An automatic emergency stop feature shall be provided in accordance with Sections 1105.9.2.1 and 1105.9.2.2. [CONT.]: 1105.9.2 Automatic emergency stop. An automatic emergency stop feature shall be provided in accordance with Sections 1105.9.2.1 and 1105.9.2.2. [CONT.]: 1105.9.2 Automatic emergency stop. An automatic emergency stop feature shall be provided in accordance with Sections 1105.9.2.1 and 1105.9.2.2. [CONT.]: 1105.9.2 Automatic emergency stop. An automatic emergency stop feature shall be provided in accordance with Sections 1105.9.2.1 and 1105.9.2.2. [CONT.]: 1105.9.2 Automatic emergency stop. An automatic emergency stop feature shall be provided in accordance with Sections 1105.9.2.1 and 1105.9.2.2. [CONT.]: 1105.9.2 Automatic emergency stop. An automatic emergency stop feature shall be provided in accordance with Sections 1105.9.2.1 and 1105.9.2.2. [CONT.]: 1105.9.2 Automatic emergency stop. An automatic emergency stop feature shall be provided in accordance with Sections 1105.9.2.1 and 1105.9.2.2.",
    "metadata": {
      "section_full": "1105.9.2",
      "parent_major": "1105",
      "parent_minor": "1105.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.9.2.1",
    "text": "CONTEXT: 1105 > 1105.9 | CONTENT: 1105.9.2.1 1105.9.2.1 Automatic crossover valves. A refrigerating system equipped with an automatic crossover valve shall be designed, when such valve is activated, to cause all compressors on the affected system to immediately cease operating. Dedicated pressure - sensing devices located immediately adjac ent to crossover valves may be used as a means for activating such crossover valve. To ensure that the automatic crossover valve system provides a redundant means of ceasing operation of the compressors in an overpress ure condition, high - pressure cutout sensors associated with compressors shall not be used for purposes of activating such crossover valve. [CONT.]: 1105.9.2.1 Automatic crossover valves. A refrigerating system equipped with an automatic crossover valve shall be designed, when such valve is activated, to cause all compressors on the affected system to immediately cease operating. Dedicated pressure - sensing devices located immediately adjac ent to crossover valves may be used as a means for activating such crossover valve. To ensure that the automatic crossover valve system provides a redundant means of ceasing operation of the compressors in an overpress ure condition, high - pressure cutout sensors associated with compressors shall not be used for purposes of activating such crossover valve. [CONT.]: 1105.9.2.1 Automatic crossover valves. A refrigerating system equipped with an automatic crossover valve shall be designed, when such valve is activated, to cause all compressors on the affected system to immediately cease operating. Dedicated pressure - sensing devices located immediately adjac ent to crossover valves may be used as a means for activating such crossover valve. To ensure that the automatic crossover valve system provides a redundant means of ceasing operation of the compressors in an overpress ure condition, high - pressure cutout sensors associated with compressors shall not be used for purposes of activating such crossover valve. [CONT.]: 1105.9.2.1 Automatic crossover valves. A refrigerating system equipped with an automatic crossover valve shall be designed, when such valve is activated, to cause all compressors on the affected system to immediately cease operating. Dedicated pressure - sensing devices located immediately adjac ent to crossover valves may be used as a means for activating such crossover valve. To ensure that the automatic crossover valve system provides a redundant means of ceasing operation of the compressors in an overpress ure condition, high - pressure cutout sensors associated with compressors shall not be used for purposes of activating such crossover valve. [CONT.]: 1105.9.2.1 Automatic crossover valves. A refrigerating system equipped with an automatic crossover valve shall be designed, when such valve is activated, to cause all compressors on the affected system to immediately cease operating. Dedicated pressure - sensing devices located immediately adjac ent to crossover valves may be used as a means for activating such crossover valve. To ensure that the automatic crossover valve system provides a redundant means of ceasing operation of the compressors in an overpress ure condition, high - pressure cutout sensors associated with compressors shall not be used for purposes of activating such crossover valve. [CONT.]: 1105.9.2.1 Automatic crossover valves. A refrigerating system equipped with an automatic crossover valve shall be designed, when such valve is activated, to cause all compressors on the affected system to immediately cease operating. Dedicated pressure - sensing devices located immediately adjac ent to crossover valves may be used as a means for activating such crossover valve. To ensure that the automatic crossover valve system provides a redundant means of ceasing operation of the compressors in an overpress ure condition, high - pressure cutout sensors associated with compressors shall not be used for purposes of activating such crossover valve. [CONT.]: 1105.9.2.1 Automatic crossover valves. A refrigerating system equipped with an automatic crossover valve shall be designed, when such valve is activated, to cause all compressors on the affected system to immediately cease operating. Dedicated pressure - sensing devices located immediately adjac ent to crossover valves may be used as a means for activating such crossover valve. To ensure that the automatic crossover valve system provides a redundant means of ceasing operation of the compressors in an overpress ure condition, high - pressure cutout sensors associated with compressors shall not be used for purposes of activating such crossover valve. [CONT.]: 1105.9.2.1 Automatic crossover valves. A refrigerating system equipped with an automatic crossover valve shall be designed, when such valve is activated, to cause all compressors on the affected system to immediately cease operating. Dedicated pressure - sensing devices located immediately adjac ent to crossover valves may be used as a means for activating such crossover valve. To ensure that the automatic crossover valve system provides a redundant means of ceasing operation of the compressors in an overpress ure condition, high - pressure cutout sensors associated with compressors shall not be used for purposes of activating such crossover valve. [CONT.]: 1105.9.2.1 Automatic crossover valves. A refrigerating system equipped with an automatic crossover valve shall be designed, when such valve is activated, to cause all compressors on the affected system to immediately cease operating. Dedicated pressure - sensing devices located immediately adjac ent to crossover valves may be used as a means for activating such crossover valve. To ensure that the automatic crossover valve system provides a redundant means of ceasing operation of the compressors in an overpress ure condition, high - pressure cutout sensors associated with compressors shall not be used for purposes of activating such crossover valve. [CONT.]: 1105.9.2.1 Automatic crossover valves. A refrigerating system equipped with an automatic crossover valve shall be designed, when such valve is activated, to cause all compressors on the affected system to immediately cease operating. Dedicated pressure - sensing devices located immediately adjac ent to crossover valves may be used as a means for activating such crossover valve. To ensure that the automatic crossover valve system provides a redundant means of ceasing operation of the compressors in an overpress ure condition, high - pressure cutout sensors associated with compressors shall not be used for purposes of activating such crossover valve. [CONT.]: 1105.9.2.1 Automatic crossover valves. A refrigerating system equipped with an automatic crossover valve shall be designed, when such valve is activated, to cause all compressors on the affected system to immediately cease operating. Dedicated pressure - sensing devices located immediately adjac ent to crossover valves may be used as a means for activating such crossover valve. To ensure that the automatic crossover valve system provides a redundant means of ceasing operation of the compressors in an overpress ure condition, high - pressure cutout sensors associated with compressors shall not be used for purposes of activating such crossover valve. [CONT.]: 1105.9.2.1 Automatic crossover valves. A refrigerating system equipped with an automatic crossover valve shall be designed, when such valve is activated, to cause all compressors on the affected system to immediately cease operating. Dedicated pressure - sensing devices located immediately adjac ent to crossover valves may be used as a means for activating such crossover valve. To ensure that the automatic crossover valve system provides a redundant means of ceasing operation of the compressors in an overpress ure condition, high - pressure cutout sensors associated with compressors shall not be used for purposes of activating such crossover valve.",
    "metadata": {
      "section_full": "1105.9.2.1",
      "parent_major": "1105",
      "parent_minor": "1105.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.9.2.2",
    "text": "CONTEXT: 1105 > 1105.9 | CONTENT: 1105.9.2.2 1105.9.2.2 Overpressure in low - pressure zone. The lowest pressure zone in a refrigerating system shall be provided with a dedicated means of determining a rise in system pressure to within 15 psi (103.4 kPa) of the zone pressure relief device setpoint. Activation of such overpressure sensing device s hall cause all compressors on the effected system to immediately cease operation. [CONT.]: 1105.9.2.2 Overpressure in low - pressure zone. The lowest pressure zone in a refrigerating system shall be provided with a dedicated means of determining a rise in system pressure to within 15 psi (103.4 kPa) of the zone pressure relief device setpoint. Activation of such overpressure sensing device s hall cause all compressors on the effected system to immediately cease operation. [CONT.]: 1105.9.2.2 Overpressure in low - pressure zone. The lowest pressure zone in a refrigerating system shall be provided with a dedicated means of determining a rise in system pressure to within 15 psi (103.4 kPa) of the zone pressure relief device setpoint. Activation of such overpressure sensing device s hall cause all compressors on the effected system to immediately cease operation. [CONT.]: 1105.9.2.2 Overpressure in low - pressure zone. The lowest pressure zone in a refrigerating system shall be provided with a dedicated means of determining a rise in system pressure to within 15 psi (103.4 kPa) of the zone pressure relief device setpoint. Activation of such overpressure sensing device s hall cause all compressors on the effected system to immediately cease operation. [CONT.]: 1105.9.2.2 Overpressure in low - pressure zone. The lowest pressure zone in a refrigerating system shall be provided with a dedicated means of determining a rise in system pressure to within 15 psi (103.4 kPa) of the zone pressure relief device setpoint. Activation of such overpressure sensing device s hall cause all compressors on the effected system to immediately cease operation. [CONT.]: 1105.9.2.2 Overpressure in low - pressure zone. The lowest pressure zone in a refrigerating system shall be provided with a dedicated means of determining a rise in system pressure to within 15 psi (103.4 kPa) of the zone pressure relief device setpoint. Activation of such overpressure sensing device s hall cause all compressors on the effected system to immediately cease operation. [CONT.]: 1105.9.2.2 Overpressure in low - pressure zone. The lowest pressure zone in a refrigerating system shall be provided with a dedicated means of determining a rise in system pressure to within 15 psi (103.4 kPa) of the zone pressure relief device setpoint. Activation of such overpressure sensing device s hall cause all compressors on the effected system to immediately cease operation. [CONT.]: 1105.9.2.2 Overpressure in low - pressure zone. The lowest pressure zone in a refrigerating system shall be provided with a dedicated means of determining a rise in system pressure to within 15 psi (103.4 kPa) of the zone pressure relief device setpoint. Activation of such overpressure sensing device s hall cause all compressors on the effected system to immediately cease operation. [CONT.]: 1105.9.2.2 Overpressure in low - pressure zone. The lowest pressure zone in a refrigerating system shall be provided with a dedicated means of determining a rise in system pressure to within 15 psi (103.4 kPa) of the zone pressure relief device setpoint. Activation of such overpressure sensing device s hall cause all compressors on the effected system to immediately cease operation. [CONT.]: 1105.9.2.2 Overpressure in low - pressure zone. The lowest pressure zone in a refrigerating system shall be provided with a dedicated means of determining a rise in system pressure to within 15 psi (103.4 kPa) of the zone pressure relief device setpoint. Activation of such overpressure sensing device s hall cause all compressors on the effected system to immediately cease operation. [CONT.]: 1105.9.2.2 Overpressure in low - pressure zone. The lowest pressure zone in a refrigerating system shall be provided with a dedicated means of determining a rise in system pressure to within 15 psi (103.4 kPa) of the zone pressure relief device setpoint. Activation of such overpressure sensing device s hall cause all compressors on the effected system to immediately cease operation. [CONT.]: 1105.9.2.2 Overpressure in low - pressure zone. The lowest pressure zone in a refrigerating system shall be provided with a dedicated means of determining a rise in system pressure to within 15 psi (103.4 kPa) of the zone pressure relief device setpoint. Activation of such overpressure sensing device s hall cause all compressors on the effected system to immediately cease operation.",
    "metadata": {
      "section_full": "1105.9.2.2",
      "parent_major": "1105",
      "parent_minor": "1105.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.10",
    "text": "CONTEXT: 1105 > 1105.10 | CONTENT: 1105.10 1105.10 Remote control. A clearly identified switch of the break - glass type shall provide off - only control of the compressors in the machinery room. A second clearly identified switch of the break - glass type shall provide on - only control of the machinery room ventilation fans. Su ch switches shall be located outside each entrance to the machinery room and as close to the entrance as practicable, except that when an outside location is impracticable, such switches may be located immediately inside the machine ry room provided such location is accessible at all times. \u2021\u2021\u2021 [CONT.]: 1105.10 Remote control. A clearly identified switch of the break - glass type shall provide off - only control of the compressors in the machinery room. A second clearly identified switch of the break - glass type shall provide on - only control of the machinery room ventilation fans. Su ch switches shall be located outside each entrance to the machinery room and as close to the entrance as practicable, except that when an outside location is impracticable, such switches may be located immediately inside the machine ry room provided such location is accessible at all times. \u2021\u2021\u2021 [CONT.]: 1105.10 Remote control. A clearly identified switch of the break - glass type shall provide off - only control of the compressors in the machinery room. A second clearly identified switch of the break - glass type shall provide on - only control of the machinery room ventilation fans. Su ch switches shall be located outside each entrance to the machinery room and as close to the entrance as practicable, except that when an outside location is impracticable, such switches may be located immediately inside the machine ry room provided such location is accessible at all times. \u2021\u2021\u2021 [CONT.]: 1105.10 Remote control. A clearly identified switch of the break - glass type shall provide off - only control of the compressors in the machinery room. A second clearly identified switch of the break - glass type shall provide on - only control of the machinery room ventilation fans. Su ch switches shall be located outside each entrance to the machinery room and as close to the entrance as practicable, except that when an outside location is impracticable, such switches may be located immediately inside the machine ry room provided such location is accessible at all times. \u2021\u2021\u2021 [CONT.]: 1105.10 Remote control. A clearly identified switch of the break - glass type shall provide off - only control of the compressors in the machinery room. A second clearly identified switch of the break - glass type shall provide on - only control of the machinery room ventilation fans. Su ch switches shall be located outside each entrance to the machinery room and as close to the entrance as practicable, except that when an outside location is impracticable, such switches may be located immediately inside the machine ry room provided such location is accessible at all times. \u2021\u2021\u2021 [CONT.]: 1105.10 Remote control. A clearly identified switch of the break - glass type shall provide off - only control of the compressors in the machinery room. A second clearly identified switch of the break - glass type shall provide on - only control of the machinery room ventilation fans. Su ch switches shall be located outside each entrance to the machinery room and as close to the entrance as practicable, except that when an outside location is impracticable, such switches may be located immediately inside the machine ry room provided such location is accessible at all times. \u2021\u2021\u2021 [CONT.]: 1105.10 Remote control. A clearly identified switch of the break - glass type shall provide off - only control of the compressors in the machinery room. A second clearly identified switch of the break - glass type shall provide on - only control of the machinery room ventilation fans. Su ch switches shall be located outside each entrance to the machinery room and as close to the entrance as practicable, except that when an outside location is impracticable, such switches may be located immediately inside the machine ry room provided such location is accessible at all times. \u2021\u2021\u2021 [CONT.]: 1105.10 Remote control. A clearly identified switch of the break - glass type shall provide off - only control of the compressors in the machinery room. A second clearly identified switch of the break - glass type shall provide on - only control of the machinery room ventilation fans. Su ch switches shall be located outside each entrance to the machinery room and as close to the entrance as practicable, except that when an outside location is impracticable, such switches may be located immediately inside the machine ry room provided such location is accessible at all times. \u2021\u2021\u2021 [CONT.]: 1105.10 Remote control. A clearly identified switch of the break - glass type shall provide off - only control of the compressors in the machinery room. A second clearly identified switch of the break - glass type shall provide on - only control of the machinery room ventilation fans. Su ch switches shall be located outside each entrance to the machinery room and as close to the entrance as practicable, except that when an outside location is impracticable, such switches may be located immediately inside the machine ry room provided such location is accessible at all times. \u2021\u2021\u2021 [CONT.]: 1105.10 Remote control. A clearly identified switch of the break - glass type shall provide off - only control of the compressors in the machinery room. A second clearly identified switch of the break - glass type shall provide on - only control of the machinery room ventilation fans. Su ch switches shall be located outside each entrance to the machinery room and as close to the entrance as practicable, except that when an outside location is impracticable, such switches may be located immediately inside the machine ry room provided such location is accessible at all times. \u2021\u2021\u2021 [CONT.]: 1105.10 Remote control. A clearly identified switch of the break - glass type shall provide off - only control of the compressors in the machinery room. A second clearly identified switch of the break - glass type shall provide on - only control of the machinery room ventilation fans. Su ch switches shall be located outside each entrance to the machinery room and as close to the entrance as practicable, except that when an outside location is impracticable, such switches may be located immediately inside the machine ry room provided such location is accessible at all times. \u2021\u2021\u2021 [CONT.]: 1105.10 Remote control. A clearly identified switch of the break - glass type shall provide off - only control of the compressors in the machinery room. A second clearly identified switch of the break - glass type shall provide on - only control of the machinery room ventilation fans. Su ch switches shall be located outside each entrance to the machinery room and as close to the entrance as practicable, except that when an outside location is impracticable, such switches may be located immediately inside the machine ry room provided such location is accessible at all times. \u2021\u2021\u2021",
    "metadata": {
      "section_full": "1105.10",
      "parent_major": "1105",
      "parent_minor": "1105.10",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.11",
    "text": "CONTEXT: 1105 > 1105.11 | CONTENT: 1105.11 1105.11 Emergency signs. Signs shall comply with the following: 1. Sections 8.11.8 and 11.2.4 of ASHRAE 15. 2. Refrigeration units or systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall be provided with approved emergency signs, charts, and labels in accordance with NFPA 704. [CONT.]: 1105.11 Emergency signs. Signs shall comply with the following: 1. Sections 8.11.8 and 11.2.4 of ASHRAE 15. 2. Refrigeration units or systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall be provided with approved emergency signs, charts, and labels in accordance with NFPA 704. [CONT.]: 1105.11 Emergency signs. Signs shall comply with the following: 1. Sections 8.11.8 and 11.2.4 of ASHRAE 15. 2. Refrigeration units or systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall be provided with approved emergency signs, charts, and labels in accordance with NFPA 704. [CONT.]: 1105.11 Emergency signs. Signs shall comply with the following: 1. Sections 8.11.8 and 11.2.4 of ASHRAE 15. 2. Refrigeration units or systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall be provided with approved emergency signs, charts, and labels in accordance with NFPA 704. [CONT.]: 1105.11 Emergency signs. Signs shall comply with the following: 1. Sections 8.11.8 and 11.2.4 of ASHRAE 15. 2. Refrigeration units or systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall be provided with approved emergency signs, charts, and labels in accordance with NFPA 704. [CONT.]: 1105.11 Emergency signs. Signs shall comply with the following: 1. Sections 8.11.8 and 11.2.4 of ASHRAE 15. 2. Refrigeration units or systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall be provided with approved emergency signs, charts, and labels in accordance with NFPA 704. [CONT.]: 1105.11 Emergency signs. Signs shall comply with the following: 1. Sections 8.11.8 and 11.2.4 of ASHRAE 15. 2. Refrigeration units or systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall be provided with approved emergency signs, charts, and labels in accordance with NFPA 704. [CONT.]: 1105.11 Emergency signs. Signs shall comply with the following: 1. Sections 8.11.8 and 11.2.4 of ASHRAE 15. 2. Refrigeration units or systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall be provided with approved emergency signs, charts, and labels in accordance with NFPA 704. [CONT.]: 1105.11 Emergency signs. Signs shall comply with the following: 1. Sections 8.11.8 and 11.2.4 of ASHRAE 15. 2. Refrigeration units or systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall be provided with approved emergency signs, charts, and labels in accordance with NFPA 704. [CONT.]: 1105.11 Emergency signs. Signs shall comply with the following: 1. Sections 8.11.8 and 11.2.4 of ASHRAE 15. 2. Refrigeration units or systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall be provided with approved emergency signs, charts, and labels in accordance with NFPA 704. [CONT.]: 1105.11 Emergency signs. Signs shall comply with the following: 1. Sections 8.11.8 and 11.2.4 of ASHRAE 15. 2. Refrigeration units or systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall be provided with approved emergency signs, charts, and labels in accordance with NFPA 704. [CONT.]: 1105.11 Emergency signs. Signs shall comply with the following: 1. Sections 8.11.8 and 11.2.4 of ASHRAE 15. 2. Refrigeration units or systems having a refrigerant circuit containing more than 220 pounds (99.8 kg) of Group A1 or 30 pounds (13.6 kg) of any other group refrigerant shall be provided with approved emergency signs, charts, and labels in accordance with NFPA 704.",
    "metadata": {
      "section_full": "1105.11",
      "parent_major": "1105",
      "parent_minor": "1105.11",
      "source": "035.txt"
    }
  },
  {
    "id": "1105.12",
    "text": "CONTEXT: 1105 > 1105.12 | CONTENT: 1105.12 1105.12 Storing refrigerant. The total amount of refrigerant stored in a machinery room shall be the lesser of: (i) not more than twenty percent of the normal charge in the system; or (ii) not more than 330 pounds (149.7 kg) in addition to the charge in the system and the refrigerant contained in a permanently attached receiver. Refrigerant shall be stored in containers meeting the requirements of the New York City Fire Code. Exception: Recovery service containers used for storing refrigerant during periods of system maintenance or replacement may exceed 330 pounds (149.7 kg) provided such containers are securely fixed in position and have pressure relief valves piped to the outside in co nformance with this code. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1105.12 Storing refrigerant. The total amount of refrigerant stored in a machinery room shall be the lesser of: (i) not more than twenty percent of the normal charge in the system; or (ii) not more than 330 pounds (149.7 kg) in addition to the charge in the system and the refrigerant contained in a permanently attached receiver. Refrigerant shall be stored in containers meeting the requirements of the New York City Fire Code. Exception: Recovery service containers used for storing refrigerant during periods of system maintenance or replacement may exceed 330 pounds (149.7 kg) provided such containers are securely fixed in position and have pressure relief valves piped to the outside in co nformance with this code. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1105.12 Storing refrigerant. The total amount of refrigerant stored in a machinery room shall be the lesser of: (i) not more than twenty percent of the normal charge in the system; or (ii) not more than 330 pounds (149.7 kg) in addition to the charge in the system and the refrigerant contained in a permanently attached receiver. Refrigerant shall be stored in containers meeting the requirements of the New York City Fire Code. Exception: Recovery service containers used for storing refrigerant during periods of system maintenance or replacement may exceed 330 pounds (149.7 kg) provided such containers are securely fixed in position and have pressure relief valves piped to the outside in co nformance with this code. REFRIGERATION SECTION MC 1106 MACHINERY ROOM, SPECIAL REQUIREMENTS [CONT.]: 1105.12 Storing refrigerant. The total amount of refrigerant stored in a machinery room shall be the lesser of: (i) not more than twenty percent of the normal charge in the system; or (ii) not more than 330 pounds (149.7 kg) in addition to the charge in the system and the refrigerant contained in a permanently attached receiver. Refrigerant shall be stored in containers meeting the requirements of the New York City Fire Code. Exception: Recovery service containers used for storing refrigerant during periods of system maintenance or replacement may exceed 330 pounds (149.7 kg) provided such containers are securely fixed in position and have pressure relief valves piped to the outside in co nformance with this code. REFRIGERATION SECTION MC 1106 MACHINERY ROOM, SPECIAL REQUIREMENTS [CONT.]: 1105.12 Storing refrigerant. The total amount of refrigerant stored in a machinery room shall be the lesser of: (i) not more than twenty percent of the normal charge in the system; or (ii) not more than 330 pounds (149.7 kg) in addition to the charge in the system and the refrigerant contained in a permanently attached receiver. Refrigerant shall be stored in containers meeting the requirements of the New York City Fire Code. Exception: Recovery service containers used for storing refrigerant during periods of system maintenance or replacement may exceed 330 pounds (149.7 kg) provided such containers are securely fixed in position and have pressure relief valves piped to the outside in co nformance with this code. REFRIGERATION SECTION MC 1106 MACHINERY ROOM, SPECIAL REQUIREMENTS [CONT.]: 1105.12 Storing refrigerant. The total amount of refrigerant stored in a machinery room shall be the lesser of: (i) not more than twenty percent of the normal charge in the system; or (ii) not more than 330 pounds (149.7 kg) in addition to the charge in the system and the refrigerant contained in a permanently attached receiver. Refrigerant shall be stored in containers meeting the requirements of the New York City Fire Code. Exception: Recovery service containers used for storing refrigerant during periods of system maintenance or replacement may exceed 330 pounds (149.7 kg) provided such containers are securely fixed in position and have pressure relief valves piped to the outside in co nformance with this code. REFRIGERATION SECTION MC 1106 MACHINERY ROOM, SPECIAL REQUIREMENTS [CONT.]: 1105.12 Storing refrigerant. The total amount of refrigerant stored in a machinery room shall be the lesser of: (i) not more than twenty percent of the normal charge in the system; or (ii) not more than 330 pounds (149.7 kg) in addition to the charge in the system and the refrigerant contained in a permanently attached receiver. Refrigerant shall be stored in containers meeting the requirements of the New York City Fire Code. Exception: Recovery service containers used for storing refrigerant during periods of system maintenance or replacement may exceed 330 pounds (149.7 kg) provided such containers are securely fixed in position and have pressure relief valves piped to the outside in co nformance with this code. REFRIGERATION SECTION MC 1106 MACHINERY ROOM, SPECIAL REQUIREMENTS [CONT.]: 1105.12 Storing refrigerant. The total amount of refrigerant stored in a machinery room shall be the lesser of: (i) not more than twenty percent of the normal charge in the system; or (ii) not more than 330 pounds (149.7 kg) in addition to the charge in the system and the refrigerant contained in a permanently attached receiver. Refrigerant shall be stored in containers meeting the requirements of the New York City Fire Code. Exception: Recovery service containers used for storing refrigerant during periods of system maintenance or replacement may exceed 330 pounds (149.7 kg) provided such containers are securely fixed in position and have pressure relief valves piped to the outside in co nformance with this code. REFRIGERATION SECTION MC 1106 MACHINERY ROOM, SPECIAL REQUIREMENTS [CONT.]: 1105.12 Storing refrigerant. The total amount of refrigerant stored in a machinery room shall be the lesser of: (i) not more than twenty percent of the normal charge in the system; or (ii) not more than 330 pounds (149.7 kg) in addition to the charge in the system and the refrigerant contained in a permanently attached receiver. Refrigerant shall be stored in containers meeting the requirements of the New York City Fire Code. Exception: Recovery service containers used for storing refrigerant during periods of system maintenance or replacement may exceed 330 pounds (149.7 kg) provided such containers are securely fixed in position and have pressure relief valves piped to the outside in co nformance with this code. REFRIGERATION SECTION MC 1106 MACHINERY ROOM, SPECIAL REQUIREMENTS [CONT.]: 1105.12 Storing refrigerant. The total amount of refrigerant stored in a machinery room shall be the lesser of: (i) not more than twenty percent of the normal charge in the system; or (ii) not more than 330 pounds (149.7 kg) in addition to the charge in the system and the refrigerant contained in a permanently attached receiver. Refrigerant shall be stored in containers meeting the requirements of the New York City Fire Code. Exception: Recovery service containers used for storing refrigerant during periods of system maintenance or replacement may exceed 330 pounds (149.7 kg) provided such containers are securely fixed in position and have pressure relief valves piped to the outside in co nformance with this code. REFRIGERATION SECTION MC 1106 MACHINERY ROOM, SPECIAL REQUIREMENTS [CONT.]: 1105.12 Storing refrigerant. The total amount of refrigerant stored in a machinery room shall be the lesser of: (i) not more than twenty percent of the normal charge in the system; or (ii) not more than 330 pounds (149.7 kg) in addition to the charge in the system and the refrigerant contained in a permanently attached receiver. Refrigerant shall be stored in containers meeting the requirements of the New York City Fire Code. Exception: Recovery service containers used for storing refrigerant during periods of system maintenance or replacement may exceed 330 pounds (149.7 kg) provided such containers are securely fixed in position and have pressure relief valves piped to the outside in co nformance with this code. REFRIGERATION SECTION MC 1106 MACHINERY ROOM, SPECIAL REQUIREMENTS [CONT.]: 1105.12 Storing refrigerant. The total amount of refrigerant stored in a machinery room shall be the lesser of: (i) not more than twenty percent of the normal charge in the system; or (ii) not more than 330 pounds (149.7 kg) in addition to the charge in the system and the refrigerant contained in a permanently attached receiver. Refrigerant shall be stored in containers meeting the requirements of the New York City Fire Code. Exception: Recovery service containers used for storing refrigerant during periods of system maintenance or replacement may exceed 330 pounds (149.7 kg) provided such containers are securely fixed in position and have pressure relief valves piped to the outside in co nformance with this code. REFRIGERATION SECTION MC 1106 MACHINERY ROOM, SPECIAL REQUIREMENTS",
    "metadata": {
      "section_full": "1105.12",
      "parent_major": "1105",
      "parent_minor": "1105.12",
      "source": "035.txt"
    }
  },
  {
    "id": "1106.1",
    "text": "CONTEXT: 1106 > 1106.1 | CONTENT: 1106.1 1106.1 General. Where required by Section 1104.2, the machinery room shall meet the requirements of this section in addition to the requirements of Section 1105. [CONT.]: 1106.1 General. Where required by Section 1104.2, the machinery room shall meet the requirements of this section in addition to the requirements of Section 1105. [CONT.]: 1106.1 General. Where required by Section 1104.2, the machinery room shall meet the requirements of this section in addition to the requirements of Section 1105. [CONT.]: 1106.1 General. Where required by Section 1104.2, the machinery room shall meet the requirements of this section in addition to the requirements of Section 1105. [CONT.]: 1106.1 General. Where required by Section 1104.2, the machinery room shall meet the requirements of this section in addition to the requirements of Section 1105. [CONT.]: 1106.1 General. Where required by Section 1104.2, the machinery room shall meet the requirements of this section in addition to the requirements of Section 1105. [CONT.]: 1106.1 General. Where required by Section 1104.2, the machinery room shall meet the requirements of this section in addition to the requirements of Section 1105. [CONT.]: 1106.1 General. Where required by Section 1104.2, the machinery room shall meet the requirements of this section in addition to the requirements of Section 1105. [CONT.]: 1106.1 General. Where required by Section 1104.2, the machinery room shall meet the requirements of this section in addition to the requirements of Section 1105. [CONT.]: 1106.1 General. Where required by Section 1104.2, the machinery room shall meet the requirements of this section in addition to the requirements of Section 1105.",
    "metadata": {
      "section_full": "1106.1",
      "parent_major": "1106",
      "parent_minor": "1106.1",
      "source": "035.txt"
    }
  },
  {
    "id": "1106.2",
    "text": "CONTEXT: 1106 > 1106.2 | CONTENT: 1106.2 1106.2 Elevated temperature. There shall not be an open flame - producing device or continuously operating hot surface over 800\u00b0F (426.7\u00b0C) permanently installed in the room. [CONT.]: 1106.2 Elevated temperature. There shall not be an open flame - producing device or continuously operating hot surface over 800\u00b0F (426.7\u00b0C) permanently installed in the room. [CONT.]: 1106.2 Elevated temperature. There shall not be an open flame - producing device or continuously operating hot surface over 800\u00b0F (426.7\u00b0C) permanently installed in the room. [CONT.]: 1106.2 Elevated temperature. There shall not be an open flame - producing device or continuously operating hot surface over 800\u00b0F (426.7\u00b0C) permanently installed in the room. [CONT.]: 1106.2 Elevated temperature. There shall not be an open flame - producing device or continuously operating hot surface over 800\u00b0F (426.7\u00b0C) permanently installed in the room. [CONT.]: 1106.2 Elevated temperature. There shall not be an open flame - producing device or continuously operating hot surface over 800\u00b0F (426.7\u00b0C) permanently installed in the room. [CONT.]: 1106.2 Elevated temperature. There shall not be an open flame - producing device or continuously operating hot surface over 800\u00b0F (426.7\u00b0C) permanently installed in the room. [CONT.]: 1106.2 Elevated temperature. There shall not be an open flame - producing device or continuously operating hot surface over 800\u00b0F (426.7\u00b0C) permanently installed in the room. [CONT.]: 1106.2 Elevated temperature. There shall not be an open flame - producing device or continuously operating hot surface over 800\u00b0F (426.7\u00b0C) permanently installed in the room. [CONT.]: 1106.2 Elevated temperature. There shall not be an open flame - producing device or continuously operating hot surface over 800\u00b0F (426.7\u00b0C) permanently installed in the room.",
    "metadata": {
      "section_full": "1106.2",
      "parent_major": "1106",
      "parent_minor": "1106.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1106.3",
    "text": "CONTEXT: 1106 > 1106.3 | CONTENT: 1106.3 1106.3 Ammonia room ventilation. Ventilation systems in ammonia machinery rooms shall be operated continuously at the ventilation rate specified in Section 1105.6.3. Exceptions: 1. Machinery rooms equipped with a vapor detector that will automatically start the ventilation system at the ventilation rate specified in Section 1105.6.3 and that will actuate an alarm at a detection level not to exceed 1,000 ppm. 2. Machinery rooms conforming to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . \u2021\u2021\u2021 [CONT.]: 1106.3 Ammonia room ventilation. Ventilation systems in ammonia machinery rooms shall be operated continuously at the ventilation rate specified in Section 1105.6.3. Exceptions: 1. Machinery rooms equipped with a vapor detector that will automatically start the ventilation system at the ventilation rate specified in Section 1105.6.3 and that will actuate an alarm at a detection level not to exceed 1,000 ppm. 2. Machinery rooms conforming to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . \u2021\u2021\u2021 [CONT.]: 1106.3 Ammonia room ventilation. Ventilation systems in ammonia machinery rooms shall be operated continuously at the ventilation rate specified in Section 1105.6.3. Exceptions: 1. Machinery rooms equipped with a vapor detector that will automatically start the ventilation system at the ventilation rate specified in Section 1105.6.3 and that will actuate an alarm at a detection level not to exceed 1,000 ppm. 2. Machinery rooms conforming to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . \u2021\u2021\u2021 [CONT.]: 1106.3 Ammonia room ventilation. Ventilation systems in ammonia machinery rooms shall be operated continuously at the ventilation rate specified in Section 1105.6.3. Exceptions: 1. Machinery rooms equipped with a vapor detector that will automatically start the ventilation system at the ventilation rate specified in Section 1105.6.3 and that will actuate an alarm at a detection level not to exceed 1,000 ppm. 2. Machinery rooms conforming to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . \u2021\u2021\u2021 [CONT.]: 1106.3 Ammonia room ventilation. Ventilation systems in ammonia machinery rooms shall be operated continuously at the ventilation rate specified in Section 1105.6.3. Exceptions: 1. Machinery rooms equipped with a vapor detector that will automatically start the ventilation system at the ventilation rate specified in Section 1105.6.3 and that will actuate an alarm at a detection level not to exceed 1,000 ppm. 2. Machinery rooms conforming to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . \u2021\u2021\u2021 [CONT.]: 1106.3 Ammonia room ventilation. Ventilation systems in ammonia machinery rooms shall be operated continuously at the ventilation rate specified in Section 1105.6.3. Exceptions: 1. Machinery rooms equipped with a vapor detector that will automatically start the ventilation system at the ventilation rate specified in Section 1105.6.3 and that will actuate an alarm at a detection level not to exceed 1,000 ppm. 2. Machinery rooms conforming to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . \u2021\u2021\u2021 [CONT.]: 1106.3 Ammonia room ventilation. Ventilation systems in ammonia machinery rooms shall be operated continuously at the ventilation rate specified in Section 1105.6.3. Exceptions: 1. Machinery rooms equipped with a vapor detector that will automatically start the ventilation system at the ventilation rate specified in Section 1105.6.3 and that will actuate an alarm at a detection level not to exceed 1,000 ppm. 2. Machinery rooms conforming to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . \u2021\u2021\u2021 [CONT.]: 1106.3 Ammonia room ventilation. Ventilation systems in ammonia machinery rooms shall be operated continuously at the ventilation rate specified in Section 1105.6.3. Exceptions: 1. Machinery rooms equipped with a vapor detector that will automatically start the ventilation system at the ventilation rate specified in Section 1105.6.3 and that will actuate an alarm at a detection level not to exceed 1,000 ppm. 2. Machinery rooms conforming to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . \u2021\u2021\u2021 [CONT.]: 1106.3 Ammonia room ventilation. Ventilation systems in ammonia machinery rooms shall be operated continuously at the ventilation rate specified in Section 1105.6.3. Exceptions: 1. Machinery rooms equipped with a vapor detector that will automatically start the ventilation system at the ventilation rate specified in Section 1105.6.3 and that will actuate an alarm at a detection level not to exceed 1,000 ppm. 2. Machinery rooms conforming to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . \u2021\u2021\u2021 [CONT.]: 1106.3 Ammonia room ventilation. Ventilation systems in ammonia machinery rooms shall be operated continuously at the ventilation rate specified in Section 1105.6.3. Exceptions: 1. Machinery rooms equipped with a vapor detector that will automatically start the ventilation system at the ventilation rate specified in Section 1105.6.3 and that will actuate an alarm at a detection level not to exceed 1,000 ppm. 2. Machinery rooms conforming to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . \u2021\u2021\u2021",
    "metadata": {
      "section_full": "1106.3",
      "parent_major": "1106",
      "parent_minor": "1106.3",
      "source": "035.txt"
    }
  },
  {
    "id": "1106.4",
    "text": "CONTEXT: 1106 > 1106.4 | CONTENT: 1106.4 1106.4 Flammable refrigerants. Where refrigerants of Groups A2, A3, B2 or B3 are used, the machinery room shall conform to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . Exception s : 1. Ammonia machinery rooms that are provided with ventilation in accordance with Section 1106.3 . Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited . 2. Machinery rooms for systems containing Group A2L refrigerants that are in accordance with ASHRAE 15. [CONT.]: 1106.4 Flammable refrigerants. Where refrigerants of Groups A2, A3, B2 or B3 are used, the machinery room shall conform to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . Exception s : 1. Ammonia machinery rooms that are provided with ventilation in accordance with Section 1106.3 . Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited . 2. Machinery rooms for systems containing Group A2L refrigerants that are in accordance with ASHRAE 15. [CONT.]: 1106.4 Flammable refrigerants. Where refrigerants of Groups A2, A3, B2 or B3 are used, the machinery room shall conform to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . Exception s : 1. Ammonia machinery rooms that are provided with ventilation in accordance with Section 1106.3 . Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited . 2. Machinery rooms for systems containing Group A2L refrigerants that are in accordance with ASHRAE 15. [CONT.]: 1106.4 Flammable refrigerants. Where refrigerants of Groups A2, A3, B2 or B3 are used, the machinery room shall conform to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . Exception s : 1. Ammonia machinery rooms that are provided with ventilation in accordance with Section 1106.3 . Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited . 2. Machinery rooms for systems containing Group A2L refrigerants that are in accordance with ASHRAE 15. [CONT.]: 1106.4 Flammable refrigerants. Where refrigerants of Groups A2, A3, B2 or B3 are used, the machinery room shall conform to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . Exception s : 1. Ammonia machinery rooms that are provided with ventilation in accordance with Section 1106.3 . Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited . 2. Machinery rooms for systems containing Group A2L refrigerants that are in accordance with ASHRAE 15. [CONT.]: 1106.4 Flammable refrigerants. Where refrigerants of Groups A2, A3, B2 or B3 are used, the machinery room shall conform to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . Exception s : 1. Ammonia machinery rooms that are provided with ventilation in accordance with Section 1106.3 . Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited . 2. Machinery rooms for systems containing Group A2L refrigerants that are in accordance with ASHRAE 15. [CONT.]: 1106.4 Flammable refrigerants. Where refrigerants of Groups A2, A3, B2 or B3 are used, the machinery room shall conform to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . Exception s : 1. Ammonia machinery rooms that are provided with ventilation in accordance with Section 1106.3 . Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited . 2. Machinery rooms for systems containing Group A2L refrigerants that are in accordance with ASHRAE 15. [CONT.]: 1106.4 Flammable refrigerants. Where refrigerants of Groups A2, A3, B2 or B3 are used, the machinery room shall conform to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . Exception s : 1. Ammonia machinery rooms that are provided with ventilation in accordance with Section 1106.3 . Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited . 2. Machinery rooms for systems containing Group A2L refrigerants that are in accordance with ASHRAE 15. [CONT.]: 1106.4 Flammable refrigerants. Where refrigerants of Groups A2, A3, B2 or B3 are used, the machinery room shall conform to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . Exception s : 1. Ammonia machinery rooms that are provided with ventilation in accordance with Section 1106.3 . Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited . 2. Machinery rooms for systems containing Group A2L refrigerants that are in accordance with ASHRAE 15. [CONT.]: 1106.4 Flammable refrigerants. Where refrigerants of Groups A2, A3, B2 or B3 are used, the machinery room shall conform to the Class 1, Division 2, hazardous location classification requirements of the New York City Electrical Code . Exception s : 1. Ammonia machinery rooms that are provided with ventilation in accordance with Section 1106.3 . Nothing in this section shall be construed to approve the use of Group A3 and B3 refrigerants if otherwise prohibited . 2. Machinery rooms for systems containing Group A2L refrigerants that are in accordance with ASHRAE 15.",
    "metadata": {
      "section_full": "1106.4",
      "parent_major": "1106",
      "parent_minor": "1106.4",
      "source": "035.txt"
    }
  },
  {
    "id": "1106.5",
    "text": "CONTEXT: 1106 > 1106.5 | CONTENT: 1106.5 1106.5 Remote controls. Remote control of the mechanical equipment and appliances located in the machinery room shall be provided at an accessible location immediately outside the machinery room and adjacent to its principal entrance and shall comply with Sections 1106.5.1 and 1106.5.2. [CONT.]: 1106.5 Remote controls. Remote control of the mechanical equipment and appliances located in the machinery room shall be provided at an accessible location immediately outside the machinery room and adjacent to its principal entrance and shall comply with Sections 1106.5.1 and 1106.5.2. [CONT.]: 1106.5 Remote controls. Remote control of the mechanical equipment and appliances located in the machinery room shall be provided at an accessible location immediately outside the machinery room and adjacent to its principal entrance and shall comply with Sections 1106.5.1 and 1106.5.2. [CONT.]: 1106.5 Remote controls. Remote control of the mechanical equipment and appliances located in the machinery room shall be provided at an accessible location immediately outside the machinery room and adjacent to its principal entrance and shall comply with Sections 1106.5.1 and 1106.5.2. [CONT.]: 1106.5 Remote controls. Remote control of the mechanical equipment and appliances located in the machinery room shall be provided at an accessible location immediately outside the machinery room and adjacent to its principal entrance and shall comply with Sections 1106.5.1 and 1106.5.2. [CONT.]: 1106.5 Remote controls. Remote control of the mechanical equipment and appliances located in the machinery room shall be provided at an accessible location immediately outside the machinery room and adjacent to its principal entrance and shall comply with Sections 1106.5.1 and 1106.5.2. [CONT.]: 1106.5 Remote controls. Remote control of the mechanical equipment and appliances located in the machinery room shall be provided at an accessible location immediately outside the machinery room and adjacent to its principal entrance and shall comply with Sections 1106.5.1 and 1106.5.2. [CONT.]: 1106.5 Remote controls. Remote control of the mechanical equipment and appliances located in the machinery room shall be provided at an accessible location immediately outside the machinery room and adjacent to its principal entrance and shall comply with Sections 1106.5.1 and 1106.5.2. [CONT.]: 1106.5 Remote controls. Remote control of the mechanical equipment and appliances located in the machinery room shall be provided at an accessible location immediately outside the machinery room and adjacent to its principal entrance and shall comply with Sections 1106.5.1 and 1106.5.2. [CONT.]: 1106.5 Remote controls. Remote control of the mechanical equipment and appliances located in the machinery room shall be provided at an accessible location immediately outside the machinery room and adjacent to its principal entrance and shall comply with Sections 1106.5.1 and 1106.5.2.",
    "metadata": {
      "section_full": "1106.5",
      "parent_major": "1106",
      "parent_minor": "1106.5",
      "source": "035.txt"
    }
  },
  {
    "id": "1106.5.1",
    "text": "CONTEXT: 1106 > 1106.5 | CONTENT: 1106.5.1 1106.5.1 Refrigeration system emergency shutoff. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide off - only control of refrigerant compressors, refrigerant pumps, and normally closed, automatic refrigerant valves located in the machinery room. Additi onally, this equipment shall be automatically shut off whenever the refrigerant vapor concentration in the machinery room exceeds the vapor detector\u2019s upper detection limit or 25 percent of the LEL, whicheve r is lower. [CONT.]: 1106.5.1 Refrigeration system emergency shutoff. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide off - only control of refrigerant compressors, refrigerant pumps, and normally closed, automatic refrigerant valves located in the machinery room. Additi onally, this equipment shall be automatically shut off whenever the refrigerant vapor concentration in the machinery room exceeds the vapor detector\u2019s upper detection limit or 25 percent of the LEL, whicheve r is lower. [CONT.]: 1106.5.1 Refrigeration system emergency shutoff. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide off - only control of refrigerant compressors, refrigerant pumps, and normally closed, automatic refrigerant valves located in the machinery room. Additi onally, this equipment shall be automatically shut off whenever the refrigerant vapor concentration in the machinery room exceeds the vapor detector\u2019s upper detection limit or 25 percent of the LEL, whicheve r is lower. [CONT.]: 1106.5.1 Refrigeration system emergency shutoff. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide off - only control of refrigerant compressors, refrigerant pumps, and normally closed, automatic refrigerant valves located in the machinery room. Additi onally, this equipment shall be automatically shut off whenever the refrigerant vapor concentration in the machinery room exceeds the vapor detector\u2019s upper detection limit or 25 percent of the LEL, whicheve r is lower. [CONT.]: 1106.5.1 Refrigeration system emergency shutoff. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide off - only control of refrigerant compressors, refrigerant pumps, and normally closed, automatic refrigerant valves located in the machinery room. Additi onally, this equipment shall be automatically shut off whenever the refrigerant vapor concentration in the machinery room exceeds the vapor detector\u2019s upper detection limit or 25 percent of the LEL, whicheve r is lower. [CONT.]: 1106.5.1 Refrigeration system emergency shutoff. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide off - only control of refrigerant compressors, refrigerant pumps, and normally closed, automatic refrigerant valves located in the machinery room. Additi onally, this equipment shall be automatically shut off whenever the refrigerant vapor concentration in the machinery room exceeds the vapor detector\u2019s upper detection limit or 25 percent of the LEL, whicheve r is lower. [CONT.]: 1106.5.1 Refrigeration system emergency shutoff. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide off - only control of refrigerant compressors, refrigerant pumps, and normally closed, automatic refrigerant valves located in the machinery room. Additi onally, this equipment shall be automatically shut off whenever the refrigerant vapor concentration in the machinery room exceeds the vapor detector\u2019s upper detection limit or 25 percent of the LEL, whicheve r is lower. [CONT.]: 1106.5.1 Refrigeration system emergency shutoff. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide off - only control of refrigerant compressors, refrigerant pumps, and normally closed, automatic refrigerant valves located in the machinery room. Additi onally, this equipment shall be automatically shut off whenever the refrigerant vapor concentration in the machinery room exceeds the vapor detector\u2019s upper detection limit or 25 percent of the LEL, whicheve r is lower. [CONT.]: 1106.5.1 Refrigeration system emergency shutoff. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide off - only control of refrigerant compressors, refrigerant pumps, and normally closed, automatic refrigerant valves located in the machinery room. Additi onally, this equipment shall be automatically shut off whenever the refrigerant vapor concentration in the machinery room exceeds the vapor detector\u2019s upper detection limit or 25 percent of the LEL, whicheve r is lower. [CONT.]: 1106.5.1 Refrigeration system emergency shutoff. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide off - only control of refrigerant compressors, refrigerant pumps, and normally closed, automatic refrigerant valves located in the machinery room. Additi onally, this equipment shall be automatically shut off whenever the refrigerant vapor concentration in the machinery room exceeds the vapor detector\u2019s upper detection limit or 25 percent of the LEL, whicheve r is lower.",
    "metadata": {
      "section_full": "1106.5.1",
      "parent_major": "1106",
      "parent_minor": "1106.5",
      "source": "035.txt"
    }
  },
  {
    "id": "1106.5.2",
    "text": "CONTEXT: 1106 > 1106.5 | CONTENT: 1106.5.2 1106.5.2 Ventilation system. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide on - only control of the machinery room ventilation fans. [CONT.]: 1106.5.2 Ventilation system. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide on - only control of the machinery room ventilation fans. [CONT.]: 1106.5.2 Ventilation system. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide on - only control of the machinery room ventilation fans. [CONT.]: 1106.5.2 Ventilation system. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide on - only control of the machinery room ventilation fans. [CONT.]: 1106.5.2 Ventilation system. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide on - only control of the machinery room ventilation fans. [CONT.]: 1106.5.2 Ventilation system. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide on - only control of the machinery room ventilation fans. [CONT.]: 1106.5.2 Ventilation system. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide on - only control of the machinery room ventilation fans. [CONT.]: 1106.5.2 Ventilation system. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide on - only control of the machinery room ventilation fans. [CONT.]: 1106.5.2 Ventilation system. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide on - only control of the machinery room ventilation fans. [CONT.]: 1106.5.2 Ventilation system. A clearly identified switch of the break - glass type or an approved tamper - resistant switch shall provide on - only control of the machinery room ventilation fans.",
    "metadata": {
      "section_full": "1106.5.2",
      "parent_major": "1106",
      "parent_minor": "1106.5",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.1",
    "text": "CONTEXT: 1107 > 1107.1 | CONTENT: 1107.1 1107.1 General. The design of refrigerant piping shall be in accordance with ASME B31.5. Refrigerant piping shall be installed, tested and placed in operation in accordance with this chapter. [CONT.]: 1107.1 General. The design of refrigerant piping shall be in accordance with ASME B31.5. Refrigerant piping shall be installed, tested and placed in operation in accordance with this chapter. [CONT.]: 1107.1 General. The design of refrigerant piping shall be in accordance with ASME B31.5. Refrigerant piping shall be installed, tested and placed in operation in accordance with this chapter. [CONT.]: 1107.1 General. The design of refrigerant piping shall be in accordance with ASME B31.5. Refrigerant piping shall be installed, tested and placed in operation in accordance with this chapter. [CONT.]: 1107.1 General. The design of refrigerant piping shall be in accordance with ASME B31.5. Refrigerant piping shall be installed, tested and placed in operation in accordance with this chapter. [CONT.]: 1107.1 General. The design of refrigerant piping shall be in accordance with ASME B31.5. Refrigerant piping shall be installed, tested and placed in operation in accordance with this chapter. [CONT.]: 1107.1 General. The design of refrigerant piping shall be in accordance with ASME B31.5. Refrigerant piping shall be installed, tested and placed in operation in accordance with this chapter. [CONT.]: 1107.1 General. The design of refrigerant piping shall be in accordance with ASME B31.5. Refrigerant piping shall be installed, tested and placed in operation in accordance with this chapter. [CONT.]: 1107.1 General. The design of refrigerant piping shall be in accordance with ASME B31.5. Refrigerant piping shall be installed, tested and placed in operation in accordance with this chapter. [CONT.]: 1107.1 General. The design of refrigerant piping shall be in accordance with ASME B31.5. Refrigerant piping shall be installed, tested and placed in operation in accordance with this chapter. [CONT.]: 1107.1 B31.9 \u2014 2011 Building Services Piping ............................................................................................................................ [CONT.]: 1107.1 B31.9 \u2014 2011 Building Services Piping ............................................................................................................................ [CONT.]: 1107.1 B31.9 \u2014 2011 Building Services Piping ............................................................................................................................ [CONT.]: 1107.1 B31.9 \u2014 2011 Building Services Piping ............................................................................................................................ [CONT.]: 1107.1 B31.9 \u2014 2011 Building Services Piping ............................................................................................................................ [CONT.]: 1107.1 B31.9 \u2014 2011 Building Services Piping ............................................................................................................................",
    "metadata": {
      "section_full": "1107.1",
      "parent_major": "1107",
      "parent_minor": "1107.1",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.1.1",
    "text": "CONTEXT: 1107 > 1107.1 | CONTENT: 1107.1.1 1107.1.1 Protection of refrigerant piping located inside buildings. All refrigerant piping and fittings installed at a height less than 7 feet 3 inches (2209.8 mm) above the floor shall be concealed or otherwise protected from mechanical damage except at the point of connection to terminal equipment. [CONT.]: 1107.1.1 Protection of refrigerant piping located inside buildings. All refrigerant piping and fittings installed at a height less than 7 feet 3 inches (2209.8 mm) above the floor shall be concealed or otherwise protected from mechanical damage except at the point of connection to terminal equipment. [CONT.]: 1107.1.1 Protection of refrigerant piping located inside buildings. All refrigerant piping and fittings installed at a height less than 7 feet 3 inches (2209.8 mm) above the floor shall be concealed or otherwise protected from mechanical damage except at the point of connection to terminal equipment. [CONT.]: 1107.1.1 Protection of refrigerant piping located inside buildings. All refrigerant piping and fittings installed at a height less than 7 feet 3 inches (2209.8 mm) above the floor shall be concealed or otherwise protected from mechanical damage except at the point of connection to terminal equipment. [CONT.]: 1107.1.1 Protection of refrigerant piping located inside buildings. All refrigerant piping and fittings installed at a height less than 7 feet 3 inches (2209.8 mm) above the floor shall be concealed or otherwise protected from mechanical damage except at the point of connection to terminal equipment. [CONT.]: 1107.1.1 Protection of refrigerant piping located inside buildings. All refrigerant piping and fittings installed at a height less than 7 feet 3 inches (2209.8 mm) above the floor shall be concealed or otherwise protected from mechanical damage except at the point of connection to terminal equipment. [CONT.]: 1107.1.1 Protection of refrigerant piping located inside buildings. All refrigerant piping and fittings installed at a height less than 7 feet 3 inches (2209.8 mm) above the floor shall be concealed or otherwise protected from mechanical damage except at the point of connection to terminal equipment. [CONT.]: 1107.1.1 Protection of refrigerant piping located inside buildings. All refrigerant piping and fittings installed at a height less than 7 feet 3 inches (2209.8 mm) above the floor shall be concealed or otherwise protected from mechanical damage except at the point of connection to terminal equipment. [CONT.]: 1107.1.1 Protection of refrigerant piping located inside buildings. All refrigerant piping and fittings installed at a height less than 7 feet 3 inches (2209.8 mm) above the floor shall be concealed or otherwise protected from mechanical damage except at the point of connection to terminal equipment. [CONT.]: 1107.1.1 Protection of refrigerant piping located inside buildings. All refrigerant piping and fittings installed at a height less than 7 feet 3 inches (2209.8 mm) above the floor shall be concealed or otherwise protected from mechanical damage except at the point of connection to terminal equipment.",
    "metadata": {
      "section_full": "1107.1.1",
      "parent_major": "1107",
      "parent_minor": "1107.1",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.2",
    "text": "CONTEXT: 1107 > 1107.2 | CONTENT: 1107.2 1107.2 Piping location. Refrigerant piping that crosses an open space that affords passageway in any building shall be not less than 7 feet 3 inches ( [CONT.]: 1107.2 Piping location. Refrigerant piping that crosses an open space that affords passageway in any building shall be not less than 7 feet 3 inches ( [CONT.]: 1107.2 Piping location. Refrigerant piping that crosses an open space that affords passageway in any building shall be not less than 7 feet 3 inches ( [CONT.]: 1107.2 Piping location. Refrigerant piping that crosses an open space that affords passageway in any building shall be not less than 7 feet 3 inches ( [CONT.]: 1107.2 Piping location. Refrigerant piping that crosses an open space that affords passageway in any building shall be not less than 7 feet 3 inches ( [CONT.]: 1107.2 Piping location. Refrigerant piping that crosses an open space that affords passageway in any building shall be not less than 7 feet 3 inches ( [CONT.]: 1107.2 Piping location. Refrigerant piping that crosses an open space that affords passageway in any building shall be not less than 7 feet 3 inches ( [CONT.]: 1107.2 Piping location. Refrigerant piping that crosses an open space that affords passageway in any building shall be not less than 7 feet 3 inches ( [CONT.]: 1107.2 Piping location. Refrigerant piping that crosses an open space that affords passageway in any building shall be not less than 7 feet 3 inches ( [CONT.]: 1107.2 Piping location. Refrigerant piping that crosses an open space that affords passageway in any building shall be not less than 7 feet 3 inches (",
    "metadata": {
      "section_full": "1107.2",
      "parent_major": "1107",
      "parent_minor": "1107.2",
      "source": "035.txt"
    }
  },
  {
    "id": "2209.8",
    "text": "CONTEXT: 2209 > 2209.8 | CONTENT: 2209.8 2209.8 mm) above the floor unless the piping is located against the ceiling of such space. Refrigerant piping shall not be placed in any elevator, dumbwaiter or other shaft containing a moving object or REFRIGERATION in any shaft that has openings to living quarters or to means of egress. Refrigerant piping shall not be installed in an enclosed public stairway, stairway landing or an exit. [CONT.]: 2209.8 mm) above the floor unless the piping is located against the ceiling of such space. Refrigerant piping shall not be placed in any elevator, dumbwaiter or other shaft containing a moving object or REFRIGERATION in any shaft that has openings to living quarters or to means of egress. Refrigerant piping shall not be installed in an enclosed public stairway, stairway landing or an exit. [CONT.]: 2209.8 mm) above the floor unless the piping is located against the ceiling of such space. Refrigerant piping shall not be placed in any elevator, dumbwaiter or other shaft containing a moving object or REFRIGERATION in any shaft that has openings to living quarters or to means of egress. Refrigerant piping shall not be installed in an enclosed public stairway, stairway landing or an exit. [CONT.]: 2209.8 mm) above the floor unless the piping is located against the ceiling of such space. Refrigerant piping shall not be placed in any elevator, dumbwaiter or other shaft containing a moving object or REFRIGERATION in any shaft that has openings to living quarters or to means of egress. Refrigerant piping shall not be installed in an enclosed public stairway, stairway landing or an exit. [CONT.]: 2209.8 mm) above the floor unless the piping is located against the ceiling of such space. Refrigerant piping shall not be placed in any elevator, dumbwaiter or other shaft containing a moving object or REFRIGERATION in any shaft that has openings to living quarters or to means of egress. Refrigerant piping shall not be installed in an enclosed public stairway, stairway landing or an exit. [CONT.]: 2209.8 mm) above the floor unless the piping is located against the ceiling of such space. Refrigerant piping shall not be placed in any elevator, dumbwaiter or other shaft containing a moving object or REFRIGERATION in any shaft that has openings to living quarters or to means of egress. Refrigerant piping shall not be installed in an enclosed public stairway, stairway landing or an exit. [CONT.]: 2209.8 mm) above the floor unless the piping is located against the ceiling of such space. Refrigerant piping shall not be placed in any elevator, dumbwaiter or other shaft containing a moving object or REFRIGERATION in any shaft that has openings to living quarters or to means of egress. Refrigerant piping shall not be installed in an enclosed public stairway, stairway landing or an exit. [CONT.]: 2209.8 mm) above the floor unless the piping is located against the ceiling of such space. Refrigerant piping shall not be placed in any elevator, dumbwaiter or other shaft containing a moving object or REFRIGERATION in any shaft that has openings to living quarters or to means of egress. Refrigerant piping shall not be installed in an enclosed public stairway, stairway landing or an exit. [CONT.]: 2209.8 mm) above the floor unless the piping is located against the ceiling of such space. Refrigerant piping shall not be placed in any elevator, dumbwaiter or other shaft containing a moving object or REFRIGERATION in any shaft that has openings to living quarters or to means of egress. Refrigerant piping shall not be installed in an enclosed public stairway, stairway landing or an exit. [CONT.]: 2209.8 mm) above the floor unless the piping is located against the ceiling of such space. Refrigerant piping shall not be placed in any elevator, dumbwaiter or other shaft containing a moving object or REFRIGERATION in any shaft that has openings to living quarters or to means of egress. Refrigerant piping shall not be installed in an enclosed public stairway, stairway landing or an exit.",
    "metadata": {
      "section_full": "2209.8",
      "parent_major": "2209",
      "parent_minor": "2209.8",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.2.1",
    "text": "CONTEXT: 1107 > 1107.2 | CONTENT: 1107.2.1 1107.2.1 Piping in public corridors. Refrigerant piping shall not be installed in public corridors. Exception: Refrigerant piping in public corridors that complies with either of the following conditions: 1. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density equal to or greater than 50 percent of the all owable density set forth in Table 1103.1; and 1.1. There is not more than one refrigerant system\u2019s piping per tenant; and 1.2. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 1.3. Refrigerant piping and fittings are installed with brazed joints; or 1.4. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions; 2. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density of 100 percent of the allowable refrigerant de nsity set forth in Table 1103.1; and 2.1. Such system is provided with fast - acting shutoff valves on both high and low pressure refrigerant line sets, actuated by either local refrigerant monitors in the corridor, or on sensing a drop in pressure on either high or low pressure refrigerant lin e sets; and 2.2. Upon accidental discharge, actuation of installed refrigerant shutoff valves shall initiate locally installed alarm; and 2.3. Installation of fast - acting shutoff valves, refrigerant detectors, and alarms shall be in accordance with this code and the rules of the department \u2021 ; and 2.4. There is not more than one refrigerant system\u2019s piping per tenant; and 2.5. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 2.6. Refrigerant piping and fittings are installed with brazed joints; or 2.7. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions. [CONT.]: 1107.2.1 Piping in public corridors. Refrigerant piping shall not be installed in public corridors. Exception: Refrigerant piping in public corridors that complies with either of the following conditions: 1. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density equal to or greater than 50 percent of the all owable density set forth in Table 1103.1; and 1.1. There is not more than one refrigerant system\u2019s piping per tenant; and 1.2. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 1.3. Refrigerant piping and fittings are installed with brazed joints; or 1.4. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions; 2. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density of 100 percent of the allowable refrigerant de nsity set forth in Table 1103.1; and 2.1. Such system is provided with fast - acting shutoff valves on both high and low pressure refrigerant line sets, actuated by either local refrigerant monitors in the corridor, or on sensing a drop in pressure on either high or low pressure refrigerant lin e sets; and 2.2. Upon accidental discharge, actuation of installed refrigerant shutoff valves shall initiate locally installed alarm; and 2.3. Installation of fast - acting shutoff valves, refrigerant detectors, and alarms shall be in accordance with this code and the rules of the department \u2021 ; and 2.4. There is not more than one refrigerant system\u2019s piping per tenant; and 2.5. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 2.6. Refrigerant piping and fittings are installed with brazed joints; or 2.7. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions. [CONT.]: 1107.2.1 Piping in public corridors. Refrigerant piping shall not be installed in public corridors. Exception: Refrigerant piping in public corridors that complies with either of the following conditions: 1. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density equal to or greater than 50 percent of the all owable density set forth in Table 1103.1; and 1.1. There is not more than one refrigerant system\u2019s piping per tenant; and 1.2. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 1.3. Refrigerant piping and fittings are installed with brazed joints; or 1.4. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions; 2. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density of 100 percent of the allowable refrigerant de nsity set forth in Table 1103.1; and 2.1. Such system is provided with fast - acting shutoff valves on both high and low pressure refrigerant line sets, actuated by either local refrigerant monitors in the corridor, or on sensing a drop in pressure on either high or low pressure refrigerant lin e sets; and 2.2. Upon accidental discharge, actuation of installed refrigerant shutoff valves shall initiate locally installed alarm; and 2.3. Installation of fast - acting shutoff valves, refrigerant detectors, and alarms shall be in accordance with this code and the rules of the department \u2021 ; and 2.4. There is not more than one refrigerant system\u2019s piping per tenant; and 2.5. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 2.6. Refrigerant piping and fittings are installed with brazed joints; or 2.7. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions. [CONT.]: 1107.2.1 Piping in public corridors. Refrigerant piping shall not be installed in public corridors. Exception: Refrigerant piping in public corridors that complies with either of the following conditions: 1. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density equal to or greater than 50 percent of the all owable density set forth in Table 1103.1; and 1.1. There is not more than one refrigerant system\u2019s piping per tenant; and 1.2. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 1.3. Refrigerant piping and fittings are installed with brazed joints; or 1.4. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions; 2. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density of 100 percent of the allowable refrigerant de nsity set forth in Table 1103.1; and 2.1. Such system is provided with fast - acting shutoff valves on both high and low pressure refrigerant line sets, actuated by either local refrigerant monitors in the corridor, or on sensing a drop in pressure on either high or low pressure refrigerant lin e sets; and 2.2. Upon accidental discharge, actuation of installed refrigerant shutoff valves shall initiate locally installed alarm; and 2.3. Installation of fast - acting shutoff valves, refrigerant detectors, and alarms shall be in accordance with this code and the rules of the department \u2021 ; and 2.4. There is not more than one refrigerant system\u2019s piping per tenant; and 2.5. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 2.6. Refrigerant piping and fittings are installed with brazed joints; or 2.7. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions. [CONT.]: 1107.2.1 Piping in public corridors. Refrigerant piping shall not be installed in public corridors. Exception: Refrigerant piping in public corridors that complies with either of the following conditions: 1. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density equal to or greater than 50 percent of the all owable density set forth in Table 1103.1; and 1.1. There is not more than one refrigerant system\u2019s piping per tenant; and 1.2. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 1.3. Refrigerant piping and fittings are installed with brazed joints; or 1.4. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions; 2. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density of 100 percent of the allowable refrigerant de nsity set forth in Table 1103.1; and 2.1. Such system is provided with fast - acting shutoff valves on both high and low pressure refrigerant line sets, actuated by either local refrigerant monitors in the corridor, or on sensing a drop in pressure on either high or low pressure refrigerant lin e sets; and 2.2. Upon accidental discharge, actuation of installed refrigerant shutoff valves shall initiate locally installed alarm; and 2.3. Installation of fast - acting shutoff valves, refrigerant detectors, and alarms shall be in accordance with this code and the rules of the department \u2021 ; and 2.4. There is not more than one refrigerant system\u2019s piping per tenant; and 2.5. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 2.6. Refrigerant piping and fittings are installed with brazed joints; or 2.7. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions. [CONT.]: 1107.2.1 Piping in public corridors. Refrigerant piping shall not be installed in public corridors. Exception: Refrigerant piping in public corridors that complies with either of the following conditions: 1. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density equal to or greater than 50 percent of the all owable density set forth in Table 1103.1; and 1.1. There is not more than one refrigerant system\u2019s piping per tenant; and 1.2. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 1.3. Refrigerant piping and fittings are installed with brazed joints; or 1.4. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions; 2. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density of 100 percent of the allowable refrigerant de nsity set forth in Table 1103.1; and 2.1. Such system is provided with fast - acting shutoff valves on both high and low pressure refrigerant line sets, actuated by either local refrigerant monitors in the corridor, or on sensing a drop in pressure on either high or low pressure refrigerant lin e sets; and 2.2. Upon accidental discharge, actuation of installed refrigerant shutoff valves shall initiate locally installed alarm; and 2.3. Installation of fast - acting shutoff valves, refrigerant detectors, and alarms shall be in accordance with this code and the rules of the department \u2021 ; and 2.4. There is not more than one refrigerant system\u2019s piping per tenant; and 2.5. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 2.6. Refrigerant piping and fittings are installed with brazed joints; or 2.7. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions. [CONT.]: 1107.2.1 Piping in public corridors. Refrigerant piping shall not be installed in public corridors. Exception: Refrigerant piping in public corridors that complies with either of the following conditions: 1. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density equal to or greater than 50 percent of the all owable density set forth in Table 1103.1; and 1.1. There is not more than one refrigerant system\u2019s piping per tenant; and 1.2. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 1.3. Refrigerant piping and fittings are installed with brazed joints; or 1.4. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions; 2. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density of 100 percent of the allowable refrigerant de nsity set forth in Table 1103.1; and 2.1. Such system is provided with fast - acting shutoff valves on both high and low pressure refrigerant line sets, actuated by either local refrigerant monitors in the corridor, or on sensing a drop in pressure on either high or low pressure refrigerant lin e sets; and 2.2. Upon accidental discharge, actuation of installed refrigerant shutoff valves shall initiate locally installed alarm; and 2.3. Installation of fast - acting shutoff valves, refrigerant detectors, and alarms shall be in accordance with this code and the rules of the department \u2021 ; and 2.4. There is not more than one refrigerant system\u2019s piping per tenant; and 2.5. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 2.6. Refrigerant piping and fittings are installed with brazed joints; or 2.7. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions. [CONT.]: 1107.2.1 Piping in public corridors. Refrigerant piping shall not be installed in public corridors. Exception: Refrigerant piping in public corridors that complies with either of the following conditions: 1. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density equal to or greater than 50 percent of the all owable density set forth in Table 1103.1; and 1.1. There is not more than one refrigerant system\u2019s piping per tenant; and 1.2. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 1.3. Refrigerant piping and fittings are installed with brazed joints; or 1.4. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions; 2. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density of 100 percent of the allowable refrigerant de nsity set forth in Table 1103.1; and 2.1. Such system is provided with fast - acting shutoff valves on both high and low pressure refrigerant line sets, actuated by either local refrigerant monitors in the corridor, or on sensing a drop in pressure on either high or low pressure refrigerant lin e sets; and 2.2. Upon accidental discharge, actuation of installed refrigerant shutoff valves shall initiate locally installed alarm; and 2.3. Installation of fast - acting shutoff valves, refrigerant detectors, and alarms shall be in accordance with this code and the rules of the department \u2021 ; and 2.4. There is not more than one refrigerant system\u2019s piping per tenant; and 2.5. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 2.6. Refrigerant piping and fittings are installed with brazed joints; or 2.7. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions. [CONT.]: 1107.2.1 Piping in public corridors. Refrigerant piping shall not be installed in public corridors. Exception: Refrigerant piping in public corridors that complies with either of the following conditions: 1. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density equal to or greater than 50 percent of the all owable density set forth in Table 1103.1; and 1.1. There is not more than one refrigerant system\u2019s piping per tenant; and 1.2. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 1.3. Refrigerant piping and fittings are installed with brazed joints; or 1.4. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions; 2. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density of 100 percent of the allowable refrigerant de nsity set forth in Table 1103.1; and 2.1. Such system is provided with fast - acting shutoff valves on both high and low pressure refrigerant line sets, actuated by either local refrigerant monitors in the corridor, or on sensing a drop in pressure on either high or low pressure refrigerant lin e sets; and 2.2. Upon accidental discharge, actuation of installed refrigerant shutoff valves shall initiate locally installed alarm; and 2.3. Installation of fast - acting shutoff valves, refrigerant detectors, and alarms shall be in accordance with this code and the rules of the department \u2021 ; and 2.4. There is not more than one refrigerant system\u2019s piping per tenant; and 2.5. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 2.6. Refrigerant piping and fittings are installed with brazed joints; or 2.7. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions. [CONT.]: 1107.2.1 Piping in public corridors. Refrigerant piping shall not be installed in public corridors. Exception: Refrigerant piping in public corridors that complies with either of the following conditions: 1. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density equal to or greater than 50 percent of the all owable density set forth in Table 1103.1; and 1.1. There is not more than one refrigerant system\u2019s piping per tenant; and 1.2. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 1.3. Refrigerant piping and fittings are installed with brazed joints; or 1.4. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions; 2. Piping containing Group A1 refrigerant may be located in public corridors provided that the complete discharge of any one refrigerant system into the public corridor will not result in a refrigerant density of 100 percent of the allowable refrigerant de nsity set forth in Table 1103.1; and 2.1. Such system is provided with fast - acting shutoff valves on both high and low pressure refrigerant line sets, actuated by either local refrigerant monitors in the corridor, or on sensing a drop in pressure on either high or low pressure refrigerant lin e sets; and 2.2. Upon accidental discharge, actuation of installed refrigerant shutoff valves shall initiate locally installed alarm; and 2.3. Installation of fast - acting shutoff valves, refrigerant detectors, and alarms shall be in accordance with this code and the rules of the department \u2021 ; and 2.4. There is not more than one refrigerant system\u2019s piping per tenant; and 2.5. Refrigerant piping and fittings are concealed or otherwise protected from mechanical damage; and either 2.6. Refrigerant piping and fittings are installed with brazed joints; or 2.7. The refrigerant equipment manufacturer provided pre - charged tubing systems installed in accordance with the refrigerant equipment manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "1107.2.1",
      "parent_major": "1107",
      "parent_minor": "1107.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.2.2",
    "text": "CONTEXT: 1107 > 1107.2 | CONTENT: 1107.2.2 1107.2.2 Piping in concrete floors. Refrigerant piping installed in concrete floors shall be encased in pipe ducts. The piping shall be isolated and supported to prevent damaging vibration, stress and corrosion. [CONT.]: 1107.2.2 Piping in concrete floors. Refrigerant piping installed in concrete floors shall be encased in pipe ducts. The piping shall be isolated and supported to prevent damaging vibration, stress and corrosion. [CONT.]: 1107.2.2 Piping in concrete floors. Refrigerant piping installed in concrete floors shall be encased in pipe ducts. The piping shall be isolated and supported to prevent damaging vibration, stress and corrosion. [CONT.]: 1107.2.2 Piping in concrete floors. Refrigerant piping installed in concrete floors shall be encased in pipe ducts. The piping shall be isolated and supported to prevent damaging vibration, stress and corrosion. [CONT.]: 1107.2.2 Piping in concrete floors. Refrigerant piping installed in concrete floors shall be encased in pipe ducts. The piping shall be isolated and supported to prevent damaging vibration, stress and corrosion. [CONT.]: 1107.2.2 Piping in concrete floors. Refrigerant piping installed in concrete floors shall be encased in pipe ducts. The piping shall be isolated and supported to prevent damaging vibration, stress and corrosion. [CONT.]: 1107.2.2 Piping in concrete floors. Refrigerant piping installed in concrete floors shall be encased in pipe ducts. The piping shall be isolated and supported to prevent damaging vibration, stress and corrosion. [CONT.]: 1107.2.2 Piping in concrete floors. Refrigerant piping installed in concrete floors shall be encased in pipe ducts. The piping shall be isolated and supported to prevent damaging vibration, stress and corrosion. [CONT.]: 1107.2.2 Piping in concrete floors. Refrigerant piping installed in concrete floors shall be encased in pipe ducts. The piping shall be isolated and supported to prevent damaging vibration, stress and corrosion. [CONT.]: 1107.2.2 Piping in concrete floors. Refrigerant piping installed in concrete floors shall be encased in pipe ducts. The piping shall be isolated and supported to prevent damaging vibration, stress and corrosion.",
    "metadata": {
      "section_full": "1107.2.2",
      "parent_major": "1107",
      "parent_minor": "1107.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.2.3",
    "text": "CONTEXT: 1107 > 1107.2 | CONTENT: 1107.2.3 1107.2.3 Refrigerant piping penetrations. Refrigerant piping shall not penetrate floors, ceilings or roofs. Exceptions: 1. Penetrations connecting the basement and the first floor. 2. Penetrations connecting the top floor and a machinery penthouse or roof installation. 3. Penetrations connecting adjacent floors served by the refrigeration system. 4. Penetrations by piping in a direct system where the refrigerant quantity does not exceed Table 1103.1 for the smallest occupied space through which the piping passes. 5. Penetrations by piping in a direct system complying with Section 1107.2.3.1. 6. In other than industrial occupancies and where the refrigerant quantity exceeds Table 1103.1 for the smallest space, penetrations for piping that connects separate pieces of equipment that are either: 6.1. Enclosed by an approved gas - tight, fire - resistive duct or shaft with openings to those floors served by the refrigeration system; or 6.2. Located on the exterior of the building where vented to the outdoors or to the space served by the system and not used as an air shaft, closed court or similar space. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1107.2.3 Refrigerant piping penetrations. Refrigerant piping shall not penetrate floors, ceilings or roofs. Exceptions: 1. Penetrations connecting the basement and the first floor. 2. Penetrations connecting the top floor and a machinery penthouse or roof installation. 3. Penetrations connecting adjacent floors served by the refrigeration system. 4. Penetrations by piping in a direct system where the refrigerant quantity does not exceed Table 1103.1 for the smallest occupied space through which the piping passes. 5. Penetrations by piping in a direct system complying with Section 1107.2.3.1. 6. In other than industrial occupancies and where the refrigerant quantity exceeds Table 1103.1 for the smallest space, penetrations for piping that connects separate pieces of equipment that are either: 6.1. Enclosed by an approved gas - tight, fire - resistive duct or shaft with openings to those floors served by the refrigeration system; or 6.2. Located on the exterior of the building where vented to the outdoors or to the space served by the system and not used as an air shaft, closed court or similar space. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1107.2.3 Refrigerant piping penetrations. Refrigerant piping shall not penetrate floors, ceilings or roofs. Exceptions: 1. Penetrations connecting the basement and the first floor. 2. Penetrations connecting the top floor and a machinery penthouse or roof installation. 3. Penetrations connecting adjacent floors served by the refrigeration system. 4. Penetrations by piping in a direct system where the refrigerant quantity does not exceed Table 1103.1 for the smallest occupied space through which the piping passes. 5. Penetrations by piping in a direct system complying with Section 1107.2.3.1. 6. In other than industrial occupancies and where the refrigerant quantity exceeds Table 1103.1 for the smallest space, penetrations for piping that connects separate pieces of equipment that are either: 6.1. Enclosed by an approved gas - tight, fire - resistive duct or shaft with openings to those floors served by the refrigeration system; or 6.2. Located on the exterior of the building where vented to the outdoors or to the space served by the system and not used as an air shaft, closed court or similar space. REFRIGERATION [CONT.]: 1107.2.3 Refrigerant piping penetrations. Refrigerant piping shall not penetrate floors, ceilings or roofs. Exceptions: 1. Penetrations connecting the basement and the first floor. 2. Penetrations connecting the top floor and a machinery penthouse or roof installation. 3. Penetrations connecting adjacent floors served by the refrigeration system. 4. Penetrations by piping in a direct system where the refrigerant quantity does not exceed Table 1103.1 for the smallest occupied space through which the piping passes. 5. Penetrations by piping in a direct system complying with Section 1107.2.3.1. 6. In other than industrial occupancies and where the refrigerant quantity exceeds Table 1103.1 for the smallest space, penetrations for piping that connects separate pieces of equipment that are either: 6.1. Enclosed by an approved gas - tight, fire - resistive duct or shaft with openings to those floors served by the refrigeration system; or 6.2. Located on the exterior of the building where vented to the outdoors or to the space served by the system and not used as an air shaft, closed court or similar space. REFRIGERATION [CONT.]: 1107.2.3 Refrigerant piping penetrations. Refrigerant piping shall not penetrate floors, ceilings or roofs. Exceptions: 1. Penetrations connecting the basement and the first floor. 2. Penetrations connecting the top floor and a machinery penthouse or roof installation. 3. Penetrations connecting adjacent floors served by the refrigeration system. 4. Penetrations by piping in a direct system where the refrigerant quantity does not exceed Table 1103.1 for the smallest occupied space through which the piping passes. 5. Penetrations by piping in a direct system complying with Section 1107.2.3.1. 6. In other than industrial occupancies and where the refrigerant quantity exceeds Table 1103.1 for the smallest space, penetrations for piping that connects separate pieces of equipment that are either: 6.1. Enclosed by an approved gas - tight, fire - resistive duct or shaft with openings to those floors served by the refrigeration system; or 6.2. Located on the exterior of the building where vented to the outdoors or to the space served by the system and not used as an air shaft, closed court or similar space. REFRIGERATION [CONT.]: 1107.2.3 Refrigerant piping penetrations. Refrigerant piping shall not penetrate floors, ceilings or roofs. Exceptions: 1. Penetrations connecting the basement and the first floor. 2. Penetrations connecting the top floor and a machinery penthouse or roof installation. 3. Penetrations connecting adjacent floors served by the refrigeration system. 4. Penetrations by piping in a direct system where the refrigerant quantity does not exceed Table 1103.1 for the smallest occupied space through which the piping passes. 5. Penetrations by piping in a direct system complying with Section 1107.2.3.1. 6. In other than industrial occupancies and where the refrigerant quantity exceeds Table 1103.1 for the smallest space, penetrations for piping that connects separate pieces of equipment that are either: 6.1. Enclosed by an approved gas - tight, fire - resistive duct or shaft with openings to those floors served by the refrigeration system; or 6.2. Located on the exterior of the building where vented to the outdoors or to the space served by the system and not used as an air shaft, closed court or similar space. REFRIGERATION [CONT.]: 1107.2.3 Refrigerant piping penetrations. Refrigerant piping shall not penetrate floors, ceilings or roofs. Exceptions: 1. Penetrations connecting the basement and the first floor. 2. Penetrations connecting the top floor and a machinery penthouse or roof installation. 3. Penetrations connecting adjacent floors served by the refrigeration system. 4. Penetrations by piping in a direct system where the refrigerant quantity does not exceed Table 1103.1 for the smallest occupied space through which the piping passes. 5. Penetrations by piping in a direct system complying with Section 1107.2.3.1. 6. In other than industrial occupancies and where the refrigerant quantity exceeds Table 1103.1 for the smallest space, penetrations for piping that connects separate pieces of equipment that are either: 6.1. Enclosed by an approved gas - tight, fire - resistive duct or shaft with openings to those floors served by the refrigeration system; or 6.2. Located on the exterior of the building where vented to the outdoors or to the space served by the system and not used as an air shaft, closed court or similar space. REFRIGERATION [CONT.]: 1107.2.3 Refrigerant piping penetrations. Refrigerant piping shall not penetrate floors, ceilings or roofs. Exceptions: 1. Penetrations connecting the basement and the first floor. 2. Penetrations connecting the top floor and a machinery penthouse or roof installation. 3. Penetrations connecting adjacent floors served by the refrigeration system. 4. Penetrations by piping in a direct system where the refrigerant quantity does not exceed Table 1103.1 for the smallest occupied space through which the piping passes. 5. Penetrations by piping in a direct system complying with Section 1107.2.3.1. 6. In other than industrial occupancies and where the refrigerant quantity exceeds Table 1103.1 for the smallest space, penetrations for piping that connects separate pieces of equipment that are either: 6.1. Enclosed by an approved gas - tight, fire - resistive duct or shaft with openings to those floors served by the refrigeration system; or 6.2. Located on the exterior of the building where vented to the outdoors or to the space served by the system and not used as an air shaft, closed court or similar space. REFRIGERATION [CONT.]: 1107.2.3 Refrigerant piping penetrations. Refrigerant piping shall not penetrate floors, ceilings or roofs. Exceptions: 1. Penetrations connecting the basement and the first floor. 2. Penetrations connecting the top floor and a machinery penthouse or roof installation. 3. Penetrations connecting adjacent floors served by the refrigeration system. 4. Penetrations by piping in a direct system where the refrigerant quantity does not exceed Table 1103.1 for the smallest occupied space through which the piping passes. 5. Penetrations by piping in a direct system complying with Section 1107.2.3.1. 6. In other than industrial occupancies and where the refrigerant quantity exceeds Table 1103.1 for the smallest space, penetrations for piping that connects separate pieces of equipment that are either: 6.1. Enclosed by an approved gas - tight, fire - resistive duct or shaft with openings to those floors served by the refrigeration system; or 6.2. Located on the exterior of the building where vented to the outdoors or to the space served by the system and not used as an air shaft, closed court or similar space. REFRIGERATION [CONT.]: 1107.2.3 Refrigerant piping penetrations. Refrigerant piping shall not penetrate floors, ceilings or roofs. Exceptions: 1. Penetrations connecting the basement and the first floor. 2. Penetrations connecting the top floor and a machinery penthouse or roof installation. 3. Penetrations connecting adjacent floors served by the refrigeration system. 4. Penetrations by piping in a direct system where the refrigerant quantity does not exceed Table 1103.1 for the smallest occupied space through which the piping passes. 5. Penetrations by piping in a direct system complying with Section 1107.2.3.1. 6. In other than industrial occupancies and where the refrigerant quantity exceeds Table 1103.1 for the smallest space, penetrations for piping that connects separate pieces of equipment that are either: 6.1. Enclosed by an approved gas - tight, fire - resistive duct or shaft with openings to those floors served by the refrigeration system; or 6.2. Located on the exterior of the building where vented to the outdoors or to the space served by the system and not used as an air shaft, closed court or similar space. REFRIGERATION",
    "metadata": {
      "section_full": "1107.2.3",
      "parent_major": "1107",
      "parent_minor": "1107.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.2.3.1",
    "text": "CONTEXT: 1107 > 1107.2 | CONTENT: 1107.2.3.1 1107.2.3.1 Direct systems. Piping containing a quantity of Group A1 refrigerants in excess of Table 1103.1 for the smallest occupied space through which the piping passes, shall comply with Section 1107.9. [CONT.]: 1107.2.3.1 Direct systems. Piping containing a quantity of Group A1 refrigerants in excess of Table 1103.1 for the smallest occupied space through which the piping passes, shall comply with Section 1107.9. [CONT.]: 1107.2.3.1 Direct systems. Piping containing a quantity of Group A1 refrigerants in excess of Table 1103.1 for the smallest occupied space through which the piping passes, shall comply with Section 1107.9. [CONT.]: 1107.2.3.1 Direct systems. Piping containing a quantity of Group A1 refrigerants in excess of Table 1103.1 for the smallest occupied space through which the piping passes, shall comply with Section 1107.9. [CONT.]: 1107.2.3.1 Direct systems. Piping containing a quantity of Group A1 refrigerants in excess of Table 1103.1 for the smallest occupied space through which the piping passes, shall comply with Section 1107.9. [CONT.]: 1107.2.3.1 Direct systems. Piping containing a quantity of Group A1 refrigerants in excess of Table 1103.1 for the smallest occupied space through which the piping passes, shall comply with Section 1107.9. [CONT.]: 1107.2.3.1 Direct systems. Piping containing a quantity of Group A1 refrigerants in excess of Table 1103.1 for the smallest occupied space through which the piping passes, shall comply with Section 1107.9. [CONT.]: 1107.2.3.1 Direct systems. Piping containing a quantity of Group A1 refrigerants in excess of Table 1103.1 for the smallest occupied space through which the piping passes, shall comply with Section 1107.9.",
    "metadata": {
      "section_full": "1107.2.3.1",
      "parent_major": "1107",
      "parent_minor": "1107.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.3",
    "text": "CONTEXT: 1107 > 1107.3 | CONTENT: 1107.3 1107.3 Pipe enclosures. Rigid or flexible metal enclosures or pipe ducts shall be provided for soft, annealed copper tubing used for refrigerant piping erected on the premises and containing other than Group A1 refrigerant . Enclosures shall not be required for connections between condensing units and the nearest riser box(es), provided such connections do not exceed 6 feet (1828.8 mm) in length. [CONT.]: 1107.3 Pipe enclosures. Rigid or flexible metal enclosures or pipe ducts shall be provided for soft, annealed copper tubing used for refrigerant piping erected on the premises and containing other than Group A1 refrigerant . Enclosures shall not be required for connections between condensing units and the nearest riser box(es), provided such connections do not exceed 6 feet (1828.8 mm) in length. [CONT.]: 1107.3 Pipe enclosures. Rigid or flexible metal enclosures or pipe ducts shall be provided for soft, annealed copper tubing used for refrigerant piping erected on the premises and containing other than Group A1 refrigerant . Enclosures shall not be required for connections between condensing units and the nearest riser box(es), provided such connections do not exceed 6 feet (1828.8 mm) in length. [CONT.]: 1107.3 Pipe enclosures. Rigid or flexible metal enclosures or pipe ducts shall be provided for soft, annealed copper tubing used for refrigerant piping erected on the premises and containing other than Group A1 refrigerant . Enclosures shall not be required for connections between condensing units and the nearest riser box(es), provided such connections do not exceed 6 feet (1828.8 mm) in length. [CONT.]: 1107.3 Pipe enclosures. Rigid or flexible metal enclosures or pipe ducts shall be provided for soft, annealed copper tubing used for refrigerant piping erected on the premises and containing other than Group A1 refrigerant . Enclosures shall not be required for connections between condensing units and the nearest riser box(es), provided such connections do not exceed 6 feet (1828.8 mm) in length. [CONT.]: 1107.3 Pipe enclosures. Rigid or flexible metal enclosures or pipe ducts shall be provided for soft, annealed copper tubing used for refrigerant piping erected on the premises and containing other than Group A1 refrigerant . Enclosures shall not be required for connections between condensing units and the nearest riser box(es), provided such connections do not exceed 6 feet (1828.8 mm) in length. [CONT.]: 1107.3 Pipe enclosures. Rigid or flexible metal enclosures or pipe ducts shall be provided for soft, annealed copper tubing used for refrigerant piping erected on the premises and containing other than Group A1 refrigerant . Enclosures shall not be required for connections between condensing units and the nearest riser box(es), provided such connections do not exceed 6 feet (1828.8 mm) in length. [CONT.]: 1107.3 Pipe enclosures. Rigid or flexible metal enclosures or pipe ducts shall be provided for soft, annealed copper tubing used for refrigerant piping erected on the premises and containing other than Group A1 refrigerant . Enclosures shall not be required for connections between condensing units and the nearest riser box(es), provided such connections do not exceed 6 feet (1828.8 mm) in length.",
    "metadata": {
      "section_full": "1107.3",
      "parent_major": "1107",
      "parent_minor": "1107.3",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.4",
    "text": "CONTEXT: 1107 > 1107.4 | CONTENT: 1107.4 1107.4 Condensation. Refrigerating piping and fittings, brine piping and fittings that, during normal operation, will reach a surface temperature below the dew point of the surrounding air, and are located in spaces or areas where condensation will cause a safety hazard to the building occupants, structure, electrical equipment or any other equipment or appliances, shall be protected in an approved manner to prevent such damage. [CONT.]: 1107.4 Condensation. Refrigerating piping and fittings, brine piping and fittings that, during normal operation, will reach a surface temperature below the dew point of the surrounding air, and are located in spaces or areas where condensation will cause a safety hazard to the building occupants, structure, electrical equipment or any other equipment or appliances, shall be protected in an approved manner to prevent such damage. [CONT.]: 1107.4 Condensation. Refrigerating piping and fittings, brine piping and fittings that, during normal operation, will reach a surface temperature below the dew point of the surrounding air, and are located in spaces or areas where condensation will cause a safety hazard to the building occupants, structure, electrical equipment or any other equipment or appliances, shall be protected in an approved manner to prevent such damage. [CONT.]: 1107.4 Condensation. Refrigerating piping and fittings, brine piping and fittings that, during normal operation, will reach a surface temperature below the dew point of the surrounding air, and are located in spaces or areas where condensation will cause a safety hazard to the building occupants, structure, electrical equipment or any other equipment or appliances, shall be protected in an approved manner to prevent such damage. [CONT.]: 1107.4 Condensation. Refrigerating piping and fittings, brine piping and fittings that, during normal operation, will reach a surface temperature below the dew point of the surrounding air, and are located in spaces or areas where condensation will cause a safety hazard to the building occupants, structure, electrical equipment or any other equipment or appliances, shall be protected in an approved manner to prevent such damage. [CONT.]: 1107.4 Condensation. Refrigerating piping and fittings, brine piping and fittings that, during normal operation, will reach a surface temperature below the dew point of the surrounding air, and are located in spaces or areas where condensation will cause a safety hazard to the building occupants, structure, electrical equipment or any other equipment or appliances, shall be protected in an approved manner to prevent such damage. [CONT.]: 1107.4 Condensation. Refrigerating piping and fittings, brine piping and fittings that, during normal operation, will reach a surface temperature below the dew point of the surrounding air, and are located in spaces or areas where condensation will cause a safety hazard to the building occupants, structure, electrical equipment or any other equipment or appliances, shall be protected in an approved manner to prevent such damage. [CONT.]: 1107.4 Condensation. Refrigerating piping and fittings, brine piping and fittings that, during normal operation, will reach a surface temperature below the dew point of the surrounding air, and are located in spaces or areas where condensation will cause a safety hazard to the building occupants, structure, electrical equipment or any other equipment or appliances, shall be protected in an approved manner to prevent such damage.",
    "metadata": {
      "section_full": "1107.4",
      "parent_major": "1107",
      "parent_minor": "1107.4",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.5",
    "text": "CONTEXT: 1107 > 1107.5 | CONTENT: 1107.5 1107.5 Materials for refrigerant pipe and tubing. Piping materials shall be as set forth in Sections 1107.5.1 through 1107.5. 7 . [CONT.]: 1107.5 Materials for refrigerant pipe and tubing. Piping materials shall be as set forth in Sections 1107.5.1 through 1107.5. 7 . [CONT.]: 1107.5 Materials for refrigerant pipe and tubing. Piping materials shall be as set forth in Sections 1107.5.1 through 1107.5. 7 . [CONT.]: 1107.5 Materials for refrigerant pipe and tubing. Piping materials shall be as set forth in Sections 1107.5.1 through 1107.5. 7 . [CONT.]: 1107.5 Materials for refrigerant pipe and tubing. Piping materials shall be as set forth in Sections 1107.5.1 through 1107.5. 7 . [CONT.]: 1107.5 Materials for refrigerant pipe and tubing. Piping materials shall be as set forth in Sections 1107.5.1 through 1107.5. 7 . [CONT.]: 1107.5 Materials for refrigerant pipe and tubing. Piping materials shall be as set forth in Sections 1107.5.1 through 1107.5. 7 . [CONT.]: 1107.5 Materials for refrigerant pipe and tubing. Piping materials shall be as set forth in Sections 1107.5.1 through 1107.5. 7 .",
    "metadata": {
      "section_full": "1107.5",
      "parent_major": "1107",
      "parent_minor": "1107.5",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.5.1",
    "text": "CONTEXT: 1107 > 1107.5 | CONTENT: 1107.5.1 1107.5.1 Steel pipe. Carbon steel pipe with a wall thickness not less than Schedule 80 shall be used for Group A2, A3, B2 or B3 refrigerant liquid lines for sizes 1.5 inches (38.1 mm) and smaller. Carbon steel pipe with a wall thickness not less than Schedule 40 shall be used for Group A1 or B1 refrigerant liquid lines 6 inches (152.4 mm) and smaller, Group A2, A3, B2 or B3 refrigerant liquid lines sizes 2 inches (50.8 mm) through 6 inches (152.4 mm) and all refrigerant suction and discharge lines 6 inches (152.4 mm) and smaller. Type F steel pipe shall not be used for refrigerant lines having an operating temperature less than - 20\u00b0F ( - 28.9\u00b0C). [CONT.]: 1107.5.1 Steel pipe. Carbon steel pipe with a wall thickness not less than Schedule 80 shall be used for Group A2, A3, B2 or B3 refrigerant liquid lines for sizes 1.5 inches (38.1 mm) and smaller. Carbon steel pipe with a wall thickness not less than Schedule 40 shall be used for Group A1 or B1 refrigerant liquid lines 6 inches (152.4 mm) and smaller, Group A2, A3, B2 or B3 refrigerant liquid lines sizes 2 inches (50.8 mm) through 6 inches (152.4 mm) and all refrigerant suction and discharge lines 6 inches (152.4 mm) and smaller. Type F steel pipe shall not be used for refrigerant lines having an operating temperature less than - 20\u00b0F ( - 28.9\u00b0C). [CONT.]: 1107.5.1 Steel pipe. Carbon steel pipe with a wall thickness not less than Schedule 80 shall be used for Group A2, A3, B2 or B3 refrigerant liquid lines for sizes 1.5 inches (38.1 mm) and smaller. Carbon steel pipe with a wall thickness not less than Schedule 40 shall be used for Group A1 or B1 refrigerant liquid lines 6 inches (152.4 mm) and smaller, Group A2, A3, B2 or B3 refrigerant liquid lines sizes 2 inches (50.8 mm) through 6 inches (152.4 mm) and all refrigerant suction and discharge lines 6 inches (152.4 mm) and smaller. Type F steel pipe shall not be used for refrigerant lines having an operating temperature less than - 20\u00b0F ( - 28.9\u00b0C). [CONT.]: 1107.5.1 Steel pipe. Carbon steel pipe with a wall thickness not less than Schedule 80 shall be used for Group A2, A3, B2 or B3 refrigerant liquid lines for sizes 1.5 inches (38.1 mm) and smaller. Carbon steel pipe with a wall thickness not less than Schedule 40 shall be used for Group A1 or B1 refrigerant liquid lines 6 inches (152.4 mm) and smaller, Group A2, A3, B2 or B3 refrigerant liquid lines sizes 2 inches (50.8 mm) through 6 inches (152.4 mm) and all refrigerant suction and discharge lines 6 inches (152.4 mm) and smaller. Type F steel pipe shall not be used for refrigerant lines having an operating temperature less than - 20\u00b0F ( - 28.9\u00b0C). [CONT.]: 1107.5.1 Steel pipe. Carbon steel pipe with a wall thickness not less than Schedule 80 shall be used for Group A2, A3, B2 or B3 refrigerant liquid lines for sizes 1.5 inches (38.1 mm) and smaller. Carbon steel pipe with a wall thickness not less than Schedule 40 shall be used for Group A1 or B1 refrigerant liquid lines 6 inches (152.4 mm) and smaller, Group A2, A3, B2 or B3 refrigerant liquid lines sizes 2 inches (50.8 mm) through 6 inches (152.4 mm) and all refrigerant suction and discharge lines 6 inches (152.4 mm) and smaller. Type F steel pipe shall not be used for refrigerant lines having an operating temperature less than - 20\u00b0F ( - 28.9\u00b0C). [CONT.]: 1107.5.1 Steel pipe. Carbon steel pipe with a wall thickness not less than Schedule 80 shall be used for Group A2, A3, B2 or B3 refrigerant liquid lines for sizes 1.5 inches (38.1 mm) and smaller. Carbon steel pipe with a wall thickness not less than Schedule 40 shall be used for Group A1 or B1 refrigerant liquid lines 6 inches (152.4 mm) and smaller, Group A2, A3, B2 or B3 refrigerant liquid lines sizes 2 inches (50.8 mm) through 6 inches (152.4 mm) and all refrigerant suction and discharge lines 6 inches (152.4 mm) and smaller. Type F steel pipe shall not be used for refrigerant lines having an operating temperature less than - 20\u00b0F ( - 28.9\u00b0C). [CONT.]: 1107.5.1 Steel pipe. Carbon steel pipe with a wall thickness not less than Schedule 80 shall be used for Group A2, A3, B2 or B3 refrigerant liquid lines for sizes 1.5 inches (38.1 mm) and smaller. Carbon steel pipe with a wall thickness not less than Schedule 40 shall be used for Group A1 or B1 refrigerant liquid lines 6 inches (152.4 mm) and smaller, Group A2, A3, B2 or B3 refrigerant liquid lines sizes 2 inches (50.8 mm) through 6 inches (152.4 mm) and all refrigerant suction and discharge lines 6 inches (152.4 mm) and smaller. Type F steel pipe shall not be used for refrigerant lines having an operating temperature less than - 20\u00b0F ( - 28.9\u00b0C). [CONT.]: 1107.5.1 Steel pipe. Carbon steel pipe with a wall thickness not less than Schedule 80 shall be used for Group A2, A3, B2 or B3 refrigerant liquid lines for sizes 1.5 inches (38.1 mm) and smaller. Carbon steel pipe with a wall thickness not less than Schedule 40 shall be used for Group A1 or B1 refrigerant liquid lines 6 inches (152.4 mm) and smaller, Group A2, A3, B2 or B3 refrigerant liquid lines sizes 2 inches (50.8 mm) through 6 inches (152.4 mm) and all refrigerant suction and discharge lines 6 inches (152.4 mm) and smaller. Type F steel pipe shall not be used for refrigerant lines having an operating temperature less than - 20\u00b0F ( - 28.9\u00b0C).",
    "metadata": {
      "section_full": "1107.5.1",
      "parent_major": "1107",
      "parent_minor": "1107.5",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.5.2",
    "text": "CONTEXT: 1107 > 1107.5 | CONTENT: 1107.5.2 1107.5.2 Copper and brass pipe. Standard iron - pipe size, copper and red brass (not less than 80 - percent copper) pipe shall conform to ASTM B 42 and ASTM B 43. [CONT.]: 1107.5.2 Copper and brass pipe. Standard iron - pipe size, copper and red brass (not less than 80 - percent copper) pipe shall conform to ASTM B 42 and ASTM B 43. [CONT.]: 1107.5.2 Copper and brass pipe. Standard iron - pipe size, copper and red brass (not less than 80 - percent copper) pipe shall conform to ASTM B 42 and ASTM B 43. [CONT.]: 1107.5.2 Copper and brass pipe. Standard iron - pipe size, copper and red brass (not less than 80 - percent copper) pipe shall conform to ASTM B 42 and ASTM B 43. [CONT.]: 1107.5.2 Copper and brass pipe. Standard iron - pipe size, copper and red brass (not less than 80 - percent copper) pipe shall conform to ASTM B 42 and ASTM B 43. [CONT.]: 1107.5.2 Copper and brass pipe. Standard iron - pipe size, copper and red brass (not less than 80 - percent copper) pipe shall conform to ASTM B 42 and ASTM B 43. [CONT.]: 1107.5.2 Copper and brass pipe. Standard iron - pipe size, copper and red brass (not less than 80 - percent copper) pipe shall conform to ASTM B 42 and ASTM B 43. [CONT.]: 1107.5.2 Copper and brass pipe. Standard iron - pipe size, copper and red brass (not less than 80 - percent copper) pipe shall conform to ASTM B 42 and ASTM B 43.",
    "metadata": {
      "section_full": "1107.5.2",
      "parent_major": "1107",
      "parent_minor": "1107.5",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.5.3",
    "text": "CONTEXT: 1107 > 1107.5 | CONTENT: 1107.5.3 1107.5.3 Copper tube. Copper tube used for refrigerant piping erected on the premises shall be seamless copper tube of Type ACR (hard or annealed) complying with ASTM B 280. Where approved, copper tube for refrigerant piping erected on the premises shall be seamless copper tube of Type K or L (drawn or annealed) in accordance with ASTM B 88. Annealed temper copper tube shall not be used in sizes larger than a 2 - inch (50.8 mm) nominal size. Mechanical joints shall not be used on annealed temper copper tube i n sizes larger than 7 / 8 - inch (22.2 mm) OD size. [CONT.]: 1107.5.3 Copper tube. Copper tube used for refrigerant piping erected on the premises shall be seamless copper tube of Type ACR (hard or annealed) complying with ASTM B 280. Where approved, copper tube for refrigerant piping erected on the premises shall be seamless copper tube of Type K or L (drawn or annealed) in accordance with ASTM B 88. Annealed temper copper tube shall not be used in sizes larger than a 2 - inch (50.8 mm) nominal size. Mechanical joints shall not be used on annealed temper copper tube i n sizes larger than 7 / 8 - inch (22.2 mm) OD size. [CONT.]: 1107.5.3 Copper tube. Copper tube used for refrigerant piping erected on the premises shall be seamless copper tube of Type ACR (hard or annealed) complying with ASTM B 280. Where approved, copper tube for refrigerant piping erected on the premises shall be seamless copper tube of Type K or L (drawn or annealed) in accordance with ASTM B 88. Annealed temper copper tube shall not be used in sizes larger than a 2 - inch (50.8 mm) nominal size. Mechanical joints shall not be used on annealed temper copper tube i n sizes larger than 7 / 8 - inch (22.2 mm) OD size. [CONT.]: 1107.5.3 Copper tube. Copper tube used for refrigerant piping erected on the premises shall be seamless copper tube of Type ACR (hard or annealed) complying with ASTM B 280. Where approved, copper tube for refrigerant piping erected on the premises shall be seamless copper tube of Type K or L (drawn or annealed) in accordance with ASTM B 88. Annealed temper copper tube shall not be used in sizes larger than a 2 - inch (50.8 mm) nominal size. Mechanical joints shall not be used on annealed temper copper tube i n sizes larger than 7 / 8 - inch (22.2 mm) OD size. [CONT.]: 1107.5.3 Copper tube. Copper tube used for refrigerant piping erected on the premises shall be seamless copper tube of Type ACR (hard or annealed) complying with ASTM B 280. Where approved, copper tube for refrigerant piping erected on the premises shall be seamless copper tube of Type K or L (drawn or annealed) in accordance with ASTM B 88. Annealed temper copper tube shall not be used in sizes larger than a 2 - inch (50.8 mm) nominal size. Mechanical joints shall not be used on annealed temper copper tube i n sizes larger than 7 / 8 - inch (22.2 mm) OD size. [CONT.]: 1107.5.3 Copper tube. Copper tube used for refrigerant piping erected on the premises shall be seamless copper tube of Type ACR (hard or annealed) complying with ASTM B 280. Where approved, copper tube for refrigerant piping erected on the premises shall be seamless copper tube of Type K or L (drawn or annealed) in accordance with ASTM B 88. Annealed temper copper tube shall not be used in sizes larger than a 2 - inch (50.8 mm) nominal size. Mechanical joints shall not be used on annealed temper copper tube i n sizes larger than 7 / 8 - inch (22.2 mm) OD size. [CONT.]: 1107.5.3 Copper tube. Copper tube used for refrigerant piping erected on the premises shall be seamless copper tube of Type ACR (hard or annealed) complying with ASTM B 280. Where approved, copper tube for refrigerant piping erected on the premises shall be seamless copper tube of Type K or L (drawn or annealed) in accordance with ASTM B 88. Annealed temper copper tube shall not be used in sizes larger than a 2 - inch (50.8 mm) nominal size. Mechanical joints shall not be used on annealed temper copper tube i n sizes larger than 7 / 8 - inch (22.2 mm) OD size. [CONT.]: 1107.5.3 Copper tube. Copper tube used for refrigerant piping erected on the premises shall be seamless copper tube of Type ACR (hard or annealed) complying with ASTM B 280. Where approved, copper tube for refrigerant piping erected on the premises shall be seamless copper tube of Type K or L (drawn or annealed) in accordance with ASTM B 88. Annealed temper copper tube shall not be used in sizes larger than a 2 - inch (50.8 mm) nominal size. Mechanical joints shall not be used on annealed temper copper tube i n sizes larger than 7 / 8 - inch (22.2 mm) OD size.",
    "metadata": {
      "section_full": "1107.5.3",
      "parent_major": "1107",
      "parent_minor": "1107.5",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.5.4",
    "text": "CONTEXT: 1107 > 1107.5 | CONTENT: 1107.5.4 1107.5.4 Copper tubing joints. Copper tubing joints used in refrigerating systems containing Group A2, A3, B1, B2 or B3 refrigerants shall be brazed. Soldered joints shall not be used in such refrigerating systems. Brazed joints shall be made in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. 1107. 5.5 Soldered joints. Soldered joints shall be made as follows: soldered joint surfaces shall be cleaned, a flux conforming to ASTM B 813 shall be applied, and the joint shall be soldered with a solder conforming to ASTM B 32. [CONT.]: 1107.5.4 Copper tubing joints. Copper tubing joints used in refrigerating systems containing Group A2, A3, B1, B2 or B3 refrigerants shall be brazed. Soldered joints shall not be used in such refrigerating systems. Brazed joints shall be made in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. 1107. 5.5 Soldered joints. Soldered joints shall be made as follows: soldered joint surfaces shall be cleaned, a flux conforming to ASTM B 813 shall be applied, and the joint shall be soldered with a solder conforming to ASTM B 32. [CONT.]: 1107.5.4 Copper tubing joints. Copper tubing joints used in refrigerating systems containing Group A2, A3, B1, B2 or B3 refrigerants shall be brazed. Soldered joints shall not be used in such refrigerating systems. Brazed joints shall be made in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. 1107. 5.5 Soldered joints. Soldered joints shall be made as follows: soldered joint surfaces shall be cleaned, a flux conforming to ASTM B 813 shall be applied, and the joint shall be soldered with a solder conforming to ASTM B 32. [CONT.]: 1107.5.4 Copper tubing joints. Copper tubing joints used in refrigerating systems containing Group A2, A3, B1, B2 or B3 refrigerants shall be brazed. Soldered joints shall not be used in such refrigerating systems. Brazed joints shall be made in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. 1107. 5.5 Soldered joints. Soldered joints shall be made as follows: soldered joint surfaces shall be cleaned, a flux conforming to ASTM B 813 shall be applied, and the joint shall be soldered with a solder conforming to ASTM B 32. [CONT.]: 1107.5.4 Copper tubing joints. Copper tubing joints used in refrigerating systems containing Group A2, A3, B1, B2 or B3 refrigerants shall be brazed. Soldered joints shall not be used in such refrigerating systems. Brazed joints shall be made in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. 1107. 5.5 Soldered joints. Soldered joints shall be made as follows: soldered joint surfaces shall be cleaned, a flux conforming to ASTM B 813 shall be applied, and the joint shall be soldered with a solder conforming to ASTM B 32. [CONT.]: 1107.5.4 Copper tubing joints. Copper tubing joints used in refrigerating systems containing Group A2, A3, B1, B2 or B3 refrigerants shall be brazed. Soldered joints shall not be used in such refrigerating systems. Brazed joints shall be made in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. 1107. 5.5 Soldered joints. Soldered joints shall be made as follows: soldered joint surfaces shall be cleaned, a flux conforming to ASTM B 813 shall be applied, and the joint shall be soldered with a solder conforming to ASTM B 32. [CONT.]: 1107.5.4 Copper tubing joints. Copper tubing joints used in refrigerating systems containing Group A2, A3, B1, B2 or B3 refrigerants shall be brazed. Soldered joints shall not be used in such refrigerating systems. Brazed joints shall be made in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. 1107. 5.5 Soldered joints. Soldered joints shall be made as follows: soldered joint surfaces shall be cleaned, a flux conforming to ASTM B 813 shall be applied, and the joint shall be soldered with a solder conforming to ASTM B 32. [CONT.]: 1107.5.4 Copper tubing joints. Copper tubing joints used in refrigerating systems containing Group A2, A3, B1, B2 or B3 refrigerants shall be brazed. Soldered joints shall not be used in such refrigerating systems. Brazed joints shall be made in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. 1107. 5.5 Soldered joints. Soldered joints shall be made as follows: soldered joint surfaces shall be cleaned, a flux conforming to ASTM B 813 shall be applied, and the joint shall be soldered with a solder conforming to ASTM B 32.",
    "metadata": {
      "section_full": "1107.5.4",
      "parent_major": "1107",
      "parent_minor": "1107.5",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.5.6",
    "text": "CONTEXT: 1107 > 1107.5 | CONTENT: 1107.5.6 1107.5.6 Aluminum tube. Type 3 003 - 0 aluminum tubing with high - pressure fittings shall not be used with methyl chloride and other refrigerants known to deteriorate aluminum. [CONT.]: 1107.5.6 Aluminum tube. Type 3 003 - 0 aluminum tubing with high - pressure fittings shall not be used with methyl chloride and other refrigerants known to deteriorate aluminum. [CONT.]: 1107.5.6 Aluminum tube. Type 3 003 - 0 aluminum tubing with high - pressure fittings shall not be used with methyl chloride and other refrigerants known to deteriorate aluminum. [CONT.]: 1107.5.6 Aluminum tube. Type 3 003 - 0 aluminum tubing with high - pressure fittings shall not be used with methyl chloride and other refrigerants known to deteriorate aluminum. [CONT.]: 1107.5.6 Aluminum tube. Type 3 003 - 0 aluminum tubing with high - pressure fittings shall not be used with methyl chloride and other refrigerants known to deteriorate aluminum. [CONT.]: 1107.5.6 Aluminum tube. Type 3 003 - 0 aluminum tubing with high - pressure fittings shall not be used with methyl chloride and other refrigerants known to deteriorate aluminum. [CONT.]: 1107.5.6 Aluminum tube. Type 3 003 - 0 aluminum tubing with high - pressure fittings shall not be used with methyl chloride and other refrigerants known to deteriorate aluminum. [CONT.]: 1107.5.6 Aluminum tube. Type 3 003 - 0 aluminum tubing with high - pressure fittings shall not be used with methyl chloride and other refrigerants known to deteriorate aluminum.",
    "metadata": {
      "section_full": "1107.5.6",
      "parent_major": "1107",
      "parent_minor": "1107.5",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.5.7",
    "text": "CONTEXT: 1107 > 1107.5 | CONTENT: 1107.5.7 1107.5.7 Insulation. Pipe and other refrigerant - containing components\u2019 insulation shall meet the requirements of Section 1204.1 of this code. [CONT.]: 1107.5.7 Insulation. Pipe and other refrigerant - containing components\u2019 insulation shall meet the requirements of Section 1204.1 of this code. [CONT.]: 1107.5.7 Insulation. Pipe and other refrigerant - containing components\u2019 insulation shall meet the requirements of Section 1204.1 of this code. [CONT.]: 1107.5.7 Insulation. Pipe and other refrigerant - containing components\u2019 insulation shall meet the requirements of Section 1204.1 of this code. [CONT.]: 1107.5.7 Insulation. Pipe and other refrigerant - containing components\u2019 insulation shall meet the requirements of Section 1204.1 of this code. [CONT.]: 1107.5.7 Insulation. Pipe and other refrigerant - containing components\u2019 insulation shall meet the requirements of Section 1204.1 of this code. [CONT.]: 1107.5.7 Insulation. Pipe and other refrigerant - containing components\u2019 insulation shall meet the requirements of Section 1204.1 of this code. [CONT.]: 1107.5.7 Insulation. Pipe and other refrigerant - containing components\u2019 insulation shall meet the requirements of Section 1204.1 of this code.",
    "metadata": {
      "section_full": "1107.5.7",
      "parent_major": "1107",
      "parent_minor": "1107.5",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.6",
    "text": "CONTEXT: 1107 > 1107.6 | CONTENT: 1107.6 1107.6 Joints and refrigerant - containing parts in air ducts. J oints and all refrigerant - containing parts of a refrigerating system located in an air duct of an air - conditioning system carrying conditioned air to and from human - occupied space shall be constructed to withstand, without leakage, a pressure of 150 percent of the higher of the design pressure or pressure relief device setting. [CONT.]: 1107.6 Joints and refrigerant - containing parts in air ducts. J oints and all refrigerant - containing parts of a refrigerating system located in an air duct of an air - conditioning system carrying conditioned air to and from human - occupied space shall be constructed to withstand, without leakage, a pressure of 150 percent of the higher of the design pressure or pressure relief device setting. [CONT.]: 1107.6 Joints and refrigerant - containing parts in air ducts. J oints and all refrigerant - containing parts of a refrigerating system located in an air duct of an air - conditioning system carrying conditioned air to and from human - occupied space shall be constructed to withstand, without leakage, a pressure of 150 percent of the higher of the design pressure or pressure relief device setting. [CONT.]: 1107.6 Joints and refrigerant - containing parts in air ducts. J oints and all refrigerant - containing parts of a refrigerating system located in an air duct of an air - conditioning system carrying conditioned air to and from human - occupied space shall be constructed to withstand, without leakage, a pressure of 150 percent of the higher of the design pressure or pressure relief device setting. [CONT.]: 1107.6 Joints and refrigerant - containing parts in air ducts. J oints and all refrigerant - containing parts of a refrigerating system located in an air duct of an air - conditioning system carrying conditioned air to and from human - occupied space shall be constructed to withstand, without leakage, a pressure of 150 percent of the higher of the design pressure or pressure relief device setting. [CONT.]: 1107.6 Joints and refrigerant - containing parts in air ducts. J oints and all refrigerant - containing parts of a refrigerating system located in an air duct of an air - conditioning system carrying conditioned air to and from human - occupied space shall be constructed to withstand, without leakage, a pressure of 150 percent of the higher of the design pressure or pressure relief device setting. [CONT.]: 1107.6 Joints and refrigerant - containing parts in air ducts. J oints and all refrigerant - containing parts of a refrigerating system located in an air duct of an air - conditioning system carrying conditioned air to and from human - occupied space shall be constructed to withstand, without leakage, a pressure of 150 percent of the higher of the design pressure or pressure relief device setting. [CONT.]: 1107.6 Joints and refrigerant - containing parts in air ducts. J oints and all refrigerant - containing parts of a refrigerating system located in an air duct of an air - conditioning system carrying conditioned air to and from human - occupied space shall be constructed to withstand, without leakage, a pressure of 150 percent of the higher of the design pressure or pressure relief device setting.",
    "metadata": {
      "section_full": "1107.6",
      "parent_major": "1107",
      "parent_minor": "1107.6",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.7",
    "text": "CONTEXT: 1107 > 1107.7 | CONTENT: 1107.7 1107.7 Exposure of refrigerant pipe joints. Refrigerant pipe joints erected on the premises shall be exposed for visual inspection prior to being covered or enclosed. [CONT.]: 1107.7 Exposure of refrigerant pipe joints. Refrigerant pipe joints erected on the premises shall be exposed for visual inspection prior to being covered or enclosed. [CONT.]: 1107.7 Exposure of refrigerant pipe joints. Refrigerant pipe joints erected on the premises shall be exposed for visual inspection prior to being covered or enclosed. [CONT.]: 1107.7 Exposure of refrigerant pipe joints. Refrigerant pipe joints erected on the premises shall be exposed for visual inspection prior to being covered or enclosed. [CONT.]: 1107.7 Exposure of refrigerant pipe joints. Refrigerant pipe joints erected on the premises shall be exposed for visual inspection prior to being covered or enclosed. [CONT.]: 1107.7 Exposure of refrigerant pipe joints. Refrigerant pipe joints erected on the premises shall be exposed for visual inspection prior to being covered or enclosed. [CONT.]: 1107.7 Exposure of refrigerant pipe joints. Refrigerant pipe joints erected on the premises shall be exposed for visual inspection prior to being covered or enclosed. [CONT.]: 1107.7 Exposure of refrigerant pipe joints. Refrigerant pipe joints erected on the premises shall be exposed for visual inspection prior to being covered or enclosed.",
    "metadata": {
      "section_full": "1107.7",
      "parent_major": "1107",
      "parent_minor": "1107.7",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.8",
    "text": "CONTEXT: 1107 > 1107.8 | CONTENT: 1107.8 1107.8 Stop valves. Systems containing more than 6.6 pounds (3 kg) of a refrigerant in systems using positive - displacement compressors shall have stop valves installed as follows: 1. At the inlet of each compressor, compressor unit or condensing unit. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1107.8 Stop valves. Systems containing more than 6.6 pounds (3 kg) of a refrigerant in systems using positive - displacement compressors shall have stop valves installed as follows: 1. At the inlet of each compressor, compressor unit or condensing unit. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1107.8 Stop valves. Systems containing more than 6.6 pounds (3 kg) of a refrigerant in systems using positive - displacement compressors shall have stop valves installed as follows: 1. At the inlet of each compressor, compressor unit or condensing unit. REFRIGERATION 2. At the discharge outlet of each compressor, compressor unit or condensing unit and of each liquid receiver. Exceptions: 1. Systems that have a refrigerant pumpout function capable of storing the entire refrigerant charge in a receiver or heat exchanger. 2. Systems that are equipped with provisions for pumpout of the refrigerant using either portable or permanently installed recovery equipment. 3. Self - contained systems. [CONT.]: 1107.8 Stop valves. Systems containing more than 6.6 pounds (3 kg) of a refrigerant in systems using positive - displacement compressors shall have stop valves installed as follows: 1. At the inlet of each compressor, compressor unit or condensing unit. REFRIGERATION 2. At the discharge outlet of each compressor, compressor unit or condensing unit and of each liquid receiver. Exceptions: 1. Systems that have a refrigerant pumpout function capable of storing the entire refrigerant charge in a receiver or heat exchanger. 2. Systems that are equipped with provisions for pumpout of the refrigerant using either portable or permanently installed recovery equipment. 3. Self - contained systems. [CONT.]: 1107.8 Stop valves. Systems containing more than 6.6 pounds (3 kg) of a refrigerant in systems using positive - displacement compressors shall have stop valves installed as follows: 1. At the inlet of each compressor, compressor unit or condensing unit. REFRIGERATION 2. At the discharge outlet of each compressor, compressor unit or condensing unit and of each liquid receiver. Exceptions: 1. Systems that have a refrigerant pumpout function capable of storing the entire refrigerant charge in a receiver or heat exchanger. 2. Systems that are equipped with provisions for pumpout of the refrigerant using either portable or permanently installed recovery equipment. 3. Self - contained systems. [CONT.]: 1107.8 Stop valves. Systems containing more than 6.6 pounds (3 kg) of a refrigerant in systems using positive - displacement compressors shall have stop valves installed as follows: 1. At the inlet of each compressor, compressor unit or condensing unit. REFRIGERATION 2. At the discharge outlet of each compressor, compressor unit or condensing unit and of each liquid receiver. Exceptions: 1. Systems that have a refrigerant pumpout function capable of storing the entire refrigerant charge in a receiver or heat exchanger. 2. Systems that are equipped with provisions for pumpout of the refrigerant using either portable or permanently installed recovery equipment. 3. Self - contained systems. [CONT.]: 1107.8 Stop valves. Systems containing more than 6.6 pounds (3 kg) of a refrigerant in systems using positive - displacement compressors shall have stop valves installed as follows: 1. At the inlet of each compressor, compressor unit or condensing unit. REFRIGERATION 2. At the discharge outlet of each compressor, compressor unit or condensing unit and of each liquid receiver. Exceptions: 1. Systems that have a refrigerant pumpout function capable of storing the entire refrigerant charge in a receiver or heat exchanger. 2. Systems that are equipped with provisions for pumpout of the refrigerant using either portable or permanently installed recovery equipment. 3. Self - contained systems. [CONT.]: 1107.8 Stop valves. Systems containing more than 6.6 pounds (3 kg) of a refrigerant in systems using positive - displacement compressors shall have stop valves installed as follows: 1. At the inlet of each compressor, compressor unit or condensing unit. REFRIGERATION 2. At the discharge outlet of each compressor, compressor unit or condensing unit and of each liquid receiver. Exceptions: 1. Systems that have a refrigerant pumpout function capable of storing the entire refrigerant charge in a receiver or heat exchanger. 2. Systems that are equipped with provisions for pumpout of the refrigerant using either portable or permanently installed recovery equipment. 3. Self - contained systems.",
    "metadata": {
      "section_full": "1107.8",
      "parent_major": "1107",
      "parent_minor": "1107.8",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.8.1",
    "text": "CONTEXT: 1107 > 1107.8 | CONTENT: 1107.8.1 1107.8.1 Liquid receivers. Systems containing 100 pounds (45.4 kg) or more of a refrigerant, other than systems utilizing nonpositive displacement compressors, shall have stop valves, in addition to those required by Section 1107.8, on each inlet of each liquid receiver. Stop valves shall not be required on the inlet of a receiver in a condensing unit, nor on the inlet of a receiver which is an integral part of the condenser. [CONT.]: 1107.8.1 Liquid receivers. Systems containing 100 pounds (45.4 kg) or more of a refrigerant, other than systems utilizing nonpositive displacement compressors, shall have stop valves, in addition to those required by Section 1107.8, on each inlet of each liquid receiver. Stop valves shall not be required on the inlet of a receiver in a condensing unit, nor on the inlet of a receiver which is an integral part of the condenser. [CONT.]: 1107.8.1 Liquid receivers. Systems containing 100 pounds (45.4 kg) or more of a refrigerant, other than systems utilizing nonpositive displacement compressors, shall have stop valves, in addition to those required by Section 1107.8, on each inlet of each liquid receiver. Stop valves shall not be required on the inlet of a receiver in a condensing unit, nor on the inlet of a receiver which is an integral part of the condenser. [CONT.]: 1107.8.1 Liquid receivers. Systems containing 100 pounds (45.4 kg) or more of a refrigerant, other than systems utilizing nonpositive displacement compressors, shall have stop valves, in addition to those required by Section 1107.8, on each inlet of each liquid receiver. Stop valves shall not be required on the inlet of a receiver in a condensing unit, nor on the inlet of a receiver which is an integral part of the condenser. [CONT.]: 1107.8.1 Liquid receivers. Systems containing 100 pounds (45.4 kg) or more of a refrigerant, other than systems utilizing nonpositive displacement compressors, shall have stop valves, in addition to those required by Section 1107.8, on each inlet of each liquid receiver. Stop valves shall not be required on the inlet of a receiver in a condensing unit, nor on the inlet of a receiver which is an integral part of the condenser. [CONT.]: 1107.8.1 Liquid receivers. Systems containing 100 pounds (45.4 kg) or more of a refrigerant, other than systems utilizing nonpositive displacement compressors, shall have stop valves, in addition to those required by Section 1107.8, on each inlet of each liquid receiver. Stop valves shall not be required on the inlet of a receiver in a condensing unit, nor on the inlet of a receiver which is an integral part of the condenser.",
    "metadata": {
      "section_full": "1107.8.1",
      "parent_major": "1107",
      "parent_minor": "1107.8",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.8.2",
    "text": "CONTEXT: 1107 > 1107.8 | CONTENT: 1107.8.2 1107.8.2 Copper tubing. Stop valves used with soft annealed copper tubing or hard - drawn copper tubing 7 / 8 - inch (22.2 mm) OD standard size or smaller shall be securely mounted, independent of tubing fastenings or supports. [CONT.]: 1107.8.2 Copper tubing. Stop valves used with soft annealed copper tubing or hard - drawn copper tubing 7 / 8 - inch (22.2 mm) OD standard size or smaller shall be securely mounted, independent of tubing fastenings or supports. [CONT.]: 1107.8.2 Copper tubing. Stop valves used with soft annealed copper tubing or hard - drawn copper tubing 7 / 8 - inch (22.2 mm) OD standard size or smaller shall be securely mounted, independent of tubing fastenings or supports. [CONT.]: 1107.8.2 Copper tubing. Stop valves used with soft annealed copper tubing or hard - drawn copper tubing 7 / 8 - inch (22.2 mm) OD standard size or smaller shall be securely mounted, independent of tubing fastenings or supports. [CONT.]: 1107.8.2 Copper tubing. Stop valves used with soft annealed copper tubing or hard - drawn copper tubing 7 / 8 - inch (22.2 mm) OD standard size or smaller shall be securely mounted, independent of tubing fastenings or supports. [CONT.]: 1107.8.2 Copper tubing. Stop valves used with soft annealed copper tubing or hard - drawn copper tubing 7 / 8 - inch (22.2 mm) OD standard size or smaller shall be securely mounted, independent of tubing fastenings or supports.",
    "metadata": {
      "section_full": "1107.8.2",
      "parent_major": "1107",
      "parent_minor": "1107.8",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.8.3",
    "text": "CONTEXT: 1107 > 1107.8 | CONTENT: 1107.8.3 1107.8.3 Identification. Stop valves shall be identified where their intended purpose is not obvious. Numbers shall not be used to label the valves, unless a key to the numbers is located near the valves. [CONT.]: 1107.8.3 Identification. Stop valves shall be identified where their intended purpose is not obvious. Numbers shall not be used to label the valves, unless a key to the numbers is located near the valves. [CONT.]: 1107.8.3 Identification. Stop valves shall be identified where their intended purpose is not obvious. Numbers shall not be used to label the valves, unless a key to the numbers is located near the valves. [CONT.]: 1107.8.3 Identification. Stop valves shall be identified where their intended purpose is not obvious. Numbers shall not be used to label the valves, unless a key to the numbers is located near the valves. [CONT.]: 1107.8.3 Identification. Stop valves shall be identified where their intended purpose is not obvious. Numbers shall not be used to label the valves, unless a key to the numbers is located near the valves. [CONT.]: 1107.8.3 Identification. Stop valves shall be identified where their intended purpose is not obvious. Numbers shall not be used to label the valves, unless a key to the numbers is located near the valves.",
    "metadata": {
      "section_full": "1107.8.3",
      "parent_major": "1107",
      "parent_minor": "1107.8",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.9",
    "text": "CONTEXT: 1107 > 1107.9 | CONTENT: 1107.9 1107.9 Alternative refrigerant piping safety. Where refrigerant piping penetrates floors, ceilings, or roofs pursuant to Section 1107.2.3, it shall comply with the alternative safety requirements of Sections 1107.9.1 through 1107.9.5. [CONT.]: 1107.9 Alternative refrigerant piping safety. Where refrigerant piping penetrates floors, ceilings, or roofs pursuant to Section 1107.2.3, it shall comply with the alternative safety requirements of Sections 1107.9.1 through 1107.9.5. [CONT.]: 1107.9 Alternative refrigerant piping safety. Where refrigerant piping penetrates floors, ceilings, or roofs pursuant to Section 1107.2.3, it shall comply with the alternative safety requirements of Sections 1107.9.1 through 1107.9.5. [CONT.]: 1107.9 Alternative refrigerant piping safety. Where refrigerant piping penetrates floors, ceilings, or roofs pursuant to Section 1107.2.3, it shall comply with the alternative safety requirements of Sections 1107.9.1 through 1107.9.5. [CONT.]: 1107.9 Alternative refrigerant piping safety. Where refrigerant piping penetrates floors, ceilings, or roofs pursuant to Section 1107.2.3, it shall comply with the alternative safety requirements of Sections 1107.9.1 through 1107.9.5. [CONT.]: 1107.9 Alternative refrigerant piping safety. Where refrigerant piping penetrates floors, ceilings, or roofs pursuant to Section 1107.2.3, it shall comply with the alternative safety requirements of Sections 1107.9.1 through 1107.9.5.",
    "metadata": {
      "section_full": "1107.9",
      "parent_major": "1107",
      "parent_minor": "1107.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.9.1",
    "text": "CONTEXT: 1107 > 1107.9 | CONTENT: 1107.9.1 1107.9.1 Nongas tight enclosures. Where refrigerant piping and fittings pass through public corridors or occupied spaces in shafts or cavities that are not gas tight, such piping and fittings shall comply with the requirements of EN378 Part 1, Section 3.2.3. [CONT.]: 1107.9.1 Nongas tight enclosures. Where refrigerant piping and fittings pass through public corridors or occupied spaces in shafts or cavities that are not gas tight, such piping and fittings shall comply with the requirements of EN378 Part 1, Section 3.2.3. [CONT.]: 1107.9.1 Nongas tight enclosures. Where refrigerant piping and fittings pass through public corridors or occupied spaces in shafts or cavities that are not gas tight, such piping and fittings shall comply with the requirements of EN378 Part 1, Section 3.2.3. [CONT.]: 1107.9.1 Nongas tight enclosures. Where refrigerant piping and fittings pass through public corridors or occupied spaces in shafts or cavities that are not gas tight, such piping and fittings shall comply with the requirements of EN378 Part 1, Section 3.2.3. [CONT.]: 1107.9.1 Nongas tight enclosures. Where refrigerant piping and fittings pass through public corridors or occupied spaces in shafts or cavities that are not gas tight, such piping and fittings shall comply with the requirements of EN378 Part 1, Section 3.2.3. [CONT.]: 1107.9.1 Nongas tight enclosures. Where refrigerant piping and fittings pass through public corridors or occupied spaces in shafts or cavities that are not gas tight, such piping and fittings shall comply with the requirements of EN378 Part 1, Section 3.2.3.",
    "metadata": {
      "section_full": "1107.9.1",
      "parent_major": "1107",
      "parent_minor": "1107.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.9.2",
    "text": "CONTEXT: 1107 > 1107.9 | CONTENT: 1107.9.2 1107.9.2 Occupied spaces. Refrigerant piping systems in occupied spaces shall comply with the requirements of EN378 Part 1, Section C.3.2.1. [CONT.]: 1107.9.2 Occupied spaces. Refrigerant piping systems in occupied spaces shall comply with the requirements of EN378 Part 1, Section C.3.2.1. [CONT.]: 1107.9.2 Occupied spaces. Refrigerant piping systems in occupied spaces shall comply with the requirements of EN378 Part 1, Section C.3.2.1. [CONT.]: 1107.9.2 Occupied spaces. Refrigerant piping systems in occupied spaces shall comply with the requirements of EN378 Part 1, Section C.3.2.1. [CONT.]: 1107.9.2 Occupied spaces. Refrigerant piping systems in occupied spaces shall comply with the requirements of EN378 Part 1, Section C.3.2.1. [CONT.]: 1107.9.2 Occupied spaces. Refrigerant piping systems in occupied spaces shall comply with the requirements of EN378 Part 1, Section C.3.2.1.",
    "metadata": {
      "section_full": "1107.9.2",
      "parent_major": "1107",
      "parent_minor": "1107.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.9.2.1",
    "text": "CONTEXT: 1107 > 1107.9 | CONTENT: 1107.9.2.1 1107.9.2.1 Space volume calculations. Space volume calculations shall comply with EN378 Part 1, Section 7. [CONT.]: 1107.9.2.1 Space volume calculations. Space volume calculations shall comply with EN378 Part 1, Section 7. [CONT.]: 1107.9.2.1 Space volume calculations. Space volume calculations shall comply with EN378 Part 1, Section 7. [CONT.]: 1107.9.2.1 Space volume calculations. Space volume calculations shall comply with EN378 Part 1, Section 7. [CONT.]: 1107.9.2.1 Space volume calculations. Space volume calculations shall comply with EN378 Part 1, Section 7. [CONT.]: 1107.9.2.1 Space volume calculations. Space volume calculations shall comply with EN378 Part 1, Section 7.",
    "metadata": {
      "section_full": "1107.9.2.1",
      "parent_major": "1107",
      "parent_minor": "1107.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.9.2.2",
    "text": "CONTEXT: 1107 > 1107.9 | CONTENT: 1107.9.2.2 1107.9.2.2 Dilution transfer openings. Where required, dilution transfer openings shall be provided in accordance with EN378 Part 3, Section 6.3.2. [CONT.]: 1107.9.2.2 Dilution transfer openings. Where required, dilution transfer openings shall be provided in accordance with EN378 Part 3, Section 6.3.2. [CONT.]: 1107.9.2.2 Dilution transfer openings. Where required, dilution transfer openings shall be provided in accordance with EN378 Part 3, Section 6.3.2. [CONT.]: 1107.9.2.2 Dilution transfer openings. Where required, dilution transfer openings shall be provided in accordance with EN378 Part 3, Section 6.3.2. [CONT.]: 1107.9.2.2 Dilution transfer openings. Where required, dilution transfer openings shall be provided in accordance with EN378 Part 3, Section 6.3.2. [CONT.]: 1107.9.2.2 Dilution transfer openings. Where required, dilution transfer openings shall be provided in accordance with EN378 Part 3, Section 6.3.2.",
    "metadata": {
      "section_full": "1107.9.2.2",
      "parent_major": "1107",
      "parent_minor": "1107.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.9.3",
    "text": "CONTEXT: 1107 > 1107.9 | CONTENT: 1107.9.3 1107.9.3 Refrigerant shutoff valves. Where required, refrigerant shutoff valves shall comply with the requirements of EN378 Part 3, Sections 6.4.1 through 6.4.3. [CONT.]: 1107.9.3 Refrigerant shutoff valves. Where required, refrigerant shutoff valves shall comply with the requirements of EN378 Part 3, Sections 6.4.1 through 6.4.3. [CONT.]: 1107.9.3 Refrigerant shutoff valves. Where required, refrigerant shutoff valves shall comply with the requirements of EN378 Part 3, Sections 6.4.1 through 6.4.3. [CONT.]: 1107.9.3 Refrigerant shutoff valves. Where required, refrigerant shutoff valves shall comply with the requirements of EN378 Part 3, Sections 6.4.1 through 6.4.3. [CONT.]: 1107.9.3 Refrigerant shutoff valves. Where required, refrigerant shutoff valves shall comply with the requirements of EN378 Part 3, Sections 6.4.1 through 6.4.3. [CONT.]: 1107.9.3 Refrigerant shutoff valves. Where required, refrigerant shutoff valves shall comply with the requirements of EN378 Part 3, Sections 6.4.1 through 6.4.3.",
    "metadata": {
      "section_full": "1107.9.3",
      "parent_major": "1107",
      "parent_minor": "1107.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.9.4",
    "text": "CONTEXT: 1107 > 1107.9 | CONTENT: 1107.9.4 1107.9.4 Refrigerant safety alarms. Where required, refrigerant safety alarms shall comply with the requirements of EN378 Part 3, Sections 8.1 through 8.2. [CONT.]: 1107.9.4 Refrigerant safety alarms. Where required, refrigerant safety alarms shall comply with the requirements of EN378 Part 3, Sections 8.1 through 8.2. [CONT.]: 1107.9.4 Refrigerant safety alarms. Where required, refrigerant safety alarms shall comply with the requirements of EN378 Part 3, Sections 8.1 through 8.2. [CONT.]: 1107.9.4 Refrigerant safety alarms. Where required, refrigerant safety alarms shall comply with the requirements of EN378 Part 3, Sections 8.1 through 8.2. [CONT.]: 1107.9.4 Refrigerant safety alarms. Where required, refrigerant safety alarms shall comply with the requirements of EN378 Part 3, Sections 8.1 through 8.2. [CONT.]: 1107.9.4 Refrigerant safety alarms. Where required, refrigerant safety alarms shall comply with the requirements of EN378 Part 3, Sections 8.1 through 8.2.",
    "metadata": {
      "section_full": "1107.9.4",
      "parent_major": "1107",
      "parent_minor": "1107.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1107.9.5",
    "text": "CONTEXT: 1107 > 1107.9 | CONTENT: 1107.9.5 1107.9.5 Refrigerant detectors. Where required, refrigerant detectors shall comply with the requirements of EN378 Part 3, Section 9.3.1. SECTION MC 1108 FIELD TEST [CONT.]: 1107.9.5 Refrigerant detectors. Where required, refrigerant detectors shall comply with the requirements of EN378 Part 3, Section 9.3.1. SECTION MC 1108 FIELD TEST [CONT.]: 1107.9.5 Refrigerant detectors. Where required, refrigerant detectors shall comply with the requirements of EN378 Part 3, Section 9.3.1. SECTION MC 1108 FIELD TEST [CONT.]: 1107.9.5 Refrigerant detectors. Where required, refrigerant detectors shall comply with the requirements of EN378 Part 3, Section 9.3.1. SECTION MC 1108 FIELD TEST [CONT.]: 1107.9.5 Refrigerant detectors. Where required, refrigerant detectors shall comply with the requirements of EN378 Part 3, Section 9.3.1. SECTION MC 1108 FIELD TEST [CONT.]: 1107.9.5 Refrigerant detectors. Where required, refrigerant detectors shall comply with the requirements of EN378 Part 3, Section 9.3.1. SECTION MC 1108 FIELD TEST",
    "metadata": {
      "section_full": "1107.9.5",
      "parent_major": "1107",
      "parent_minor": "1107.9",
      "source": "035.txt"
    }
  },
  {
    "id": "1108.1",
    "text": "CONTEXT: 1108 > 1108.1 | CONTENT: 1108.1 1108.1 General. Every refrigerant - containing part of every system that is erected on the premises, except compressors, condensers, vessels, evaporators, safety devices, pressure gauges and control mechanisms that are listed and factory tested, shall be tested and proved t ight after complete installation, and before operation. Tests shall include both the high - and low - pressure sides of each system at not less than the lower of the design pressures or the setting of the pressure relief device(s). The design pressures for te sting shall be those listed on the condensing unit, compressor or compressor unit name - plate, as required by ASHRAE 15. Exceptions: 1. Gas bulk storage tanks that are not permanently connected to a refrigeration system. 2. Systems using an A1 refrigerant erected on the premises with copper tubing not exceeding 5 / 8 - inch (15.8 mm) OD, with wall thickness as required by ASHRAE 15, shall be tested in accordance with Section 1108.1, \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1108.1 General. Every refrigerant - containing part of every system that is erected on the premises, except compressors, condensers, vessels, evaporators, safety devices, pressure gauges and control mechanisms that are listed and factory tested, shall be tested and proved t ight after complete installation, and before operation. Tests shall include both the high - and low - pressure sides of each system at not less than the lower of the design pressures or the setting of the pressure relief device(s). The design pressures for te sting shall be those listed on the condensing unit, compressor or compressor unit name - plate, as required by ASHRAE 15. Exceptions: 1. Gas bulk storage tanks that are not permanently connected to a refrigeration system. 2. Systems using an A1 refrigerant erected on the premises with copper tubing not exceeding 5 / 8 - inch (15.8 mm) OD, with wall thickness as required by ASHRAE 15, shall be tested in accordance with Section 1108.1, REFRIGERATION or by means of refrigerant charged into the system at the saturated vapor pressure of the refrigerant at 70\u00b0F (21.1\u00b0C) or higher. 3. Limited - charge systems equipped with a pressure relief device, erected on the premises, shall be tested at a pressure not less than one and one - half times the pressure setting of the relief device. If the equipment or appliance has been tested by the ma nufacturer at one and one - half times the design pressure, the test after erection on the premises shall be conducted at the design pressure. [CONT.]: 1108.1 General. Every refrigerant - containing part of every system that is erected on the premises, except compressors, condensers, vessels, evaporators, safety devices, pressure gauges and control mechanisms that are listed and factory tested, shall be tested and proved t ight after complete installation, and before operation. Tests shall include both the high - and low - pressure sides of each system at not less than the lower of the design pressures or the setting of the pressure relief device(s). The design pressures for te sting shall be those listed on the condensing unit, compressor or compressor unit name - plate, as required by ASHRAE 15. Exceptions: 1. Gas bulk storage tanks that are not permanently connected to a refrigeration system. 2. Systems using an A1 refrigerant erected on the premises with copper tubing not exceeding 5 / 8 - inch (15.8 mm) OD, with wall thickness as required by ASHRAE 15, shall be tested in accordance with Section 1108.1, REFRIGERATION or by means of refrigerant charged into the system at the saturated vapor pressure of the refrigerant at 70\u00b0F (21.1\u00b0C) or higher. 3. Limited - charge systems equipped with a pressure relief device, erected on the premises, shall be tested at a pressure not less than one and one - half times the pressure setting of the relief device. If the equipment or appliance has been tested by the ma nufacturer at one and one - half times the design pressure, the test after erection on the premises shall be conducted at the design pressure. [CONT.]: 1108.1 General. Every refrigerant - containing part of every system that is erected on the premises, except compressors, condensers, vessels, evaporators, safety devices, pressure gauges and control mechanisms that are listed and factory tested, shall be tested and proved t ight after complete installation, and before operation. Tests shall include both the high - and low - pressure sides of each system at not less than the lower of the design pressures or the setting of the pressure relief device(s). The design pressures for te sting shall be those listed on the condensing unit, compressor or compressor unit name - plate, as required by ASHRAE 15. Exceptions: 1. Gas bulk storage tanks that are not permanently connected to a refrigeration system. 2. Systems using an A1 refrigerant erected on the premises with copper tubing not exceeding 5 / 8 - inch (15.8 mm) OD, with wall thickness as required by ASHRAE 15, shall be tested in accordance with Section 1108.1, REFRIGERATION or by means of refrigerant charged into the system at the saturated vapor pressure of the refrigerant at 70\u00b0F (21.1\u00b0C) or higher. 3. Limited - charge systems equipped with a pressure relief device, erected on the premises, shall be tested at a pressure not less than one and one - half times the pressure setting of the relief device. If the equipment or appliance has been tested by the ma nufacturer at one and one - half times the design pressure, the test after erection on the premises shall be conducted at the design pressure. [CONT.]: 1108.1 General. Every refrigerant - containing part of every system that is erected on the premises, except compressors, condensers, vessels, evaporators, safety devices, pressure gauges and control mechanisms that are listed and factory tested, shall be tested and proved t ight after complete installation, and before operation. Tests shall include both the high - and low - pressure sides of each system at not less than the lower of the design pressures or the setting of the pressure relief device(s). The design pressures for te sting shall be those listed on the condensing unit, compressor or compressor unit name - plate, as required by ASHRAE 15. Exceptions: 1. Gas bulk storage tanks that are not permanently connected to a refrigeration system. 2. Systems using an A1 refrigerant erected on the premises with copper tubing not exceeding 5 / 8 - inch (15.8 mm) OD, with wall thickness as required by ASHRAE 15, shall be tested in accordance with Section 1108.1, REFRIGERATION or by means of refrigerant charged into the system at the saturated vapor pressure of the refrigerant at 70\u00b0F (21.1\u00b0C) or higher. 3. Limited - charge systems equipped with a pressure relief device, erected on the premises, shall be tested at a pressure not less than one and one - half times the pressure setting of the relief device. If the equipment or appliance has been tested by the ma nufacturer at one and one - half times the design pressure, the test after erection on the premises shall be conducted at the design pressure. [CONT.]: 1108.1 General. Every refrigerant - containing part of every system that is erected on the premises, except compressors, condensers, vessels, evaporators, safety devices, pressure gauges and control mechanisms that are listed and factory tested, shall be tested and proved t ight after complete installation, and before operation. Tests shall include both the high - and low - pressure sides of each system at not less than the lower of the design pressures or the setting of the pressure relief device(s). The design pressures for te sting shall be those listed on the condensing unit, compressor or compressor unit name - plate, as required by ASHRAE 15. Exceptions: 1. Gas bulk storage tanks that are not permanently connected to a refrigeration system. 2. Systems using an A1 refrigerant erected on the premises with copper tubing not exceeding 5 / 8 - inch (15.8 mm) OD, with wall thickness as required by ASHRAE 15, shall be tested in accordance with Section 1108.1, REFRIGERATION or by means of refrigerant charged into the system at the saturated vapor pressure of the refrigerant at 70\u00b0F (21.1\u00b0C) or higher. 3. Limited - charge systems equipped with a pressure relief device, erected on the premises, shall be tested at a pressure not less than one and one - half times the pressure setting of the relief device. If the equipment or appliance has been tested by the ma nufacturer at one and one - half times the design pressure, the test after erection on the premises shall be conducted at the design pressure.",
    "metadata": {
      "section_full": "1108.1",
      "parent_major": "1108",
      "parent_minor": "1108.1",
      "source": "035.txt"
    }
  },
  {
    "id": "1108.1.1",
    "text": "CONTEXT: 1108 > 1108.1 | CONTENT: 1108.1.1 1108.1.1 Booster compressor. Where a compressor is used as a booster to obtain an intermediate pressure and discharges into the suction side of another compressor, the booster compressor shall be considered a part of the low side, provided that it is protected by a pressure relief dev ice. [CONT.]: 1108.1.1 Booster compressor. Where a compressor is used as a booster to obtain an intermediate pressure and discharges into the suction side of another compressor, the booster compressor shall be considered a part of the low side, provided that it is protected by a pressure relief dev ice. [CONT.]: 1108.1.1 Booster compressor. Where a compressor is used as a booster to obtain an intermediate pressure and discharges into the suction side of another compressor, the booster compressor shall be considered a part of the low side, provided that it is protected by a pressure relief dev ice. [CONT.]: 1108.1.1 Booster compressor. Where a compressor is used as a booster to obtain an intermediate pressure and discharges into the suction side of another compressor, the booster compressor shall be considered a part of the low side, provided that it is protected by a pressure relief dev ice. [CONT.]: 1108.1.1 Booster compressor. Where a compressor is used as a booster to obtain an intermediate pressure and discharges into the suction side of another compressor, the booster compressor shall be considered a part of the low side, provided that it is protected by a pressure relief dev ice.",
    "metadata": {
      "section_full": "1108.1.1",
      "parent_major": "1108",
      "parent_minor": "1108.1",
      "source": "035.txt"
    }
  },
  {
    "id": "1108.1.2",
    "text": "CONTEXT: 1108 > 1108.1 | CONTENT: 1108.1.2 1108.1.2 Centrifugal/nonpositive displacement compressors. In field - testing systems using centrifugal or other nonpositive displacement compressors, the entire system shall be considered as the low - side pressure for field test purposes. [CONT.]: 1108.1.2 Centrifugal/nonpositive displacement compressors. In field - testing systems using centrifugal or other nonpositive displacement compressors, the entire system shall be considered as the low - side pressure for field test purposes. [CONT.]: 1108.1.2 Centrifugal/nonpositive displacement compressors. In field - testing systems using centrifugal or other nonpositive displacement compressors, the entire system shall be considered as the low - side pressure for field test purposes. [CONT.]: 1108.1.2 Centrifugal/nonpositive displacement compressors. In field - testing systems using centrifugal or other nonpositive displacement compressors, the entire system shall be considered as the low - side pressure for field test purposes. [CONT.]: 1108.1.2 Centrifugal/nonpositive displacement compressors. In field - testing systems using centrifugal or other nonpositive displacement compressors, the entire system shall be considered as the low - side pressure for field test purposes.",
    "metadata": {
      "section_full": "1108.1.2",
      "parent_major": "1108",
      "parent_minor": "1108.1",
      "source": "035.txt"
    }
  },
  {
    "id": "1108.2",
    "text": "CONTEXT: 1108 > 1108.2 | CONTENT: 1108.2 1108.2 Test gases. Tests shall be performed with an inert dried gas including, but not limited to, nitrogen and carbon dioxide. Oxygen, air, flammable gases and mixtures containing such gases shall not be used. Exceptions: 1. The use of air is allowed to test R - 717, ammonia, systems provided that they are subsequently evacuated before charging with refrigerant. 2. Mixtures of dry nitrogen, inert gases, or a combination of them with nonflammable refrigerants in concentrations of a refrigerant weight fraction (mass fraction) not exceeding five are allowed for tests. [CONT.]: 1108.2 Test gases. Tests shall be performed with an inert dried gas including, but not limited to, nitrogen and carbon dioxide. Oxygen, air, flammable gases and mixtures containing such gases shall not be used. Exceptions: 1. The use of air is allowed to test R - 717, ammonia, systems provided that they are subsequently evacuated before charging with refrigerant. 2. Mixtures of dry nitrogen, inert gases, or a combination of them with nonflammable refrigerants in concentrations of a refrigerant weight fraction (mass fraction) not exceeding five are allowed for tests. [CONT.]: 1108.2 Test gases. Tests shall be performed with an inert dried gas including, but not limited to, nitrogen and carbon dioxide. Oxygen, air, flammable gases and mixtures containing such gases shall not be used. Exceptions: 1. The use of air is allowed to test R - 717, ammonia, systems provided that they are subsequently evacuated before charging with refrigerant. 2. Mixtures of dry nitrogen, inert gases, or a combination of them with nonflammable refrigerants in concentrations of a refrigerant weight fraction (mass fraction) not exceeding five are allowed for tests. [CONT.]: 1108.2 Test gases. Tests shall be performed with an inert dried gas including, but not limited to, nitrogen and carbon dioxide. Oxygen, air, flammable gases and mixtures containing such gases shall not be used. Exceptions: 1. The use of air is allowed to test R - 717, ammonia, systems provided that they are subsequently evacuated before charging with refrigerant. 2. Mixtures of dry nitrogen, inert gases, or a combination of them with nonflammable refrigerants in concentrations of a refrigerant weight fraction (mass fraction) not exceeding five are allowed for tests. [CONT.]: 1108.2 Test gases. Tests shall be performed with an inert dried gas including, but not limited to, nitrogen and carbon dioxide. Oxygen, air, flammable gases and mixtures containing such gases shall not be used. Exceptions: 1. The use of air is allowed to test R - 717, ammonia, systems provided that they are subsequently evacuated before charging with refrigerant. 2. Mixtures of dry nitrogen, inert gases, or a combination of them with nonflammable refrigerants in concentrations of a refrigerant weight fraction (mass fraction) not exceeding five are allowed for tests.",
    "metadata": {
      "section_full": "1108.2",
      "parent_major": "1108",
      "parent_minor": "1108.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1108.3",
    "text": "CONTEXT: 1108 > 1108.3 | CONTENT: 1108.3 1108.3 Test apparatus. The means used to build up the test pressure shall have either a pressure - limiting device or a pressure - reducing device and a gauge on the outlet side. [CONT.]: 1108.3 Test apparatus. The means used to build up the test pressure shall have either a pressure - limiting device or a pressure - reducing device and a gauge on the outlet side. [CONT.]: 1108.3 Test apparatus. The means used to build up the test pressure shall have either a pressure - limiting device or a pressure - reducing device and a gauge on the outlet side. [CONT.]: 1108.3 Test apparatus. The means used to build up the test pressure shall have either a pressure - limiting device or a pressure - reducing device and a gauge on the outlet side. [CONT.]: 1108.3 Test apparatus. The means used to build up the test pressure shall have either a pressure - limiting device or a pressure - reducing device and a gauge on the outlet side.",
    "metadata": {
      "section_full": "1108.3",
      "parent_major": "1108",
      "parent_minor": "1108.3",
      "source": "035.txt"
    }
  },
  {
    "id": "1108.4",
    "text": "CONTEXT: 1108 > 1108.4 | CONTENT: 1108.4 1108.4 Declaration. A certificate of test shall be provided for all systems containing 55 pounds (24.9 kg) or more of refrigerant. The certificate shall give the name of the refrigerant and the field test pressure applied to the high side and the low side of the system. The c ertification of test shall be signed by the installer and shall be made part of the public record. SECTION MC 1109 PERIODIC TESTING [CONT.]: 1108.4 Declaration. A certificate of test shall be provided for all systems containing 55 pounds (24.9 kg) or more of refrigerant. The certificate shall give the name of the refrigerant and the field test pressure applied to the high side and the low side of the system. The c ertification of test shall be signed by the installer and shall be made part of the public record. SECTION MC 1109 PERIODIC TESTING [CONT.]: 1108.4 Declaration. A certificate of test shall be provided for all systems containing 55 pounds (24.9 kg) or more of refrigerant. The certificate shall give the name of the refrigerant and the field test pressure applied to the high side and the low side of the system. The c ertification of test shall be signed by the installer and shall be made part of the public record. SECTION MC 1109 PERIODIC TESTING [CONT.]: 1108.4 Declaration. A certificate of test shall be provided for all systems containing 55 pounds (24.9 kg) or more of refrigerant. The certificate shall give the name of the refrigerant and the field test pressure applied to the high side and the low side of the system. The c ertification of test shall be signed by the installer and shall be made part of the public record. SECTION MC 1109 PERIODIC TESTING [CONT.]: 1108.4 Declaration. A certificate of test shall be provided for all systems containing 55 pounds (24.9 kg) or more of refrigerant. The certificate shall give the name of the refrigerant and the field test pressure applied to the high side and the low side of the system. The c ertification of test shall be signed by the installer and shall be made part of the public record. SECTION MC 1109 PERIODIC TESTING",
    "metadata": {
      "section_full": "1108.4",
      "parent_major": "1108",
      "parent_minor": "1108.4",
      "source": "035.txt"
    }
  },
  {
    "id": "1109.1",
    "text": "CONTEXT: 1109 > 1109.1 | CONTENT: 1109.1 1109.1 Testing required. The following emergency devices and systems shall be periodically tested and the results logged in accordance with the manufacturer\u2019s instructions and as required by the Commissioner of the Fire Department : 1. Treatment and flaring systems. 2. Valves and appurtenances necessary to the operation of emergency refrigeration control boxes. 3. Fans and associated equipment intended to operate emergency purge ventilation systems. 4. Detection and alarm systems. [CONT.]: 1109.1 Testing required. The following emergency devices and systems shall be periodically tested and the results logged in accordance with the manufacturer\u2019s instructions and as required by the Commissioner of the Fire Department : 1. Treatment and flaring systems. 2. Valves and appurtenances necessary to the operation of emergency refrigeration control boxes. 3. Fans and associated equipment intended to operate emergency purge ventilation systems. 4. Detection and alarm systems. [CONT.]: 1109.1 Testing required. The following emergency devices and systems shall be periodically tested and the results logged in accordance with the manufacturer\u2019s instructions and as required by the Commissioner of the Fire Department : 1. Treatment and flaring systems. 2. Valves and appurtenances necessary to the operation of emergency refrigeration control boxes. 3. Fans and associated equipment intended to operate emergency purge ventilation systems. 4. Detection and alarm systems. [CONT.]: 1109.1 Testing required. The following emergency devices and systems shall be periodically tested and the results logged in accordance with the manufacturer\u2019s instructions and as required by the Commissioner of the Fire Department : 1. Treatment and flaring systems. 2. Valves and appurtenances necessary to the operation of emergency refrigeration control boxes. 3. Fans and associated equipment intended to operate emergency purge ventilation systems. 4. Detection and alarm systems. [CONT.]: 1109.1 Testing required. The following emergency devices and systems shall be periodically tested and the results logged in accordance with the manufacturer\u2019s instructions and as required by the Commissioner of the Fire Department : 1. Treatment and flaring systems. 2. Valves and appurtenances necessary to the operation of emergency refrigeration control boxes. 3. Fans and associated equipment intended to operate emergency purge ventilation systems. 4. Detection and alarm systems.",
    "metadata": {
      "section_full": "1109.1",
      "parent_major": "1109",
      "parent_minor": "1109.1",
      "source": "035.txt"
    }
  },
  {
    "id": "1109.2",
    "text": "CONTEXT: 1109 > 1109.2 | CONTENT: 1109.2 1109.2 Operation. Operating permits and qualification of operators for refrigeration systems shall comply with the requirements of the New York City Fire Code. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1109.2 Operation. Operating permits and qualification of operators for refrigeration systems shall comply with the requirements of the New York City Fire Code. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1109.2 Operation. Operating permits and qualification of operators for refrigeration systems shall comply with the requirements of the New York City Fire Code. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1109.2 Operation. Operating permits and qualification of operators for refrigeration systems shall comply with the requirements of the New York City Fire Code. \u2021\u2021\u2021 Chapter 11 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 11 REFRIGERATION SECTION MC 1101 GENERAL [CONT.]: 1109.2 Operation. Operating permits and qualification of operators for refrigeration systems shall comply with the requirements of the New York City Fire Code.",
    "metadata": {
      "section_full": "1109.2",
      "parent_major": "1109",
      "parent_minor": "1109.2",
      "source": "035.txt"
    }
  },
  {
    "id": "1201.1",
    "text": "CONTEXT: 1201 > 1201.1 | CONTENT: 1201.1 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code . [CONT.]: 1201.1 Scope. The provisions of this chapter shall govern the construction, installation, alteration and repair of hydronic piping systems. This chapter shall apply to hydronic piping systems that are part of heating, ventilation and air - conditioning systems. Such piping systems shall include steam, hot water, chilled water, condenser water, cooling coil condensate drain, steam condensate and ground - source heat pump loop systems. Potable cold and hot water distribution systems shall be installed in accordance with the New York City Plumbing Code .",
    "metadata": {
      "section_full": "1201.1",
      "parent_major": "1201",
      "parent_minor": "1201.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1201.2",
    "text": "CONTEXT: 1201 > 1201.2 | CONTENT: 1201.2 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system. [CONT.]: 1201.2 Sizing. Piping and piping system components for hydronic systems shall be sized for the design requirements of the system.",
    "metadata": {
      "section_full": "1201.2",
      "parent_major": "1201",
      "parent_minor": "1201.2",
      "source": "036.txt"
    }
  },
  {
    "id": "1201.3",
    "text": "CONTEXT: 1201 > 1201.3 | CONTENT: 1201.3 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 Standards. As an alternative to the provisions of Sections 1202 and 1203, piping shall be designed, installed, inspected and tested in accordance with ASME B31. 1 and ASME B31.9, as applicable . SECTION MC 1202 MATERIAL [CONT.]: 1201.3 B40.100 \u2014 2013 Pressure Gauges and Gauge Attachments ................................................................................................ . [CONT.]: 1201.3 B40.100 \u2014 2013 Pressure Gauges and Gauge Attachments ................................................................................................ . [CONT.]: 1201.3 B40.100 \u2014 2013 Pressure Gauges and Gauge Attachments ................................................................................................ . [CONT.]: 1201.3 B40.100 \u2014 2013 Pressure Gauges and Gauge Attachments ................................................................................................ . [CONT.]: 1201.3 B40.100 \u2014 2013 Pressure Gauges and Gauge Attachments ................................................................................................ . [CONT.]: 1201.3 B40.100 \u2014 2013 Pressure Gauges and Gauge Attachments ................................................................................................ .",
    "metadata": {
      "section_full": "1201.3",
      "parent_major": "1201",
      "parent_minor": "1201.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1202.1",
    "text": "CONTEXT: 1202 > 1202.1 | CONTENT: 1202.1 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210. [CONT.]: 1202.1 Piping. Piping material, other than those contained within this section and conforming with the ASTM standards listed within this chapter, shall be of an approved type. Exception: Embedded piping regulated by Section 1209, and ground - source heat pump loop systems regulated by Section 1210.",
    "metadata": {
      "section_full": "1202.1",
      "parent_major": "1202",
      "parent_minor": "1202.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1202.2",
    "text": "CONTEXT: 1202 > 1202.2 | CONTENT: 1202.2 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials. [CONT.]: 1202.2 Used existing materials. Reused pipe, fittings, valves or other materials shall be clean and free of foreign materials.",
    "metadata": {
      "section_full": "1202.2",
      "parent_major": "1202",
      "parent_minor": "1202.2",
      "source": "036.txt"
    }
  },
  {
    "id": "1202.3",
    "text": "CONTEXT: 1202 > 1202.3 | CONTENT: 1202.3 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system. [CONT.]: 1202.3 Material rating. Materials shall be rated for the operating temperature and pressure of the hydronic system. Materials shall be suitable for the type of fluid in the hydronic system.",
    "metadata": {
      "section_full": "1202.3",
      "parent_major": "1202",
      "parent_minor": "1202.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1202.4",
    "text": "CONTEXT: 1202 > 1202.4 | CONTENT: 1202.4 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 Piping materials standards. Hydronic pipe shall conform to the standards listed in Table 1202.4. The exterior of the pipe shall be protected from corrosion and d egradation. TABLE 1202.4 HYDRONIC PIPE MATERIAL STANDARD (see Chapter 15) Acrylonitrile butadiene styrene (ABS) plastic pipe ASTM D 1527; ASTM F 2806 Chlorinated polyvinyl chloride (CPVC) plastic pipe ASTM D 2846; ASTM F 441; ASTM F 442 Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper, brass, or copper - alloy tube (Type K, L or M) ASTM B 75; ASTM B 88; ASTM B 135; ASTM B 251 HYDRONIC PIPING Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe ASTM F 1281; CSA [CONT.]: 1202.4 B 251 \u2014 10 Specification for General Requirements for Wrought Seamless Copper and Copper - alloy Tube ............................................................................................................... Table [CONT.]: 1202.4 B 280 \u2014 08 Specification for Seamless Copper Tube for Air Conditioning and Refrigeration Field Service ............................................................................ 1107.5.3, Table [CONT.]: 1202.4 D 1785 \u2014 12 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe, Schedules 40,80 and 120 .............................................................................. Table 1202.4, Table [CONT.]: 1202.4 B 251 \u2014 10 Specification for General Requirements for Wrought Seamless Copper and Copper - alloy Tube ............................................................................................................... Table [CONT.]: 1202.4 B 280 \u2014 08 Specification for Seamless Copper Tube for Air Conditioning and Refrigeration Field Service ............................................................................ 1107.5.3, Table [CONT.]: 1202.4 D 1785 \u2014 12 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe, Schedules 40,80 and 120 .............................................................................. Table 1202.4, Table [CONT.]: 1202.4 B 251 \u2014 10 Specification for General Requirements for Wrought Seamless Copper and Copper - alloy Tube ............................................................................................................... Table [CONT.]: 1202.4 B 280 \u2014 08 Specification for Seamless Copper Tube for Air Conditioning and Refrigeration Field Service ............................................................................ 1107.5.3, Table [CONT.]: 1202.4 D 1785 \u2014 12 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe, Schedules 40,80 and 120 .............................................................................. Table 1202.4, Table [CONT.]: 1202.4 REFERENCED STANDARDS ASTM \u2014 continued F 1282 \u2014 10 Standard Specification for Polyethylene/Aluminum/ Polyethylene (PEAL - PE) Composite Pressure Pipe .................................... Table 1202.4, Table 1210.4, Table [CONT.]: 1202.4 AWS American Welding Society 8669 NW 36 Street, #130 Doral, FL 33166 Standard Referenced reference in code number Title section number B2.1\u2014 2014 Specification for Brazing Procedure and Performance Qualification ............................................... [CONT.]: 1202.4 C151/A21.51 \u2014 09 Standard for Ductile - Iron Pipe, Centrifugally Cast for Water .......................................................... Table [CONT.]: 1202.4 C153/A21.53 \u2014 11 Standard for Ductile - Iron Compact Fittings for Water Service ....................................................... Table [CONT.]: 1202.4 REFERENCED STANDARDS CSA C448 Series \u2014 02 CAN/CSA 2002 Design and Installation of Earth Energy Systems \u2014 First Edition; Update 2: October 2009; CAN/CSA 2002 Consolidated Reprint 10/2009 ..................... Table 1210.4, Table [CONT.]: 1202.4 B 251 \u2014 10 Specification for General Requirements for Wrought Seamless Copper and Copper - alloy Tube ............................................................................................................... Table [CONT.]: 1202.4 B 280 \u2014 08 Specification for Seamless Copper Tube for Air Conditioning and Refrigeration Field Service ............................................................................ 1107.5.3, Table [CONT.]: 1202.4 D 1785 \u2014 12 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe, Schedules 40,80 and 120 .............................................................................. Table 1202.4, Table [CONT.]: 1202.4 REFERENCED STANDARDS ASTM \u2014 continued F 1282 \u2014 10 Standard Specification for Polyethylene/Aluminum/ Polyethylene (PEAL - PE) Composite Pressure Pipe .................................... Table 1202.4, Table 1210.4, Table [CONT.]: 1202.4 AWS American Welding Society 8669 NW 36 Street, #130 Doral, FL 33166 Standard Referenced reference in code number Title section number B2.1\u2014 2014 Specification for Brazing Procedure and Performance Qualification ............................................... [CONT.]: 1202.4 C151/A21.51 \u2014 09 Standard for Ductile - Iron Pipe, Centrifugally Cast for Water .......................................................... Table [CONT.]: 1202.4 C153/A21.53 \u2014 11 Standard for Ductile - Iron Compact Fittings for Water Service ....................................................... Table [CONT.]: 1202.4 REFERENCED STANDARDS CSA C448 Series \u2014 02 CAN/CSA 2002 Design and Installation of Earth Energy Systems \u2014 First Edition; Update 2: October 2009; CAN/CSA 2002 Consolidated Reprint 10/2009 ..................... Table 1210.4, Table [CONT.]: 1202.4 B 251 \u2014 10 Specification for General Requirements for Wrought Seamless Copper and Copper - alloy Tube ............................................................................................................... Table [CONT.]: 1202.4 B 280 \u2014 08 Specification for Seamless Copper Tube for Air Conditioning and Refrigeration Field Service ............................................................................ 1107.5.3, Table [CONT.]: 1202.4 D 1785 \u2014 12 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe, Schedules 40,80 and 120 .............................................................................. Table 1202.4, Table [CONT.]: 1202.4 REFERENCED STANDARDS ASTM \u2014 continued F 1282 \u2014 10 Standard Specification for Polyethylene/Aluminum/ Polyethylene (PEAL - PE) Composite Pressure Pipe .................................... Table 1202.4, Table 1210.4, Table [CONT.]: 1202.4 AWS American Welding Society 8669 NW 36 Street, #130 Doral, FL 33166 Standard Referenced reference in code number Title section number B2.1\u2014 2014 Specification for Brazing Procedure and Performance Qualification ............................................... [CONT.]: 1202.4 C151/A21.51 \u2014 09 Standard for Ductile - Iron Pipe, Centrifugally Cast for Water .......................................................... Table [CONT.]: 1202.4 C153/A21.53 \u2014 11 Standard for Ductile - Iron Compact Fittings for Water Service ....................................................... Table [CONT.]: 1202.4 REFERENCED STANDARDS CSA C448 Series \u2014 02 CAN/CSA 2002 Design and Installation of Earth Energy Systems \u2014 First Edition; Update 2: October 2009; CAN/CSA 2002 Consolidated Reprint 10/2009 ..................... Table 1210.4, Table [CONT.]: 1202.4 B 251 \u2014 10 Specification for General Requirements for Wrought Seamless Copper and Copper - alloy Tube ............................................................................................................... Table [CONT.]: 1202.4 B 280 \u2014 08 Specification for Seamless Copper Tube for Air Conditioning and Refrigeration Field Service ............................................................................ 1107.5.3, Table [CONT.]: 1202.4 D 1785 \u2014 12 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe, Schedules 40,80 and 120 .............................................................................. Table 1202.4, Table [CONT.]: 1202.4 REFERENCED STANDARDS ASTM \u2014 continued F 1282 \u2014 10 Standard Specification for Polyethylene/Aluminum/ Polyethylene (PEAL - PE) Composite Pressure Pipe .................................... Table 1202.4, Table 1210.4, Table [CONT.]: 1202.4 AWS American Welding Society 8669 NW 36 Street, #130 Doral, FL 33166 Standard Referenced reference in code number Title section number B2.1\u2014 2014 Specification for Brazing Procedure and Performance Qualification ............................................... [CONT.]: 1202.4 C151/A21.51 \u2014 09 Standard for Ductile - Iron Pipe, Centrifugally Cast for Water .......................................................... Table [CONT.]: 1202.4 C153/A21.53 \u2014 11 Standard for Ductile - Iron Compact Fittings for Water Service ....................................................... Table [CONT.]: 1202.4 REFERENCED STANDARDS CSA C448 Series \u2014 02 CAN/CSA 2002 Design and Installation of Earth Energy Systems \u2014 First Edition; Update 2: October 2009; CAN/CSA 2002 Consolidated Reprint 10/2009 ..................... Table 1210.4, Table",
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      "parent_major": "1202",
      "parent_minor": "1202.4",
      "source": "036.txt"
    }
  },
  {
    "id": "B137.10",
    "text": "CONTEXT: B137 > B137.10 | CONTENT: B137.10 B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254 [CONT.]: B137.10 Cross - linked polyethylene (PEX) tubing ASTM F 876; ASTM F 877 Ductile iron pipe AWWA C115/A21.15; AWWA C151/A21.51 Polyethylene/aluminum/ polyet hylene (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 Polypropylene (PP) plastic pipe ASTM F 2389 Polyvinyl chloride (PVC) plastic pipe ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623; ASTM F 2769 Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing ASTM A 254",
    "metadata": {
      "section_full": "B137.10",
      "parent_major": "B137",
      "parent_minor": "B137.10",
      "source": "036.txt"
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  },
  {
    "id": "1202.5",
    "text": "CONTEXT: 1202 > 1202.5 | CONTENT: 1202.5 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 Pipe fittings. Hydronic pipe fittings shall conform to the respective pipe standards or to the standards listed in Table 1202.5. TABLE 1202.5 HYDRONIC PIPE FITTINGS MATERIAL STANDARD (see Chapter 15) Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24; ASME B16.26; ASME B16.51; ASTM F 1974 Ductile iron and gray iron ANSI/AWWA C110/A21.10; AWWA C153/A21.53; ASTM A 126; ASTM A 395; ASTM A 536; ASTM F 1476; ASTM F 1548 Malleable iron ASME B16.3 PE - RT fittings ASTM F 1807; ASTM F 2098; ASTM F 2159; ASTM F 2735; ASTM F 2769 PEX fittings ASTM F 877; ASTM F 1807; ASTM F 2159 Plastic ASTM D 2466; ASTM D 2467; ASTM F 438; ASTM F 439; ASTM F 877; ASTM F 2389; ASTM F 2735 HYDRONIC PIPING Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420; ASTM A 536; ASTM A 395; ASTM F 1476; ASTM F 1548 [CONT.]: 1202.5 B16.5 \u2014 2009 Pipe Flanges and Flanged Fittings NPS 1/2 through NPS 24 ..................................... Table 1202.5, Table [CONT.]: 1202.5 B16.28 \u2014 1994 Wrought Steel Buttwelding Short Radius Elbows and Returns .................................. Table 1202.5, Table [CONT.]: 1202.5 B31.5 \u2014 2010 Refrigeration Piping and Heat Transfer Components ................................................................................. [CONT.]: 1202.5 A 234/A234M \u2014 11a Standard Specification for Piping Fittings of Wrought Carbon Steel and Alloy Steel for Moderate and High Temperature Service ....................... Table 1202.5, Table [CONT.]: 1202.5 A 420/A 420M \u2014 10A Specification for Piping Fittings of Wrought Carbon Steel and Alloy Steel for Low - Temperature Service .............................................. Table 1202.5, Table [CONT.]: 1202.5 B 32 \u2014 08 Specification for Solder Metal .................................................................................................. 1203.3.3, 1107.5.5 B 42 \u2014 10 Specification for Seamless Copper Pipe, Standard Sizes ............................ 1107.5.2, Table 1202.4, Table [CONT.]: 1202.5 B16.5 \u2014 2009 Pipe Flanges and Flanged Fittings NPS 1/2 through NPS 24 ..................................... Table 1202.5, Table [CONT.]: 1202.5 B16.28 \u2014 1994 Wrought Steel Buttwelding Short Radius Elbows and Returns .................................. Table 1202.5, Table [CONT.]: 1202.5 B31.5 \u2014 2010 Refrigeration Piping and Heat Transfer Components ................................................................................. [CONT.]: 1202.5 A 234/A234M \u2014 11a Standard Specification for Piping Fittings of Wrought Carbon Steel and Alloy Steel for Moderate and High Temperature Service ....................... Table 1202.5, Table [CONT.]: 1202.5 A 420/A 420M \u2014 10A Specification for Piping Fittings of Wrought Carbon Steel and Alloy Steel for Low - Temperature Service .............................................. Table 1202.5, Table [CONT.]: 1202.5 B 32 \u2014 08 Specification for Solder Metal .................................................................................................. 1203.3.3, 1107.5.5 B 42 \u2014 10 Specification for Seamless Copper Pipe, Standard Sizes ............................ 1107.5.2, Table 1202.4, Table [CONT.]: 1202.5 B16.5 \u2014 2009 Pipe Flanges and Flanged Fittings NPS 1/2 through NPS 24 ..................................... Table 1202.5, Table [CONT.]: 1202.5 B16.28 \u2014 1994 Wrought Steel Buttwelding Short Radius Elbows and Returns .................................. Table 1202.5, Table [CONT.]: 1202.5 B31.5 \u2014 2010 Refrigeration Piping and Heat Transfer Components ................................................................................. [CONT.]: 1202.5 A 234/A234M \u2014 11a Standard Specification for Piping Fittings of Wrought Carbon Steel and Alloy Steel for Moderate and High Temperature Service ....................... Table 1202.5, Table [CONT.]: 1202.5 A 420/A 420M \u2014 10A Specification for Piping Fittings of Wrought Carbon Steel and Alloy Steel for Low - Temperature Service .............................................. Table 1202.5, Table [CONT.]: 1202.5 B 32 \u2014 08 Specification for Solder Metal .................................................................................................. 1203.3.3, 1107.5.5 B 42 \u2014 10 Specification for Seamless Copper Pipe, Standard Sizes ............................ 1107.5.2, Table 1202.4, Table [CONT.]: 1202.5 F 1807 \u2014 13 Standard Specification for Metal Insert Fittings Utilizing a Copper Crimp Ring for SDR 9Cross - linked Polyethylene (PEX) Tubing and SDR9 Polyethylene of Raised Temperature (PE - RT) Tubing ........................................................ Table 1202.5, Table [CONT.]: 1202.5 F 2080 \u2014 12 Specification for Cold - Expansion Fittings with Metal Compression - Sleeves for Crosslinked Polyethylene (PEX) Pipe ................................................................................ Table [CONT.]: 1202.5 F 2159 \u2014 11 Standard Specification for Plastic Insert Fittings Utilizing a Copper Crimp Ring for SDR 9 Cross - linked Polyethylene (PEX) Tubing and SDR9 Polyethylene of Raised Temperature (PE - RT) Tubing ........................................................ Table 1202.5, Table [CONT.]: 1202.5 F 2769 \u2014 10 Polyethylene of Raised Temperature (PE - RT) Plastic Hot - and Coldwater Tubing and Distribution Systems ................................................ Table 1202.4, Table [CONT.]: 1202.5 F 2806 \u2014 10 Standard Specification for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe (Metric SDR -PR) ......................................................................................................... Table [CONT.]: 1202.5 C115/A21.15 \u2014 11 Standard for Flanged Ductile - Iron Pipe with Ductile Iron or Grey - Iron Threaded Flanges ............. Table [CONT.]: 1202.5 BSI BSI Standards (British Standards Institution) 12950 Worldgate Drive, Suite 800 Herndon, VA 20170 Standard Referenced reference in code number Title section number EN 378 -1\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 1: Basic Requirements, Definitions, Classification and Selection Criteria ..................................... 1107.9.1, 1107.9.2, 1107.9.2.1 EN 378 -3\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 3: Installation Site and Personal Protection ................................ . 1107.9.2.2, 1107.9.3, 1107.9.4, 1107.9.5 CAN/ULC Standards Council of Canada 270 Albert Street, Suite 200 Ottawa ON KIP 6N7 Canada Standard Referenced reference in code number Title section number S635 \u2014 16 Standard for Lining Systems for Existing Masonry or Factory - Built Chimneys and Vents .................................................................................................. 801.16.1, 801.18.4 S640 \u2014 16 Standard for Lining Systems for New Masonry Chimneys ..................................................................... [CONT.]: 1202.5 B16.5 \u2014 2009 Pipe Flanges and Flanged Fittings NPS 1/2 through NPS 24 ..................................... Table 1202.5, Table [CONT.]: 1202.5 B16.28 \u2014 1994 Wrought Steel Buttwelding Short Radius Elbows and Returns .................................. Table 1202.5, Table [CONT.]: 1202.5 B31.5 \u2014 2010 Refrigeration Piping and Heat Transfer Components ................................................................................. [CONT.]: 1202.5 A 234/A234M \u2014 11a Standard Specification for Piping Fittings of Wrought Carbon Steel and Alloy Steel for Moderate and High Temperature Service ....................... Table 1202.5, Table [CONT.]: 1202.5 A 420/A 420M \u2014 10A Specification for Piping Fittings of Wrought Carbon Steel and Alloy Steel for Low - Temperature Service .............................................. Table 1202.5, Table [CONT.]: 1202.5 B 32 \u2014 08 Specification for Solder Metal .................................................................................................. 1203.3.3, 1107.5.5 B 42 \u2014 10 Specification for Seamless Copper Pipe, Standard Sizes ............................ 1107.5.2, Table 1202.4, Table [CONT.]: 1202.5 F 1807 \u2014 13 Standard Specification for Metal Insert Fittings Utilizing a Copper Crimp Ring for SDR 9Cross - linked Polyethylene (PEX) Tubing and SDR9 Polyethylene of Raised Temperature (PE - RT) Tubing ........................................................ Table 1202.5, Table [CONT.]: 1202.5 F 2080 \u2014 12 Specification for Cold - Expansion Fittings with Metal Compression - Sleeves for Crosslinked Polyethylene (PEX) Pipe ................................................................................ Table [CONT.]: 1202.5 F 2159 \u2014 11 Standard Specification for Plastic Insert Fittings Utilizing a Copper Crimp Ring for SDR 9 Cross - linked Polyethylene (PEX) Tubing and SDR9 Polyethylene of Raised Temperature (PE - RT) Tubing ........................................................ Table 1202.5, Table [CONT.]: 1202.5 F 2769 \u2014 10 Polyethylene of Raised Temperature (PE - RT) Plastic Hot - and Coldwater Tubing and Distribution Systems ................................................ Table 1202.4, Table [CONT.]: 1202.5 F 2806 \u2014 10 Standard Specification for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe (Metric SDR -PR) ......................................................................................................... Table [CONT.]: 1202.5 C115/A21.15 \u2014 11 Standard for Flanged Ductile - Iron Pipe with Ductile Iron or Grey - Iron Threaded Flanges ............. Table [CONT.]: 1202.5 BSI BSI Standards (British Standards Institution) 12950 Worldgate Drive, Suite 800 Herndon, VA 20170 Standard Referenced reference in code number Title section number EN 378 -1\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 1: Basic Requirements, Definitions, Classification and Selection Criteria ..................................... 1107.9.1, 1107.9.2, 1107.9.2.1 EN 378 -3\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 3: Installation Site and Personal Protection ................................ . 1107.9.2.2, 1107.9.3, 1107.9.4, 1107.9.5 CAN/ULC Standards Council of Canada 270 Albert Street, Suite 200 Ottawa ON KIP 6N7 Canada Standard Referenced reference in code number Title section number S635 \u2014 16 Standard for Lining Systems for Existing Masonry or Factory - Built Chimneys and Vents .................................................................................................. 801.16.1, 801.18.4 S640 \u2014 16 Standard for Lining Systems for New Masonry Chimneys ..................................................................... [CONT.]: 1202.5 B16.5 \u2014 2009 Pipe Flanges and Flanged Fittings NPS 1/2 through NPS 24 ..................................... Table 1202.5, Table [CONT.]: 1202.5 B16.28 \u2014 1994 Wrought Steel Buttwelding Short Radius Elbows and Returns .................................. Table 1202.5, Table [CONT.]: 1202.5 B31.5 \u2014 2010 Refrigeration Piping and Heat Transfer Components ................................................................................. [CONT.]: 1202.5 A 234/A234M \u2014 11a Standard Specification for Piping Fittings of Wrought Carbon Steel and Alloy Steel for Moderate and High Temperature Service ....................... Table 1202.5, Table [CONT.]: 1202.5 A 420/A 420M \u2014 10A Specification for Piping Fittings of Wrought Carbon Steel and Alloy Steel for Low - Temperature Service .............................................. Table 1202.5, Table [CONT.]: 1202.5 B 32 \u2014 08 Specification for Solder Metal .................................................................................................. 1203.3.3, 1107.5.5 B 42 \u2014 10 Specification for Seamless Copper Pipe, Standard Sizes ............................ 1107.5.2, Table 1202.4, Table [CONT.]: 1202.5 F 1807 \u2014 13 Standard Specification for Metal Insert Fittings Utilizing a Copper Crimp Ring for SDR 9Cross - linked Polyethylene (PEX) Tubing and SDR9 Polyethylene of Raised Temperature (PE - RT) Tubing ........................................................ Table 1202.5, Table [CONT.]: 1202.5 F 2080 \u2014 12 Specification for Cold - Expansion Fittings with Metal Compression - Sleeves for Crosslinked Polyethylene (PEX) Pipe ................................................................................ Table [CONT.]: 1202.5 F 2159 \u2014 11 Standard Specification for Plastic Insert Fittings Utilizing a Copper Crimp Ring for SDR 9 Cross - linked Polyethylene (PEX) Tubing and SDR9 Polyethylene of Raised Temperature (PE - RT) Tubing ........................................................ Table 1202.5, Table [CONT.]: 1202.5 F 2769 \u2014 10 Polyethylene of Raised Temperature (PE - RT) Plastic Hot - and Coldwater Tubing and Distribution Systems ................................................ Table 1202.4, Table [CONT.]: 1202.5 F 2806 \u2014 10 Standard Specification for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe (Metric SDR -PR) ......................................................................................................... Table [CONT.]: 1202.5 C115/A21.15 \u2014 11 Standard for Flanged Ductile - Iron Pipe with Ductile Iron or Grey - Iron Threaded Flanges ............. Table [CONT.]: 1202.5 BSI BSI Standards (British Standards Institution) 12950 Worldgate Drive, Suite 800 Herndon, VA 20170 Standard Referenced reference in code number Title section number EN 378 -1\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 1: Basic Requirements, Definitions, Classification and Selection Criteria ..................................... 1107.9.1, 1107.9.2, 1107.9.2.1 EN 378 -3\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 3: Installation Site and Personal Protection ................................ . 1107.9.2.2, 1107.9.3, 1107.9.4, 1107.9.5 CAN/ULC Standards Council of Canada 270 Albert Street, Suite 200 Ottawa ON KIP 6N7 Canada Standard Referenced reference in code number Title section number S635 \u2014 16 Standard for Lining Systems for Existing Masonry or Factory - Built Chimneys and Vents .................................................................................................. 801.16.1, 801.18.4 S640 \u2014 16 Standard for Lining Systems for New Masonry Chimneys ..................................................................... [CONT.]: 1202.5 B16.5 \u2014 2009 Pipe Flanges and Flanged Fittings NPS 1/2 through NPS 24 ..................................... Table 1202.5, Table [CONT.]: 1202.5 B16.28 \u2014 1994 Wrought Steel Buttwelding Short Radius Elbows and Returns .................................. Table 1202.5, Table [CONT.]: 1202.5 B31.5 \u2014 2010 Refrigeration Piping and Heat Transfer Components ................................................................................. [CONT.]: 1202.5 A 234/A234M \u2014 11a Standard Specification for Piping Fittings of Wrought Carbon Steel and Alloy Steel for Moderate and High Temperature Service ....................... Table 1202.5, Table [CONT.]: 1202.5 A 420/A 420M \u2014 10A Specification for Piping Fittings of Wrought Carbon Steel and Alloy Steel for Low - Temperature Service .............................................. Table 1202.5, Table [CONT.]: 1202.5 B 32 \u2014 08 Specification for Solder Metal .................................................................................................. 1203.3.3, 1107.5.5 B 42 \u2014 10 Specification for Seamless Copper Pipe, Standard Sizes ............................ 1107.5.2, Table 1202.4, Table [CONT.]: 1202.5 F 1807 \u2014 13 Standard Specification for Metal Insert Fittings Utilizing a Copper Crimp Ring for SDR 9Cross - linked Polyethylene (PEX) Tubing and SDR9 Polyethylene of Raised Temperature (PE - RT) Tubing ........................................................ Table 1202.5, Table [CONT.]: 1202.5 F 2080 \u2014 12 Specification for Cold - Expansion Fittings with Metal Compression - Sleeves for Crosslinked Polyethylene (PEX) Pipe ................................................................................ Table [CONT.]: 1202.5 F 2159 \u2014 11 Standard Specification for Plastic Insert Fittings Utilizing a Copper Crimp Ring for SDR 9 Cross - linked Polyethylene (PEX) Tubing and SDR9 Polyethylene of Raised Temperature (PE - RT) Tubing ........................................................ Table 1202.5, Table [CONT.]: 1202.5 F 2769 \u2014 10 Polyethylene of Raised Temperature (PE - RT) Plastic Hot - and Coldwater Tubing and Distribution Systems ................................................ Table 1202.4, Table [CONT.]: 1202.5 F 2806 \u2014 10 Standard Specification for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe (Metric SDR -PR) ......................................................................................................... Table [CONT.]: 1202.5 C115/A21.15 \u2014 11 Standard for Flanged Ductile - Iron Pipe with Ductile Iron or Grey - Iron Threaded Flanges ............. Table [CONT.]: 1202.5 BSI BSI Standards (British Standards Institution) 12950 Worldgate Drive, Suite 800 Herndon, VA 20170 Standard Referenced reference in code number Title section number EN 378 -1\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 1: Basic Requirements, Definitions, Classification and Selection Criteria ..................................... 1107.9.1, 1107.9.2, 1107.9.2.1 EN 378 -3\u2014 2016 Refrigerating Systems and Heat Pumps - Safety and Environmental Requirements - Part 3: Installation Site and Personal Protection ................................ . 1107.9.2.2, 1107.9.3, 1107.9.4, 1107.9.5 CAN/ULC Standards Council of Canada 270 Albert Street, Suite 200 Ottawa ON KIP 6N7 Canada Standard Referenced reference in code number Title section number S635 \u2014 16 Standard for Lining Systems for Existing Masonry or Factory - Built Chimneys and Vents .................................................................................................. 801.16.1, 801.18.4 S640 \u2014 16 Standard for Lining Systems for New Masonry Chimneys .....................................................................",
    "metadata": {
      "section_full": "1202.5",
      "parent_major": "1202",
      "parent_minor": "1202.5",
      "source": "036.txt"
    }
  },
  {
    "id": "1202.6",
    "text": "CONTEXT: 1202 > 1202.6 | CONTENT: 1202.6 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed. [CONT.]: 1202.6 Valves. Valves shall be constructed of materials that are compatible with the type of piping material and fluids in the system. Valves shall be rated for the temperatures and pressures of the systems in which the valves are installed.",
    "metadata": {
      "section_full": "1202.6",
      "parent_major": "1202",
      "parent_minor": "1202.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1202.7",
    "text": "CONTEXT: 1202 > 1202.7 | CONTENT: 1202.7 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS [CONT.]: 1202.7 Flexible connectors, expansion and vibration compensators. Flexible connectors, expansion and vibration control devices and fit tings , when used, shall protect the components of the hydronic system from damage caused by expansion, contraction, transverse movement, angular deflection and vibration, shall be rated for the temperatures and pressures of the systems in which the devices are installed, and shall be compatible with the fluid and all materials provided . SECTION MC 1203 JOINTS AND CONNECTIONS",
    "metadata": {
      "section_full": "1202.7",
      "parent_major": "1202",
      "parent_minor": "1202.7",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.1",
    "text": "CONTEXT: 1203 > 1203.1 | CONTENT: 1203.1 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system. [CONT.]: 1203.1 Approval. Joints and connections , other than those contained in Section 1203 and conforming to the ASTM standards listed in Sec tion 1203, shall be of an approved type. Joints and connections shall be tight for the pressure of the hydronic system.",
    "metadata": {
      "section_full": "1203.1",
      "parent_major": "1203",
      "parent_minor": "1203.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.1.1",
    "text": "CONTEXT: 1203 > 1203.1 | CONTENT: 1203.1.1 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible. [CONT.]: 1203.1.1 Joints between different piping materials. Joints between different piping materials shall be rated for the temperatures and pr essures of the systems in which the devices are installed and shall be compatible with the fluid and all materials provided. 1203. 1.2 Joints between dissimilar metallic piping materials. Joints between dissimilar metallic piping materials shall be provide d to protect against galvanic corrosion. Such joints shall be made with dielectric fittings conforming to ANSI B16.39 or ASTM F 492, as applicable, shall be rated for the temperatures and pressures of the systems in which the devices are installed and shal l be compatible with the fluid and all materials provided . Exception: Dielectric fittings shall not be required for joints between dissimilar metal piping used within heat transfer appliances or equipment when such joints are provided by the appliance or e quipment manufacturer, and such appliance or equipment is connected with isolation valves that are accessible.",
    "metadata": {
      "section_full": "1203.1.1",
      "parent_major": "1203",
      "parent_minor": "1203.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.2",
    "text": "CONTEXT: 1203 > 1203.2 | CONTENT: 1203.2 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut. [CONT.]: 1203.2 Preparation of pipe ends. Pipe shall be cut square, reamed and chamfered, and shall be free of burrs and obstructions. Pipe ends shall hav e full - bore openings and shall not be undercut.",
    "metadata": {
      "section_full": "1203.2",
      "parent_major": "1203",
      "parent_minor": "1203.2",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.3",
    "text": "CONTEXT: 1203 > 1203.3 | CONTENT: 1203.3 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections [CONT.]: 1203.3 Joint preparation and installation. Where required by Sections 1203.4 through 1203.14, the preparation and installation of brazed, mechanical, soldered, solvent - cemented , threaded and welded joints shall comply with Sections",
    "metadata": {
      "section_full": "1203.3",
      "parent_major": "1203",
      "parent_minor": "1203.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.3.1",
    "text": "CONTEXT: 1203 > 1203.3 | CONTENT: 1203.3.1 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion . [CONT.]: 1203.3.1 Brazed joints. All joints shall be brazed with a brazing procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualifica tion .",
    "metadata": {
      "section_full": "1203.3.1",
      "parent_major": "1203",
      "parent_minor": "1203.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.3.2",
    "text": "CONTEXT: 1203 > 1203.3 | CONTENT: 1203.3.2 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.2 Mechanical joints. Mechanical joints shall be installed in accordance with the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "1203.3.2",
      "parent_major": "1203",
      "parent_minor": "1203.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.3.3",
    "text": "CONTEXT: 1203 > 1203.3 | CONTENT: 1203.3.3 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32. [CONT.]: 1203.3.3 Soldered joints. Joint surfaces shall be cleaned. A flux conforming to ASTM B 813 shall be applied. The joint shall be solde red with a solder conforming to ASTM B 32.",
    "metadata": {
      "section_full": "1203.3.3",
      "parent_major": "1203",
      "parent_minor": "1203.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.3.4",
    "text": "CONTEXT: 1203 > 1203.3 | CONTENT: 1203.3.4 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. \u2021\u2021\u2021 Chapter 12 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 12 HYDRONIC PIPING SECTION MC 1201 GENERAL [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. \u2021\u2021\u2021 Chapter 12 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 12 HYDRONIC PIPING SECTION MC 1201 GENERAL [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 Solvent - cemented joints. Joint surfaces shall be clean and free of moisture. A primer , compatible with both the piping material and the cement shall be applied to pipe - joint surfaces , in accordance with t he manufacturer\u2019s requirements . Joints shall be made while the cement is wet. Solvent cement conforming to the following standards shall be applied to all joint surfaces: 1. ASTM D 2235 for ABS joints. 2. ASTM F 493 for CPVC joints. HYDRONIC PIPING 3. ASTM D 2564 for PVC joints. [CONT.]: 1203.3.4 D 2241 \u2014 09 Specification for Poly (Vinyl Chloride) (PVC) Pressure - rated Pipe (SDR - Series) ................................................................ . Table 1202.4, Table [CONT.]: 1203.3.4 D 2241 \u2014 09 Specification for Poly (Vinyl Chloride) (PVC) Pressure - rated Pipe (SDR - Series) ................................................................ . Table 1202.4, Table [CONT.]: 1203.3.4 D 2241 \u2014 09 Specification for Poly (Vinyl Chloride) (PVC) Pressure - rated Pipe (SDR - Series) ................................................................ . Table 1202.4, Table [CONT.]: 1203.3.4 D 2657 \u2014 07 Standard Practice for Heat Fusion Joining of Polyolefin Pipe and Fittings ................................ .......... [CONT.]: 1203.3.4 F 714 \u2014 13 Standard Specification for Polyethylene (PE) Plastic Pipe (SDR - PR) based on Outside Diameter ................................ ................................ ................................ ................. Table [CONT.]: 1203.3.4 D 2241 \u2014 09 Specification for Poly (Vinyl Chloride) (PVC) Pressure - rated Pipe (SDR - Series) ................................................................ . Table 1202.4, Table [CONT.]: 1203.3.4 D 2657 \u2014 07 Standard Practice for Heat Fusion Joining of Polyolefin Pipe and Fittings ................................ .......... [CONT.]: 1203.3.4 F 714 \u2014 13 Standard Specification for Polyethylene (PE) Plastic Pipe (SDR - PR) based on Outside Diameter ................................ ................................ ................................ ................. Table [CONT.]: 1203.3.4 D 2241 \u2014 09 Specification for Poly (Vinyl Chloride) (PVC) Pressure - rated Pipe (SDR - Series) ................................................................ . Table 1202.4, Table [CONT.]: 1203.3.4 D 2657 \u2014 07 Standard Practice for Heat Fusion Joining of Polyolefin Pipe and Fittings ................................ .......... [CONT.]: 1203.3.4 F 714 \u2014 13 Standard Specification for Polyethylene (PE) Plastic Pipe (SDR - PR) based on Outside Diameter ................................ ................................ ................................ ................. Table [CONT.]: 1203.3.4 D 2241 \u2014 09 Specification for Poly (Vinyl Chloride) (PVC) Pressure - rated Pipe (SDR - Series) ................................................................ . Table 1202.4, Table [CONT.]: 1203.3.4 D 2657 \u2014 07 Standard Practice for Heat Fusion Joining of Polyolefin Pipe and Fittings ................................ .......... [CONT.]: 1203.3.4 F 714 \u2014 13 Standard Specification for Polyethylene (PE) Plastic Pipe (SDR - PR) based on Outside Diameter ................................ ................................ ................................ ................. Table [CONT.]: 1203.3.4 D 2241 \u2014 09 Specification for Poly (Vinyl Chloride) (PVC) Pressure - rated Pipe (SDR - Series) ................................................................ . Table 1202.4, Table [CONT.]: 1203.3.4 D 2657 \u2014 07 Standard Practice for Heat Fusion Joining of Polyolefin Pipe and Fittings ................................ .......... [CONT.]: 1203.3.4 F 714 \u2014 13 Standard Specification for Polyethylene (PE) Plastic Pipe (SDR - PR) based on Outside Diameter ................................ ................................ ................................ ................. Table [CONT.]: 1203.3.4 D 2241 \u2014 09 Specification for Poly (Vinyl Chloride) (PVC) Pressure - rated Pipe (SDR - Series) ................................................................ . Table 1202.4, Table [CONT.]: 1203.3.4 D 2657 \u2014 07 Standard Practice for Heat Fusion Joining of Polyolefin Pipe and Fittings ................................ .......... [CONT.]: 1203.3.4 F 714 \u2014 13 Standard Specification for Polyethylene (PE) Plastic Pipe (SDR - PR) based on Outside Diameter ................................ ................................ ................................ ................. Table",
    "metadata": {
      "section_full": "1203.3.4",
      "parent_major": "1203",
      "parent_minor": "1203.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.3.5",
    "text": "CONTEXT: 1203 > 1203.3 | CONTENT: 1203.3.5 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid . [CONT.]: 1203.3.5 Threaded joints. Threads shall conform to ASME B1.20.1. Schedule 80 or heavier plastic pipe shall be threaded with dies specifically designed for plastic pipe. Thread lubricant, pipe - joint compound or tape shall be applied on the male threads only and shall be compatible f or application on the piping material and fluid .",
    "metadata": {
      "section_full": "1203.3.5",
      "parent_major": "1203",
      "parent_minor": "1203.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.3.6",
    "text": "CONTEXT: 1203 > 1203.3 | CONTENT: 1203.3.6 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 Welded joints. All joints shall be welded with a welding procedure developed and qualified in accordance with the ASME Boiler and Pressure Vessel Code , Section IX (Welding and Brazing Qualifications ) or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1203.3.6 B2.2\u2014 2016 Specification for Brazing Procedure and Performance Qualification ............................... 1107.5.4, 1203.3.1, 1303.1, 1303.3.1 AWWA American Water Work Association 6666 West Quincy Avenue Denver, CO 80235 REFERENCED STANDARDS Standard Referenced reference in code number Title section number C901 \u2014 08 Polyethylene (PE) Pressure Pipe and Tubing, 1 / 2 in. (13 mm) through 3 in. (76 mm) for Water Service ............................................................................. Table [CONT.]: 1203.3.6 B2.2\u2014 2016 Specification for Brazing Procedure and Performance Qualification ............................... 1107.5.4, 1203.3.1, 1303.1, 1303.3.1 AWWA American Water Work Association 6666 West Quincy Avenue Denver, CO 80235 REFERENCED STANDARDS Standard Referenced reference in code number Title section number C901 \u2014 08 Polyethylene (PE) Pressure Pipe and Tubing, 1 / 2 in. (13 mm) through 3 in. (76 mm) for Water Service ............................................................................. Table [CONT.]: 1203.3.6 B2.2\u2014 2016 Specification for Brazing Procedure and Performance Qualification ............................... 1107.5.4, 1203.3.1, 1303.1, 1303.3.1 AWWA American Water Work Association 6666 West Quincy Avenue Denver, CO 80235 REFERENCED STANDARDS Standard Referenced reference in code number Title section number C901 \u2014 08 Polyethylene (PE) Pressure Pipe and Tubing, 1 / 2 in. (13 mm) through 3 in. (76 mm) for Water Service ............................................................................. Table [CONT.]: 1203.3.6 B2.2\u2014 2016 Specification for Brazing Procedure and Performance Qualification ............................... 1107.5.4, 1203.3.1, 1303.1, 1303.3.1 AWWA American Water Work Association 6666 West Quincy Avenue Denver, CO 80235 REFERENCED STANDARDS Standard Referenced reference in code number Title section number C901 \u2014 08 Polyethylene (PE) Pressure Pipe and Tubing, 1 / 2 in. (13 mm) through 3 in. (76 mm) for Water Service ............................................................................. Table",
    "metadata": {
      "section_full": "1203.3.6",
      "parent_major": "1203",
      "parent_minor": "1203.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.3.7",
    "text": "CONTEXT: 1203 > 1203.3 | CONTENT: 1203.3.7 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.3.7 Grooved and shouldered mechanical joints. Grooved and shouldered mechanical joints shall conform to the requirements of ASTM F 1476 and shall be i nstalled in accordance with the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "1203.3.7",
      "parent_major": "1203",
      "parent_minor": "1203.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.3.8",
    "text": "CONTEXT: 1203 > 1203.3 | CONTENT: 1203.3.8 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall. [CONT.]: 1203.3.8 Mechanically formed tee fittings. Mechanically extracted outlets shall have a height not less than three times the thickness of the branch tube wall.",
    "metadata": {
      "section_full": "1203.3.8",
      "parent_major": "1203",
      "parent_minor": "1203.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.3.8.1",
    "text": "CONTEXT: 1203 > 1203.3 | CONTENT: 1203.3.8.1 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run. [CONT.]: 1203.3.8.1 Full flow assurance. Bran ch tubes shall not restrict the flow in the run tube. A dimple/depth stop shall be formed in the branch tube to ensure that penetration into the outlet is of the correct depth. For inspection purposes, a second dimple shall be placed 1 / 4 inch (6.4 mm) above the first dimple. Dimples shall be aligned with the tube run.",
    "metadata": {
      "section_full": "1203.3.8.1",
      "parent_major": "1203",
      "parent_minor": "1203.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.3.8.2",
    "text": "CONTEXT: 1203 > 1203.3 | CONTENT: 1203.3.8.2 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1. [CONT.]: 1203.3.8.2 Brazed joints. Mechanically formed tee fittings shall be brazed in accordance with Section 1203.3.1.",
    "metadata": {
      "section_full": "1203.3.8.2",
      "parent_major": "1203",
      "parent_minor": "1203.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.4",
    "text": "CONTEXT: 1203 > 1203.4 | CONTENT: 1203.4 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.4 ABS plastic pipe. Joints between ABS plastic pipe or f ittings shall be solvent - cemented or threaded joints conforming to Section 1203.3.",
    "metadata": {
      "section_full": "1203.4",
      "parent_major": "1203",
      "parent_minor": "1203.4",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.5",
    "text": "CONTEXT: 1203 > 1203.5 | CONTENT: 1203.5 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.5 Brass pipe. Joints between brass pipe or fittings shall be brazed, mechanical, threaded or welded joints conforming to Section 1203.3.",
    "metadata": {
      "section_full": "1203.5",
      "parent_major": "1203",
      "parent_minor": "1203.5",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.6",
    "text": "CONTEXT: 1203 > 1203.6 | CONTENT: 1203.6 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3. [CONT.]: 1203.6 Brass tubing. Joints bet ween brass tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3.",
    "metadata": {
      "section_full": "1203.6",
      "parent_major": "1203",
      "parent_minor": "1203.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.7",
    "text": "CONTEXT: 1203 > 1203.7 | CONTENT: 1203.7 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.7 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, mechanical, soldered, threaded or welded joints conforming to Section 1203.3.",
    "metadata": {
      "section_full": "1203.7",
      "parent_major": "1203",
      "parent_minor": "1203.7",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.8",
    "text": "CONTEXT: 1203 > 1203.8 | CONTENT: 1203.8 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2. [CONT.]: 1203.8 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings shall be brazed, mechanical or soldered joints conforming to Section 1203.3, flared joints conforming to Section 1203.8.1 or push - fit joints conforming to Section 1203.8.2.",
    "metadata": {
      "section_full": "1203.8",
      "parent_major": "1203",
      "parent_minor": "1203.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.8.1",
    "text": "CONTEXT: 1203 > 1203.8 | CONTENT: 1203.8.1 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1203.8.1 Flared joints. Flared joints shall be made by a tool designed for that operation.",
    "metadata": {
      "section_full": "1203.8.1",
      "parent_major": "1203",
      "parent_minor": "1203.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.8.2",
    "text": "CONTEXT: 1203 > 1203.8 | CONTENT: 1203.8.2 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.8.2 Push - fit joints. Push - fit joints shall be installed in accordance with the manufacturer\u2019s instructions. 120 3.9 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3.",
    "metadata": {
      "section_full": "1203.8.2",
      "parent_major": "1203",
      "parent_minor": "1203.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.11",
    "text": "CONTEXT: 1203 > 1203.11 | CONTENT: 1203.11 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3. [CONT.]: 1203.11 Cross - linked polyethylene (PEX) plastic tubing. Joints between cross - linked polyethyle ne plastic tubing and fittings shall conform to Sections 1203.11.1 and 1203.11.2. Mechanical joints shall conform to Section 1203.3.",
    "metadata": {
      "section_full": "1203.11",
      "parent_major": "1203",
      "parent_minor": "1203.11",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.11.1",
    "text": "CONTEXT: 1203 > 1203.11 | CONTENT: 1203.11.1 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.11.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings.",
    "metadata": {
      "section_full": "1203.11.1",
      "parent_major": "1203",
      "parent_minor": "1203.11",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.11.2",
    "text": "CONTEXT: 1203 > 1203.11 | CONTENT: 1203.11.2 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1203.11.2 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line.",
    "metadata": {
      "section_full": "1203.11.2",
      "parent_major": "1203",
      "parent_minor": "1203.11",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.12",
    "text": "CONTEXT: 1203 > 1203.12 | CONTENT: 1203.12 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3. [CONT.]: 1203.12 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints conforming to Section 1203.3.",
    "metadata": {
      "section_full": "1203.12",
      "parent_major": "1203",
      "parent_minor": "1203.12",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.13",
    "text": "CONTEXT: 1203 > 1203.13 | CONTENT: 1203.13 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3. [CONT.]: 1203.13 Steel pipe. Joints between steel pipe or fittings shall be mechanical , threaded or welded joints conforming to Section 1203.3.",
    "metadata": {
      "section_full": "1203.13",
      "parent_major": "1203",
      "parent_minor": "1203.13",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.14",
    "text": "CONTEXT: 1203 > 1203.14 | CONTENT: 1203.14 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING [CONT.]: 1203.14 Steel tubing. Joints between steel tubing or fittings shall be mechanical or welded joints conforming to Section 1203.3. HYDRONIC PIPING",
    "metadata": {
      "section_full": "1203.14",
      "parent_major": "1203",
      "parent_minor": "1203.14",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.15",
    "text": "CONTEXT: 1203 > 1203.15 | CONTENT: 1203.15 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2. [CONT.]: 1203.15 Polypropylene (PP) plastic. Joints between PP plastic pipe and fittings shall comp ly with Sections 1203.15.1 and 1203.15.2.",
    "metadata": {
      "section_full": "1203.15",
      "parent_major": "1203",
      "parent_minor": "1203.15",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.15.1",
    "text": "CONTEXT: 1203 > 1203.15 | CONTENT: 1203.15.1 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1203.15.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylene fittings, electro - fusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389.",
    "metadata": {
      "section_full": "1203.15.1",
      "parent_major": "1203",
      "parent_minor": "1203.15",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.15.2",
    "text": "CONTEXT: 1203 > 1203.15 | CONTENT: 1203.15.2 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1203.15.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shal l be installed in accordance with the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "1203.15.2",
      "parent_major": "1203",
      "parent_minor": "1203.15",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.16",
    "text": "CONTEXT: 1203 > 1203.16 | CONTENT: 1203.16 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3. [CONT.]: 1203.16 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittings shall conform to Sections 1203.16.1 and 1203.16.2. Mechani cal joints shall conform to Section 1203.3.",
    "metadata": {
      "section_full": "1203.16",
      "parent_major": "1203",
      "parent_minor": "1203.16",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.16.1",
    "text": "CONTEXT: 1203 > 1203.16 | CONTENT: 1203.16.1 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.16.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings.",
    "metadata": {
      "section_full": "1203.16.1",
      "parent_major": "1203",
      "parent_minor": "1203.16",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.16.2",
    "text": "CONTEXT: 1203 > 1203.16 | CONTENT: 1203.16.2 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe. [CONT.]: 1203.16.2 PE - RT - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - RT pipe.",
    "metadata": {
      "section_full": "1203.16.2",
      "parent_major": "1203",
      "parent_minor": "1203.16",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.17",
    "text": "CONTEXT: 1203 > 1203.17 | CONTENT: 1203.17 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3. [CONT.]: 1203.17 Polyethylene/aluminum/polyethylene (PE - AL - PE) pressure pipe. Joints between polyethylene/aluminum/po lyethylene pressure pipe and fittings shall conform to Sections 1203.17.1 and 1203.17.2. Mechanical joints shall comply with Section 1203.3.",
    "metadata": {
      "section_full": "1203.17",
      "parent_major": "1203",
      "parent_minor": "1203.17",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.17.1",
    "text": "CONTEXT: 1203 > 1203.17 | CONTENT: 1203.17.1 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.17.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the f ittings shall be installed without omitting the inserts and ferrules or O - rings.",
    "metadata": {
      "section_full": "1203.17.1",
      "parent_major": "1203",
      "parent_minor": "1203.17",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.17.2",
    "text": "CONTEXT: 1203 > 1203.17 | CONTENT: 1203.17.2 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe. [CONT.]: 1203.17.2 PE - AL - PE - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PE - AL - PE pipe.",
    "metadata": {
      "section_full": "1203.17.2",
      "parent_major": "1203",
      "parent_minor": "1203.17",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.18",
    "text": "CONTEXT: 1203 > 1203.18 | CONTENT: 1203.18 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3. [CONT.]: 1203.18 Cross - linked polyethylene/aluminum/cross - linked polyethylene (PEX - AL - PEX) pressure pipe. Joints between cross - linked polyethylene/aluminum/cross - linked polyethylene pressure pipe and fittings shall conform to Sections 1203.18.1 and 1203.18.2. Mecha nical joints shall comply with Section 1203.3.",
    "metadata": {
      "section_full": "1203.18",
      "parent_major": "1203",
      "parent_minor": "1203.18",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.18.1",
    "text": "CONTEXT: 1203 > 1203.18 | CONTENT: 1203.18.1 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1203.18.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed without omitting the inserts and ferrules or O - rings.",
    "metadata": {
      "section_full": "1203.18.1",
      "parent_major": "1203",
      "parent_minor": "1203.18",
      "source": "036.txt"
    }
  },
  {
    "id": "1203.18.2",
    "text": "CONTEXT: 1203 > 1203.18 | CONTENT: 1203.18.2 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION [CONT.]: 1203.18.2 PEX - AL - PEX - to - metal connections. Solder joints in a metal pipe shall not occur within 18 inches (457.2 mm) of a transition from such metal pipe to PEX - AL - PEX pipe. SECTION MC 1204 PIPE INSULATION",
    "metadata": {
      "section_full": "1203.18.2",
      "parent_major": "1203",
      "parent_minor": "1203.18",
      "source": "036.txt"
    }
  },
  {
    "id": "1204.1",
    "text": "CONTEXT: 1204 > 1204.1 | CONTENT: 1204.1 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1. [CONT.]: 1204.1 Insulation characteristics. Pipe insulation installed in buildings shall conform to the requirements of the New York City Energy Conservation Code , shall be tested in accordance with ASTM E 84 or UL 723, using the specimen preparation and mounting p rocedures of ASTM E 2231; and shall have a maximum flame spread index of 25 and a smoke - developed index not exceeding 450. Insulation installed in an air plenum shall comply with Section 602.2.1.",
    "metadata": {
      "section_full": "1204.1",
      "parent_major": "1204",
      "parent_minor": "1204.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1204.2",
    "text": "CONTEXT: 1204 > 1204.2 | CONTENT: 1204.2 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES [CONT.]: 1204.2 Required thickness. Hydronic piping shall be insulate d to the thickness required by the New York City Energy Conservation Code. SECTION MC 1205 VALVES",
    "metadata": {
      "section_full": "1204.2",
      "parent_major": "1204",
      "parent_minor": "1204.2",
      "source": "036.txt"
    }
  },
  {
    "id": "1205.1",
    "text": "CONTEXT: 1205 > 1205.1 | CONTENT: 1205.1 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6. [CONT.]: 1205.1 Where required. Shutoff valves shall be installed in hydronic piping systems in the locations indicated in Sections 1205.1.1 through 1205.1.6.",
    "metadata": {
      "section_full": "1205.1",
      "parent_major": "1205",
      "parent_minor": "1205.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1205.1.1",
    "text": "CONTEXT: 1205 > 1205.1 | CONTENT: 1205.1.1 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. \u2021\u2021\u2021 Chapter 12 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 12 HYDRONIC PIPING SECTION MC 1201 GENERAL [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. [CONT.]: 1205.1.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. HYDRONIC PIPING Exception: Shutoff valves shall not be required where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1.",
    "metadata": {
      "section_full": "1205.1.1",
      "parent_major": "1205",
      "parent_minor": "1205.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1205.1.2",
    "text": "CONTEXT: 1205 > 1205.1 | CONTENT: 1205.1.2 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems. [CONT.]: 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems. [CONT.]: 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems. [CONT.]: 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems. [CONT.]: 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems. [CONT.]: 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems. [CONT.]: 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems. [CONT.]: 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems. [CONT.]: 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems. [CONT.]: 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems. [CONT.]: 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems. [CONT.]: 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems. [CONT.]: 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems. [CONT.]: 1205.1.2 Central systems. Shutoff valves shall be installed on the building supply and return of central utility systems, and district heating and cooling systems.",
    "metadata": {
      "section_full": "1205.1.2",
      "parent_major": "1205",
      "parent_minor": "1205.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1205.1.3",
    "text": "CONTEXT: 1205 > 1205.1 | CONTENT: 1205.1.3 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1205.1.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel.",
    "metadata": {
      "section_full": "1205.1.3",
      "parent_major": "1205",
      "parent_minor": "1205.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1205.1.4",
    "text": "CONTEXT: 1205 > 1205.1 | CONTENT: 1205.1.4 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve. [CONT.]: 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve. [CONT.]: 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve. [CONT.]: 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve. [CONT.]: 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve. [CONT.]: 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve. [CONT.]: 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve. [CONT.]: 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve. [CONT.]: 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve. [CONT.]: 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve. [CONT.]: 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve. [CONT.]: 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve. [CONT.]: 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve. [CONT.]: 1205.1.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reduc ing valve.",
    "metadata": {
      "section_full": "1205.1.4",
      "parent_major": "1205",
      "parent_minor": "1205.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1205.1.5",
    "text": "CONTEXT: 1205 > 1205.1 | CONTENT: 1205.1.5 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment. [CONT.]: 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment. [CONT.]: 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment. [CONT.]: 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment. [CONT.]: 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment. [CONT.]: 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment. [CONT.]: 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment. [CONT.]: 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment. [CONT.]: 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment. [CONT.]: 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment. [CONT.]: 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment. [CONT.]: 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment. [CONT.]: 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment. [CONT.]: 1205.1.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a hydronic system such as pumps, air separators, metering devices and si milar equipment.",
    "metadata": {
      "section_full": "1205.1.5",
      "parent_major": "1205",
      "parent_minor": "1205.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1205.1.6",
    "text": "CONTEXT: 1205 > 1205.1 | CONTENT: 1205.1.6 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position. [CONT.]: 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position. [CONT.]: 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position. [CONT.]: 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position. [CONT.]: 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position. [CONT.]: 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position. [CONT.]: 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position. [CONT.]: 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position. [CONT.]: 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position. [CONT.]: 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position. [CONT.]: 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position. [CONT.]: 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position. [CONT.]: 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position. [CONT.]: 1205.1.6 Expansion tanks. Lockable shutoff valves shall be installed at connections to all expansion tanks. Valves shall be locked in the open position.",
    "metadata": {
      "section_full": "1205.1.6",
      "parent_major": "1205",
      "parent_minor": "1205.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1205.2",
    "text": "CONTEXT: 1205 > 1205.2 | CONTENT: 1205.2 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1 [CONT.]: 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1 [CONT.]: 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1 [CONT.]: 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1 [CONT.]: 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1 [CONT.]: 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1 [CONT.]: 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1 [CONT.]: 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1 [CONT.]: 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1 [CONT.]: 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1 [CONT.]: 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1 [CONT.]: 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1 [CONT.]: 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1 [CONT.]: 1205.2 Reduced pressure. A pressure relief valve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. SECTION MC 1206 PIPING INSTALLATION 1",
    "metadata": {
      "section_full": "1205.2",
      "parent_major": "1205",
      "parent_minor": "1205.2",
      "source": "036.txt"
    }
  },
  {
    "id": "206.1",
    "text": "CONTEXT: 206 > 206.1 | CONTENT: 206.1 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval. [CONT.]: 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval. [CONT.]: 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval. [CONT.]: 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval. [CONT.]: 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval. [CONT.]: 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval. [CONT.]: 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval. [CONT.]: 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval. [CONT.]: 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval. [CONT.]: 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval. [CONT.]: 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval. [CONT.]: 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval. [CONT.]: 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval. [CONT.]: 206.1 General. Piping, valves, fittings and connections shall be installed in accordance with the conditions of approval.",
    "metadata": {
      "section_full": "206.1",
      "parent_major": "206",
      "parent_minor": "206.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1206.2",
    "text": "CONTEXT: 1206 > 1206.2 | CONTENT: 1206.2 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground. [CONT.]: 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground. [CONT.]: 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground. [CONT.]: 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground. [CONT.]: 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground. [CONT.]: 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground. [CONT.]: 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground. [CONT.]: 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground. [CONT.]: 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground. [CONT.]: 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground. [CONT.]: 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground. [CONT.]: 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground. [CONT.]: 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground. [CONT.]: 1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Where the system drains to the plumbing drainage system, the installation shall conform to the requirements of the New York City Plumbing Code. Exception: The buried portions of systems embedded underground.",
    "metadata": {
      "section_full": "1206.2",
      "parent_major": "1206",
      "parent_minor": "1206.2",
      "source": "036.txt"
    }
  },
  {
    "id": "1206.3",
    "text": "CONTEXT: 1206 > 1206.3 | CONTENT: 1206.3 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code. [CONT.]: 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code. [CONT.]: 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code. [CONT.]: 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code. [CONT.]: 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code. [CONT.]: 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code. [CONT.]: 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code. [CONT.]: 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code. [CONT.]: 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code. [CONT.]: 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code. [CONT.]: 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code. [CONT.]: 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code. [CONT.]: 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code. [CONT.]: 1206.3 Protection of potable water. The potable water system sha ll be protected from backflow in accordance with the New York City Plumbing Code.",
    "metadata": {
      "section_full": "1206.3",
      "parent_major": "1206",
      "parent_minor": "1206.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1206.4",
    "text": "CONTEXT: 1206 > 1206.4 | CONTENT: 1206.4 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code. [CONT.]: 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code. [CONT.]: 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code. [CONT.]: 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code. [CONT.]: 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code. [CONT.]: 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code. [CONT.]: 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code. [CONT.]: 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code. [CONT.]: 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code. [CONT.]: 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code. [CONT.]: 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code. [CONT.]: 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code. [CONT.]: 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code. [CONT.]: 1206.4 Pipe penetrations. Openings for pipe penetrations in walls, floors or ceilings shall be larger than the penetrating pipe. Openings through concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code.",
    "metadata": {
      "section_full": "1206.4",
      "parent_major": "1206",
      "parent_minor": "1206.4",
      "source": "036.txt"
    }
  },
  {
    "id": "1206.5",
    "text": "CONTEXT: 1206 > 1206.5 | CONTENT: 1206.5 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials. [CONT.]: 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials. [CONT.]: 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials. [CONT.]: 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials. [CONT.]: 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials. [CONT.]: 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials. [CONT.]: 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials. [CONT.]: 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials. [CONT.]: 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials. [CONT.]: 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials. [CONT.]: 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials. [CONT.]: 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials. [CONT.]: 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials. [CONT.]: 1206.5 Clearance to combustibles. A pipe in a hydronic piping system in which the exterior temperature exceed s 250\u00b0F ( 121.1 \u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) to combustible materials.",
    "metadata": {
      "section_full": "1206.5",
      "parent_major": "1206",
      "parent_minor": "1206.5",
      "source": "036.txt"
    }
  },
  {
    "id": "1206.6",
    "text": "CONTEXT: 1206 > 1206.6 | CONTENT: 1206.6 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1206.6 Contact with building material. A hydronic piping system shall not be in direct contact with building materials that cause the piping material to degrade or corrode, or that interfere with the operation of the system.",
    "metadata": {
      "section_full": "1206.6",
      "parent_major": "1206",
      "parent_minor": "1206.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1206.7",
    "text": "CONTEXT: 1206 > 1206.7 | CONTENT: 1206.7 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve. [CONT.]: 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve. [CONT.]: 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve. [CONT.]: 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve. [CONT.]: 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve. [CONT.]: 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve. [CONT.]: 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve. [CONT.]: 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve. [CONT.]: 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve. [CONT.]: 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve. [CONT.]: 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve. [CONT.]: 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve. [CONT.]: 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve. [CONT.]: 1206.7 Water hammer. The flow velocity of the hydronic piping system shall be controlled to reduce the possibility of water hammer. Where a quick - closing valve creates water hammer, an enginee red water - hammer arrestor shall be installed. The arrestor shall be located within a range as specified by the manufacturer of the quick - closing valve.",
    "metadata": {
      "section_full": "1206.7",
      "parent_major": "1206",
      "parent_minor": "1206.7",
      "source": "036.txt"
    }
  },
  {
    "id": "1206.8",
    "text": "CONTEXT: 1206 > 1206.8 | CONTENT: 1206.8 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping. [CONT.]: 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping. [CONT.]: 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping. [CONT.]: 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping. [CONT.]: 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping. [CONT.]: 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping. [CONT.]: 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping. [CONT.]: 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping. [CONT.]: 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping. [CONT.]: 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping. [CONT.]: 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping. [CONT.]: 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping. [CONT.]: 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping. [CONT.]: 1206.8 Steam piping pitch. Steam piping shall be installed to drain to the boiler or the steam trap. Ste am systems shall not have drip pockets that reduce the capacity of the steam piping.",
    "metadata": {
      "section_full": "1206.8",
      "parent_major": "1206",
      "parent_minor": "1206.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1206.9",
    "text": "CONTEXT: 1206 > 1206.9 | CONTENT: 1206.9 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1206.9 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damag e resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components.",
    "metadata": {
      "section_full": "1206.9",
      "parent_major": "1206",
      "parent_minor": "1206.9",
      "source": "036.txt"
    }
  },
  {
    "id": "1206.9.1",
    "text": "CONTEXT: 1206 > 1206.9 | CONTENT: 1206.9.1 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . \u2021\u2021\u2021 Chapter 12 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 12 HYDRONIC PIPING SECTION MC 1201 GENERAL [CONT.]: 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . \u2021\u2021\u2021 Chapter 12 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 12 HYDRONIC PIPING SECTION MC 1201 GENERAL [CONT.]: 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . HYDRONIC PIPING [CONT.]: 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . HYDRONIC PIPING [CONT.]: 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . HYDRONIC PIPING [CONT.]: 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . HYDRONIC PIPING [CONT.]: 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . HYDRONIC PIPING [CONT.]: 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . HYDRONIC PIPING [CONT.]: 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . HYDRONIC PIPING [CONT.]: 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . HYDRONIC PIPING [CONT.]: 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . HYDRONIC PIPING [CONT.]: 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . HYDRONIC PIPING [CONT.]: 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . HYDRONIC PIPING [CONT.]: 1206.9.1 Flood hazard. Piping located in flood hazard areas shall comply with Appendix G of the New York City Building Code . HYDRONIC PIPING",
    "metadata": {
      "section_full": "1206.9.1",
      "parent_major": "1206",
      "parent_minor": "1206.9",
      "source": "036.txt"
    }
  },
  {
    "id": "1206.10",
    "text": "CONTEXT: 1206 > 1206.10 | CONTENT: 1206.10 1206.10 Pipe support. Pipe shall be supported in accordance with Section 305. Seismic supports shall be provided where required by the New York City Building Code. [CONT.]: 1206.10 Pipe support. Pipe shall be supported in accordance with Section 305. Seismic supports shall be provided where required by the New York City Building Code. [CONT.]: 1206.10 Pipe support. Pipe shall be supported in accordance with Section 305. Seismic supports shall be provided where required by the New York City Building Code. [CONT.]: 1206.10 Pipe support. Pipe shall be supported in accordance with Section 305. Seismic supports shall be provided where required by the New York City Building Code. [CONT.]: 1206.10 Pipe support. Pipe shall be supported in accordance with Section 305. Seismic supports shall be provided where required by the New York City Building Code. [CONT.]: 1206.10 Pipe support. Pipe shall be supported in accordance with Section 305. Seismic supports shall be provided where required by the New York City Building Code. [CONT.]: 1206.10 Pipe support. Pipe shall be supported in accordance with Section 305. Seismic supports shall be provided where required by the New York City Building Code. [CONT.]: 1206.10 Pipe support. Pipe shall be supported in accordance with Section 305. Seismic supports shall be provided where required by the New York City Building Code. [CONT.]: 1206.10 Pipe support. Pipe shall be supported in accordance with Section 305. Seismic supports shall be provided where required by the New York City Building Code. [CONT.]: 1206.10 Pipe support. Pipe shall be supported in accordance with Section 305. Seismic supports shall be provided where required by the New York City Building Code. [CONT.]: 1206.10 Pipe support. Pipe shall be supported in accordance with Section 305. Seismic supports shall be provided where required by the New York City Building Code. [CONT.]: 1206.10 Pipe support. Pipe shall be supported in accordance with Section 305. Seismic supports shall be provided where required by the New York City Building Code.",
    "metadata": {
      "section_full": "1206.10",
      "parent_major": "1206",
      "parent_minor": "1206.10",
      "source": "036.txt"
    }
  },
  {
    "id": "1206.11",
    "text": "CONTEXT: 1206 > 1206.11 | CONTENT: 1206.11 1206.11 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of piping. SECTION MC 1207 TRANSFER FLUID [CONT.]: 1206.11 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of piping. SECTION MC 1207 TRANSFER FLUID [CONT.]: 1206.11 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of piping. SECTION MC 1207 TRANSFER FLUID [CONT.]: 1206.11 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of piping. SECTION MC 1207 TRANSFER FLUID [CONT.]: 1206.11 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of piping. SECTION MC 1207 TRANSFER FLUID [CONT.]: 1206.11 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of piping. SECTION MC 1207 TRANSFER FLUID [CONT.]: 1206.11 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of piping. SECTION MC 1207 TRANSFER FLUID [CONT.]: 1206.11 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of piping. SECTION MC 1207 TRANSFER FLUID [CONT.]: 1206.11 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of piping. SECTION MC 1207 TRANSFER FLUID [CONT.]: 1206.11 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of piping. SECTION MC 1207 TRANSFER FLUID [CONT.]: 1206.11 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of piping. SECTION MC 1207 TRANSFER FLUID [CONT.]: 1206.11 Condensation. Provisions shall be made to prevent the formation of condensation on the exterior of piping. SECTION MC 1207 TRANSFER FLUID",
    "metadata": {
      "section_full": "1206.11",
      "parent_major": "1206",
      "parent_minor": "1206.11",
      "source": "036.txt"
    }
  },
  {
    "id": "1207.1",
    "text": "CONTEXT: 1207 > 1207.1 | CONTENT: 1207.1 1207.1 Flash point. The flash point of transfer fluid in a hydronic piping system shall be not less than 50\u00b0F (10\u00b0C) above the maximum system operating temperature. [CONT.]: 1207.1 Flash point. The flash point of transfer fluid in a hydronic piping system shall be not less than 50\u00b0F (10\u00b0C) above the maximum system operating temperature. [CONT.]: 1207.1 Flash point. The flash point of transfer fluid in a hydronic piping system shall be not less than 50\u00b0F (10\u00b0C) above the maximum system operating temperature. [CONT.]: 1207.1 Flash point. The flash point of transfer fluid in a hydronic piping system shall be not less than 50\u00b0F (10\u00b0C) above the maximum system operating temperature. [CONT.]: 1207.1 Flash point. The flash point of transfer fluid in a hydronic piping system shall be not less than 50\u00b0F (10\u00b0C) above the maximum system operating temperature. [CONT.]: 1207.1 Flash point. The flash point of transfer fluid in a hydronic piping system shall be not less than 50\u00b0F (10\u00b0C) above the maximum system operating temperature. [CONT.]: 1207.1 Flash point. The flash point of transfer fluid in a hydronic piping system shall be not less than 50\u00b0F (10\u00b0C) above the maximum system operating temperature. [CONT.]: 1207.1 Flash point. The flash point of transfer fluid in a hydronic piping system shall be not less than 50\u00b0F (10\u00b0C) above the maximum system operating temperature. [CONT.]: 1207.1 Flash point. The flash point of transfer fluid in a hydronic piping system shall be not less than 50\u00b0F (10\u00b0C) above the maximum system operating temperature. [CONT.]: 1207.1 Flash point. The flash point of transfer fluid in a hydronic piping system shall be not less than 50\u00b0F (10\u00b0C) above the maximum system operating temperature. [CONT.]: 1207.1 Flash point. The flash point of transfer fluid in a hydronic piping system shall be not less than 50\u00b0F (10\u00b0C) above the maximum system operating temperature. [CONT.]: 1207.1 Flash point. The flash point of transfer fluid in a hydronic piping system shall be not less than 50\u00b0F (10\u00b0C) above the maximum system operating temperature.",
    "metadata": {
      "section_full": "1207.1",
      "parent_major": "1207",
      "parent_minor": "1207.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1207.2",
    "text": "CONTEXT: 1207 > 1207.2 | CONTENT: 1207.2 1207.2 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. SECTION MC 1208 TESTS [CONT.]: 1207.2 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. SECTION MC 1208 TESTS [CONT.]: 1207.2 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. SECTION MC 1208 TESTS [CONT.]: 1207.2 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. SECTION MC 1208 TESTS [CONT.]: 1207.2 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. SECTION MC 1208 TESTS [CONT.]: 1207.2 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. SECTION MC 1208 TESTS [CONT.]: 1207.2 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. SECTION MC 1208 TESTS [CONT.]: 1207.2 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. SECTION MC 1208 TESTS [CONT.]: 1207.2 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. SECTION MC 1208 TESTS [CONT.]: 1207.2 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. SECTION MC 1208 TESTS [CONT.]: 1207.2 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. SECTION MC 1208 TESTS [CONT.]: 1207.2 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. SECTION MC 1208 TESTS",
    "metadata": {
      "section_full": "1207.2",
      "parent_major": "1207",
      "parent_minor": "1207.2",
      "source": "036.txt"
    }
  },
  {
    "id": "1208.1",
    "text": "CONTEXT: 1208 > 1208.1 | CONTENT: 1208.1 1208.1 General. Hydronic piping systems other than ground - source heat pump loop systems shall be tested hydrostatically at one and one half times the system design operating pressure, but not less than 100 psi (689 kPa). The duration of each test shall be not less than 2 hours. Ground - source heat pump loop systems shall be tested in accordance with Section 1210.10. SECTION MC 1209 EMBEDDED PIPING [CONT.]: 1208.1 General. Hydronic piping systems other than ground - source heat pump loop systems shall be tested hydrostatically at one and one half times the system design operating pressure, but not less than 100 psi (689 kPa). The duration of each test shall be not less than 2 hours. Ground - source heat pump loop systems shall be tested in accordance with Section 1210.10. SECTION MC 1209 EMBEDDED PIPING [CONT.]: 1208.1 General. Hydronic piping systems other than ground - source heat pump loop systems shall be tested hydrostatically at one and one half times the system design operating pressure, but not less than 100 psi (689 kPa). The duration of each test shall be not less than 2 hours. Ground - source heat pump loop systems shall be tested in accordance with Section 1210.10. SECTION MC 1209 EMBEDDED PIPING [CONT.]: 1208.1 General. Hydronic piping systems other than ground - source heat pump loop systems shall be tested hydrostatically at one and one half times the system design operating pressure, but not less than 100 psi (689 kPa). The duration of each test shall be not less than 2 hours. Ground - source heat pump loop systems shall be tested in accordance with Section 1210.10. SECTION MC 1209 EMBEDDED PIPING [CONT.]: 1208.1 General. Hydronic piping systems other than ground - source heat pump loop systems shall be tested hydrostatically at one and one half times the system design operating pressure, but not less than 100 psi (689 kPa). The duration of each test shall be not less than 2 hours. Ground - source heat pump loop systems shall be tested in accordance with Section 1210.10. SECTION MC 1209 EMBEDDED PIPING [CONT.]: 1208.1 General. Hydronic piping systems other than ground - source heat pump loop systems shall be tested hydrostatically at one and one half times the system design operating pressure, but not less than 100 psi (689 kPa). The duration of each test shall be not less than 2 hours. Ground - source heat pump loop systems shall be tested in accordance with Section 1210.10. SECTION MC 1209 EMBEDDED PIPING [CONT.]: 1208.1 General. Hydronic piping systems other than ground - source heat pump loop systems shall be tested hydrostatically at one and one half times the system design operating pressure, but not less than 100 psi (689 kPa). The duration of each test shall be not less than 2 hours. Ground - source heat pump loop systems shall be tested in accordance with Section 1210.10. SECTION MC 1209 EMBEDDED PIPING [CONT.]: 1208.1 General. Hydronic piping systems other than ground - source heat pump loop systems shall be tested hydrostatically at one and one half times the system design operating pressure, but not less than 100 psi (689 kPa). The duration of each test shall be not less than 2 hours. Ground - source heat pump loop systems shall be tested in accordance with Section 1210.10. SECTION MC 1209 EMBEDDED PIPING [CONT.]: 1208.1 General. Hydronic piping systems other than ground - source heat pump loop systems shall be tested hydrostatically at one and one half times the system design operating pressure, but not less than 100 psi (689 kPa). The duration of each test shall be not less than 2 hours. Ground - source heat pump loop systems shall be tested in accordance with Section 1210.10. SECTION MC 1209 EMBEDDED PIPING [CONT.]: 1208.1 General. Hydronic piping systems other than ground - source heat pump loop systems shall be tested hydrostatically at one and one half times the system design operating pressure, but not less than 100 psi (689 kPa). The duration of each test shall be not less than 2 hours. Ground - source heat pump loop systems shall be tested in accordance with Section 1210.10. SECTION MC 1209 EMBEDDED PIPING [CONT.]: 1208.1 General. Hydronic piping systems other than ground - source heat pump loop systems shall be tested hydrostatically at one and one half times the system design operating pressure, but not less than 100 psi (689 kPa). The duration of each test shall be not less than 2 hours. Ground - source heat pump loop systems shall be tested in accordance with Section 1210.10. SECTION MC 1209 EMBEDDED PIPING [CONT.]: 1208.1 General. Hydronic piping systems other than ground - source heat pump loop systems shall be tested hydrostatically at one and one half times the system design operating pressure, but not less than 100 psi (689 kPa). The duration of each test shall be not less than 2 hours. Ground - source heat pump loop systems shall be tested in accordance with Section 1210.10. SECTION MC 1209 EMBEDDED PIPING",
    "metadata": {
      "section_full": "1208.1",
      "parent_major": "1208",
      "parent_minor": "1208.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1209.1",
    "text": "CONTEXT: 1209 > 1209.1 | CONTENT: 1209.1 1209.1 Materials. Embedded piping shall be plastic pipe or tubing , in accordance with Section 1202 , rated at 100 psi (689.5 kPa) at 180\u00b0F (82.2\u00b0C). [CONT.]: 1209.1 Materials. Embedded piping shall be plastic pipe or tubing , in accordance with Section 1202 , rated at 100 psi (689.5 kPa) at 180\u00b0F (82.2\u00b0C). [CONT.]: 1209.1 Materials. Embedded piping shall be plastic pipe or tubing , in accordance with Section 1202 , rated at 100 psi (689.5 kPa) at 180\u00b0F (82.2\u00b0C). [CONT.]: 1209.1 Materials. Embedded piping shall be plastic pipe or tubing , in accordance with Section 1202 , rated at 100 psi (689.5 kPa) at 180\u00b0F (82.2\u00b0C). [CONT.]: 1209.1 Materials. Embedded piping shall be plastic pipe or tubing , in accordance with Section 1202 , rated at 100 psi (689.5 kPa) at 180\u00b0F (82.2\u00b0C). [CONT.]: 1209.1 Materials. Embedded piping shall be plastic pipe or tubing , in accordance with Section 1202 , rated at 100 psi (689.5 kPa) at 180\u00b0F (82.2\u00b0C). [CONT.]: 1209.1 Materials. Embedded piping shall be plastic pipe or tubing , in accordance with Section 1202 , rated at 100 psi (689.5 kPa) at 180\u00b0F (82.2\u00b0C). [CONT.]: 1209.1 Materials. Embedded piping shall be plastic pipe or tubing , in accordance with Section 1202 , rated at 100 psi (689.5 kPa) at 180\u00b0F (82.2\u00b0C). [CONT.]: 1209.1 Materials. Embedded piping shall be plastic pipe or tubing , in accordance with Section 1202 , rated at 100 psi (689.5 kPa) at 180\u00b0F (82.2\u00b0C). [CONT.]: 1209.1 Materials. Embedded piping shall be plastic pipe or tubing , in accordance with Section 1202 , rated at 100 psi (689.5 kPa) at 180\u00b0F (82.2\u00b0C). [CONT.]: 1209.1 Materials. Embedded piping shall be plastic pipe or tubing , in accordance with Section 1202 , rated at 100 psi (689.5 kPa) at 180\u00b0F (82.2\u00b0C). [CONT.]: 1209.1 Materials. Embedded piping shall be plastic pipe or tubing , in accordance with Section 1202 , rated at 100 psi (689.5 kPa) at 180\u00b0F (82.2\u00b0C).",
    "metadata": {
      "section_full": "1209.1",
      "parent_major": "1209",
      "parent_minor": "1209.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1209.2",
    "text": "CONTEXT: 1209 > 1209.2 | CONTENT: 1209.2 1209.2 Pressurizing during installation. Piping to be embedded in concrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure . [CONT.]: 1209.2 Pressurizing during installation. Piping to be embedded in concrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure . [CONT.]: 1209.2 Pressurizing during installation. Piping to be embedded in concrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure . [CONT.]: 1209.2 Pressurizing during installation. Piping to be embedded in concrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure . [CONT.]: 1209.2 Pressurizing during installation. Piping to be embedded in concrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure . [CONT.]: 1209.2 Pressurizing during installation. Piping to be embedded in concrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure . [CONT.]: 1209.2 Pressurizing during installation. Piping to be embedded in concrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure . [CONT.]: 1209.2 Pressurizing during installation. Piping to be embedded in concrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure . [CONT.]: 1209.2 Pressurizing during installation. Piping to be embedded in concrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure . [CONT.]: 1209.2 Pressurizing during installation. Piping to be embedded in concrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure . [CONT.]: 1209.2 Pressurizing during installation. Piping to be embedded in concrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure . [CONT.]: 1209.2 Pressurizing during installation. Piping to be embedded in concrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure .",
    "metadata": {
      "section_full": "1209.2",
      "parent_major": "1209",
      "parent_minor": "1209.2",
      "source": "036.txt"
    }
  },
  {
    "id": "1209.3",
    "text": "CONTEXT: 1209 > 1209.3 | CONTENT: 1209.3 1209.3 Embedded joints. Joints of pipe or tubing that are embedded in a portion of the building, such as concrete or plaster, shall be thermally - fused. [CONT.]: 1209.3 Embedded joints. Joints of pipe or tubing that are embedded in a portion of the building, such as concrete or plaster, shall be thermally - fused. [CONT.]: 1209.3 Embedded joints. Joints of pipe or tubing that are embedded in a portion of the building, such as concrete or plaster, shall be thermally - fused. [CONT.]: 1209.3 Embedded joints. Joints of pipe or tubing that are embedded in a portion of the building, such as concrete or plaster, shall be thermally - fused. [CONT.]: 1209.3 Embedded joints. Joints of pipe or tubing that are embedded in a portion of the building, such as concrete or plaster, shall be thermally - fused. [CONT.]: 1209.3 Embedded joints. Joints of pipe or tubing that are embedded in a portion of the building, such as concrete or plaster, shall be thermally - fused. [CONT.]: 1209.3 Embedded joints. Joints of pipe or tubing that are embedded in a portion of the building, such as concrete or plaster, shall be thermally - fused. [CONT.]: 1209.3 Embedded joints. Joints of pipe or tubing that are embedded in a portion of the building, such as concrete or plaster, shall be thermally - fused. [CONT.]: 1209.3 Embedded joints. Joints of pipe or tubing that are embedded in a portion of the building, such as concrete or plaster, shall be thermally - fused. [CONT.]: 1209.3 Embedded joints. Joints of pipe or tubing that are embedded in a portion of the building, such as concrete or plaster, shall be thermally - fused. [CONT.]: 1209.3 Embedded joints. Joints of pipe or tubing that are embedded in a portion of the building, such as concrete or plaster, shall be thermally - fused. [CONT.]: 1209.3 Embedded joints. Joints of pipe or tubing that are embedded in a portion of the building, such as concrete or plaster, shall be thermally - fused.",
    "metadata": {
      "section_full": "1209.3",
      "parent_major": "1209",
      "parent_minor": "1209.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1209.4",
    "text": "CONTEXT: 1209 > 1209.4 | CONTENT: 1209.4 1209.4 Not embedded related piping. Joints of other piping in cavities or running exposed shall be joi ned in accordance with manufacturer\u2019s instructions and related sections of this code. [CONT.]: 1209.4 Not embedded related piping. Joints of other piping in cavities or running exposed shall be joi ned in accordance with manufacturer\u2019s instructions and related sections of this code. [CONT.]: 1209.4 Not embedded related piping. Joints of other piping in cavities or running exposed shall be joi ned in accordance with manufacturer\u2019s instructions and related sections of this code. [CONT.]: 1209.4 Not embedded related piping. Joints of other piping in cavities or running exposed shall be joi ned in accordance with manufacturer\u2019s instructions and related sections of this code. [CONT.]: 1209.4 Not embedded related piping. Joints of other piping in cavities or running exposed shall be joi ned in accordance with manufacturer\u2019s instructions and related sections of this code. [CONT.]: 1209.4 Not embedded related piping. Joints of other piping in cavities or running exposed shall be joi ned in accordance with manufacturer\u2019s instructions and related sections of this code. [CONT.]: 1209.4 Not embedded related piping. Joints of other piping in cavities or running exposed shall be joi ned in accordance with manufacturer\u2019s instructions and related sections of this code. [CONT.]: 1209.4 Not embedded related piping. Joints of other piping in cavities or running exposed shall be joi ned in accordance with manufacturer\u2019s instructions and related sections of this code. [CONT.]: 1209.4 Not embedded related piping. Joints of other piping in cavities or running exposed shall be joi ned in accordance with manufacturer\u2019s instructions and related sections of this code. [CONT.]: 1209.4 Not embedded related piping. Joints of other piping in cavities or running exposed shall be joi ned in accordance with manufacturer\u2019s instructions and related sections of this code. [CONT.]: 1209.4 Not embedded related piping. Joints of other piping in cavities or running exposed shall be joi ned in accordance with manufacturer\u2019s instructions and related sections of this code. [CONT.]: 1209.4 Not embedded related piping. Joints of other piping in cavities or running exposed shall be joi ned in accordance with manufacturer\u2019s instructions and related sections of this code.",
    "metadata": {
      "section_full": "1209.4",
      "parent_major": "1209",
      "parent_minor": "1209.4",
      "source": "036.txt"
    }
  },
  {
    "id": "1209.5",
    "text": "CONTEXT: 1209 > 1209.5 | CONTENT: 1209.5 1209.5 Thermal barrier required. Radiant floor heating systems shall be provided with a thermal barrier in accordance with Sections 1209.5.1 through 1209.5.4. Exception: Insulation shall not be required in engineered systems where it can be demonstrated that the insulation will decrease the efficiency or have a negative effect on the installation. [CONT.]: 1209.5 Thermal barrier required. Radiant floor heating systems shall be provided with a thermal barrier in accordance with Sections 1209.5.1 through 1209.5.4. Exception: Insulation shall not be required in engineered systems where it can be demonstrated that the insulation will decrease the efficiency or have a negative effect on the installation. [CONT.]: 1209.5 Thermal barrier required. Radiant floor heating systems shall be provided with a thermal barrier in accordance with Sections 1209.5.1 through 1209.5.4. Exception: Insulation shall not be required in engineered systems where it can be demonstrated that the insulation will decrease the efficiency or have a negative effect on the installation. [CONT.]: 1209.5 Thermal barrier required. Radiant floor heating systems shall be provided with a thermal barrier in accordance with Sections 1209.5.1 through 1209.5.4. Exception: Insulation shall not be required in engineered systems where it can be demonstrated that the insulation will decrease the efficiency or have a negative effect on the installation. [CONT.]: 1209.5 Thermal barrier required. Radiant floor heating systems shall be provided with a thermal barrier in accordance with Sections 1209.5.1 through 1209.5.4. Exception: Insulation shall not be required in engineered systems where it can be demonstrated that the insulation will decrease the efficiency or have a negative effect on the installation. [CONT.]: 1209.5 Thermal barrier required. Radiant floor heating systems shall be provided with a thermal barrier in accordance with Sections 1209.5.1 through 1209.5.4. Exception: Insulation shall not be required in engineered systems where it can be demonstrated that the insulation will decrease the efficiency or have a negative effect on the installation. [CONT.]: 1209.5 Thermal barrier required. Radiant floor heating systems shall be provided with a thermal barrier in accordance with Sections 1209.5.1 through 1209.5.4. Exception: Insulation shall not be required in engineered systems where it can be demonstrated that the insulation will decrease the efficiency or have a negative effect on the installation. [CONT.]: 1209.5 Thermal barrier required. Radiant floor heating systems shall be provided with a thermal barrier in accordance with Sections 1209.5.1 through 1209.5.4. Exception: Insulation shall not be required in engineered systems where it can be demonstrated that the insulation will decrease the efficiency or have a negative effect on the installation. [CONT.]: 1209.5 Thermal barrier required. Radiant floor heating systems shall be provided with a thermal barrier in accordance with Sections 1209.5.1 through 1209.5.4. Exception: Insulation shall not be required in engineered systems where it can be demonstrated that the insulation will decrease the efficiency or have a negative effect on the installation. [CONT.]: 1209.5 Thermal barrier required. Radiant floor heating systems shall be provided with a thermal barrier in accordance with Sections 1209.5.1 through 1209.5.4. Exception: Insulation shall not be required in engineered systems where it can be demonstrated that the insulation will decrease the efficiency or have a negative effect on the installation. [CONT.]: 1209.5 Thermal barrier required. Radiant floor heating systems shall be provided with a thermal barrier in accordance with Sections 1209.5.1 through 1209.5.4. Exception: Insulation shall not be required in engineered systems where it can be demonstrated that the insulation will decrease the efficiency or have a negative effect on the installation. [CONT.]: 1209.5 Thermal barrier required. Radiant floor heating systems shall be provided with a thermal barrier in accordance with Sections 1209.5.1 through 1209.5.4. Exception: Insulation shall not be required in engineered systems where it can be demonstrated that the insulation will decrease the efficiency or have a negative effect on the installation.",
    "metadata": {
      "section_full": "1209.5",
      "parent_major": "1209",
      "parent_minor": "1209.5",
      "source": "036.txt"
    }
  },
  {
    "id": "1209.5.1",
    "text": "CONTEXT: 1209 > 1209.5 | CONTENT: 1209.5.1 1209.5.1 Slab - on - grade installation. Radiant piping utilized in slab - on - grad e applications shall be provided with insulating materials installed beneath the piping having a minimum R - value of 5. [CONT.]: 1209.5.1 Slab - on - grade installation. Radiant piping utilized in slab - on - grad e applications shall be provided with insulating materials installed beneath the piping having a minimum R - value of 5. [CONT.]: 1209.5.1 Slab - on - grade installation. Radiant piping utilized in slab - on - grad e applications shall be provided with insulating materials installed beneath the piping having a minimum R - value of 5. [CONT.]: 1209.5.1 Slab - on - grade installation. Radiant piping utilized in slab - on - grad e applications shall be provided with insulating materials installed beneath the piping having a minimum R - value of 5. [CONT.]: 1209.5.1 Slab - on - grade installation. Radiant piping utilized in slab - on - grad e applications shall be provided with insulating materials installed beneath the piping having a minimum R - value of 5. [CONT.]: 1209.5.1 Slab - on - grade installation. Radiant piping utilized in slab - on - grad e applications shall be provided with insulating materials installed beneath the piping having a minimum R - value of 5. [CONT.]: 1209.5.1 Slab - on - grade installation. Radiant piping utilized in slab - on - grad e applications shall be provided with insulating materials installed beneath the piping having a minimum R - value of 5. [CONT.]: 1209.5.1 Slab - on - grade installation. Radiant piping utilized in slab - on - grad e applications shall be provided with insulating materials installed beneath the piping having a minimum R - value of 5. [CONT.]: 1209.5.1 Slab - on - grade installation. Radiant piping utilized in slab - on - grad e applications shall be provided with insulating materials installed beneath the piping having a minimum R - value of 5. [CONT.]: 1209.5.1 Slab - on - grade installation. Radiant piping utilized in slab - on - grad e applications shall be provided with insulating materials installed beneath the piping having a minimum R - value of 5. [CONT.]: 1209.5.1 Slab - on - grade installation. Radiant piping utilized in slab - on - grad e applications shall be provided with insulating materials installed beneath the piping having a minimum R - value of 5. [CONT.]: 1209.5.1 Slab - on - grade installation. Radiant piping utilized in slab - on - grad e applications shall be provided with insulating materials installed beneath the piping having a minimum R - value of 5.",
    "metadata": {
      "section_full": "1209.5.1",
      "parent_major": "1209",
      "parent_minor": "1209.5",
      "source": "036.txt"
    }
  },
  {
    "id": "1209.5.2",
    "text": "CONTEXT: 1209 > 1209.5 | CONTENT: 1209.5.2 1209.5.2 Suspended floor installation. In suspended floor applications, insulation shall be installed in the joist bay cavity serving the heating space above and shall consist of materials having a minimum R - value of 11. [CONT.]: 1209.5.2 Suspended floor installation. In suspended floor applications, insulation shall be installed in the joist bay cavity serving the heating space above and shall consist of materials having a minimum R - value of 11. [CONT.]: 1209.5.2 Suspended floor installation. In suspended floor applications, insulation shall be installed in the joist bay cavity serving the heating space above and shall consist of materials having a minimum R - value of 11. [CONT.]: 1209.5.2 Suspended floor installation. In suspended floor applications, insulation shall be installed in the joist bay cavity serving the heating space above and shall consist of materials having a minimum R - value of 11. [CONT.]: 1209.5.2 Suspended floor installation. In suspended floor applications, insulation shall be installed in the joist bay cavity serving the heating space above and shall consist of materials having a minimum R - value of 11. [CONT.]: 1209.5.2 Suspended floor installation. In suspended floor applications, insulation shall be installed in the joist bay cavity serving the heating space above and shall consist of materials having a minimum R - value of 11. [CONT.]: 1209.5.2 Suspended floor installation. In suspended floor applications, insulation shall be installed in the joist bay cavity serving the heating space above and shall consist of materials having a minimum R - value of 11. [CONT.]: 1209.5.2 Suspended floor installation. In suspended floor applications, insulation shall be installed in the joist bay cavity serving the heating space above and shall consist of materials having a minimum R - value of 11. [CONT.]: 1209.5.2 Suspended floor installation. In suspended floor applications, insulation shall be installed in the joist bay cavity serving the heating space above and shall consist of materials having a minimum R - value of 11. [CONT.]: 1209.5.2 Suspended floor installation. In suspended floor applications, insulation shall be installed in the joist bay cavity serving the heating space above and shall consist of materials having a minimum R - value of 11. [CONT.]: 1209.5.2 Suspended floor installation. In suspended floor applications, insulation shall be installed in the joist bay cavity serving the heating space above and shall consist of materials having a minimum R - value of 11. [CONT.]: 1209.5.2 Suspended floor installation. In suspended floor applications, insulation shall be installed in the joist bay cavity serving the heating space above and shall consist of materials having a minimum R - value of 11.",
    "metadata": {
      "section_full": "1209.5.2",
      "parent_major": "1209",
      "parent_minor": "1209.5",
      "source": "036.txt"
    }
  },
  {
    "id": "1209.5.3",
    "text": "CONTEXT: 1209 > 1209.5 | CONTENT: 1209.5.3 1209.5.3 Thermal break required. A thermal break shall be provided consisting of asphalt expansion joint materials or similar insulating materials at a point where a heated slab meets a foundation wall or other conductive slab. [CONT.]: 1209.5.3 Thermal break required. A thermal break shall be provided consisting of asphalt expansion joint materials or similar insulating materials at a point where a heated slab meets a foundation wall or other conductive slab. [CONT.]: 1209.5.3 Thermal break required. A thermal break shall be provided consisting of asphalt expansion joint materials or similar insulating materials at a point where a heated slab meets a foundation wall or other conductive slab. [CONT.]: 1209.5.3 Thermal break required. A thermal break shall be provided consisting of asphalt expansion joint materials or similar insulating materials at a point where a heated slab meets a foundation wall or other conductive slab. [CONT.]: 1209.5.3 Thermal break required. A thermal break shall be provided consisting of asphalt expansion joint materials or similar insulating materials at a point where a heated slab meets a foundation wall or other conductive slab. [CONT.]: 1209.5.3 Thermal break required. A thermal break shall be provided consisting of asphalt expansion joint materials or similar insulating materials at a point where a heated slab meets a foundation wall or other conductive slab. [CONT.]: 1209.5.3 Thermal break required. A thermal break shall be provided consisting of asphalt expansion joint materials or similar insulating materials at a point where a heated slab meets a foundation wall or other conductive slab. [CONT.]: 1209.5.3 Thermal break required. A thermal break shall be provided consisting of asphalt expansion joint materials or similar insulating materials at a point where a heated slab meets a foundation wall or other conductive slab. [CONT.]: 1209.5.3 Thermal break required. A thermal break shall be provided consisting of asphalt expansion joint materials or similar insulating materials at a point where a heated slab meets a foundation wall or other conductive slab. [CONT.]: 1209.5.3 Thermal break required. A thermal break shall be provided consisting of asphalt expansion joint materials or similar insulating materials at a point where a heated slab meets a foundation wall or other conductive slab. [CONT.]: 1209.5.3 Thermal break required. A thermal break shall be provided consisting of asphalt expansion joint materials or similar insulating materials at a point where a heated slab meets a foundation wall or other conductive slab. [CONT.]: 1209.5.3 Thermal break required. A thermal break shall be provided consisting of asphalt expansion joint materials or similar insulating materials at a point where a heated slab meets a foundation wall or other conductive slab.",
    "metadata": {
      "section_full": "1209.5.3",
      "parent_major": "1209",
      "parent_minor": "1209.5",
      "source": "036.txt"
    }
  },
  {
    "id": "1209.5.4",
    "text": "CONTEXT: 1209 > 1209.5 | CONTENT: 1209.5.4 1209.5.4 Thermal barrier material marking. Insulating materials utilized in thermal barriers shall be installed such that the manufacturer\u2019s R - value mark is readily observable upon inspection. SECTION MC 1210 PLASTIC PIPE GROUND - SOURCE HEAT PUMP LOOP SYSTEMS \u2021\u2021\u2021 Chapter 12 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 12 HYDRONIC PIPING SECTION MC 1201 GENERAL [CONT.]: 1209.5.4 Thermal barrier material marking. Insulating materials utilized in thermal barriers shall be installed such that the manufacturer\u2019s R - value mark is readily observable upon inspection. SECTION MC 1210 PLASTIC PIPE GROUND - SOURCE HEAT PUMP LOOP SYSTEMS \u2021\u2021\u2021 Chapter 12 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 12 HYDRONIC PIPING SECTION MC 1201 GENERAL [CONT.]: 1209.5.4 Thermal barrier material marking. Insulating materials utilized in thermal barriers shall be installed such that the manufacturer\u2019s R - value mark is readily observable upon inspection. SECTION MC 1210 PLASTIC PIPE GROUND - SOURCE HEAT PUMP LOOP SYSTEMS HYDRONIC PIPING [CONT.]: 1209.5.4 Thermal barrier material marking. Insulating materials utilized in thermal barriers shall be installed such that the manufacturer\u2019s R - value mark is readily observable upon inspection. SECTION MC 1210 PLASTIC PIPE GROUND - SOURCE HEAT PUMP LOOP SYSTEMS HYDRONIC PIPING [CONT.]: 1209.5.4 Thermal barrier material marking. Insulating materials utilized in thermal barriers shall be installed such that the manufacturer\u2019s R - value mark is readily observable upon inspection. SECTION MC 1210 PLASTIC PIPE GROUND - SOURCE HEAT PUMP LOOP SYSTEMS HYDRONIC PIPING [CONT.]: 1209.5.4 Thermal barrier material marking. Insulating materials utilized in thermal barriers shall be installed such that the manufacturer\u2019s R - value mark is readily observable upon inspection. SECTION MC 1210 PLASTIC PIPE GROUND - SOURCE HEAT PUMP LOOP SYSTEMS HYDRONIC PIPING [CONT.]: 1209.5.4 Thermal barrier material marking. Insulating materials utilized in thermal barriers shall be installed such that the manufacturer\u2019s R - value mark is readily observable upon inspection. SECTION MC 1210 PLASTIC PIPE GROUND - SOURCE HEAT PUMP LOOP SYSTEMS HYDRONIC PIPING [CONT.]: 1209.5.4 Thermal barrier material marking. Insulating materials utilized in thermal barriers shall be installed such that the manufacturer\u2019s R - value mark is readily observable upon inspection. SECTION MC 1210 PLASTIC PIPE GROUND - SOURCE HEAT PUMP LOOP SYSTEMS HYDRONIC PIPING [CONT.]: 1209.5.4 Thermal barrier material marking. Insulating materials utilized in thermal barriers shall be installed such that the manufacturer\u2019s R - value mark is readily observable upon inspection. SECTION MC 1210 PLASTIC PIPE GROUND - SOURCE HEAT PUMP LOOP SYSTEMS HYDRONIC PIPING [CONT.]: 1209.5.4 Thermal barrier material marking. Insulating materials utilized in thermal barriers shall be installed such that the manufacturer\u2019s R - value mark is readily observable upon inspection. SECTION MC 1210 PLASTIC PIPE GROUND - SOURCE HEAT PUMP LOOP SYSTEMS HYDRONIC PIPING [CONT.]: 1209.5.4 Thermal barrier material marking. Insulating materials utilized in thermal barriers shall be installed such that the manufacturer\u2019s R - value mark is readily observable upon inspection. SECTION MC 1210 PLASTIC PIPE GROUND - SOURCE HEAT PUMP LOOP SYSTEMS HYDRONIC PIPING [CONT.]: 1209.5.4 Thermal barrier material marking. Insulating materials utilized in thermal barriers shall be installed such that the manufacturer\u2019s R - value mark is readily observable upon inspection. SECTION MC 1210 PLASTIC PIPE GROUND - SOURCE HEAT PUMP LOOP SYSTEMS HYDRONIC PIPING",
    "metadata": {
      "section_full": "1209.5.4",
      "parent_major": "1209",
      "parent_minor": "1209.5",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.1",
    "text": "CONTEXT: 1210 > 1210.1 | CONTENT: 1210.1 1210.1 Ground - source heat pump - loop water piping. Ground - source heat pump ground - loop piping and tubing material for water - based systems shall conform to the standards cited in this section. [CONT.]: 1210.1 Ground - source heat pump - loop water piping. Ground - source heat pump ground - loop piping and tubing material for water - based systems shall conform to the standards cited in this section. [CONT.]: 1210.1 Ground - source heat pump - loop water piping. Ground - source heat pump ground - loop piping and tubing material for water - based systems shall conform to the standards cited in this section. [CONT.]: 1210.1 Ground - source heat pump - loop water piping. Ground - source heat pump ground - loop piping and tubing material for water - based systems shall conform to the standards cited in this section. [CONT.]: 1210.1 Ground - source heat pump - loop water piping. Ground - source heat pump ground - loop piping and tubing material for water - based systems shall conform to the standards cited in this section. [CONT.]: 1210.1 Ground - source heat pump - loop water piping. Ground - source heat pump ground - loop piping and tubing material for water - based systems shall conform to the standards cited in this section. [CONT.]: 1210.1 Ground - source heat pump - loop water piping. Ground - source heat pump ground - loop piping and tubing material for water - based systems shall conform to the standards cited in this section. [CONT.]: 1210.1 Ground - source heat pump - loop water piping. Ground - source heat pump ground - loop piping and tubing material for water - based systems shall conform to the standards cited in this section. [CONT.]: 1210.1 Ground - source heat pump - loop water piping. Ground - source heat pump ground - loop piping and tubing material for water - based systems shall conform to the standards cited in this section. [CONT.]: 1210.1 Ground - source heat pump - loop water piping. Ground - source heat pump ground - loop piping and tubing material for water - based systems shall conform to the standards cited in this section.",
    "metadata": {
      "section_full": "1210.1",
      "parent_major": "1210",
      "parent_minor": "1210.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.2",
    "text": "CONTEXT: 1210 > 1210.2 | CONTENT: 1210.2 1210.2 Used materials. Reused pipe, fittings, valves, and other materials shall not be permitted in ground - source heat pump loop systems. [CONT.]: 1210.2 Used materials. Reused pipe, fittings, valves, and other materials shall not be permitted in ground - source heat pump loop systems. [CONT.]: 1210.2 Used materials. Reused pipe, fittings, valves, and other materials shall not be permitted in ground - source heat pump loop systems. [CONT.]: 1210.2 Used materials. Reused pipe, fittings, valves, and other materials shall not be permitted in ground - source heat pump loop systems. [CONT.]: 1210.2 Used materials. Reused pipe, fittings, valves, and other materials shall not be permitted in ground - source heat pump loop systems. [CONT.]: 1210.2 Used materials. Reused pipe, fittings, valves, and other materials shall not be permitted in ground - source heat pump loop systems. [CONT.]: 1210.2 Used materials. Reused pipe, fittings, valves, and other materials shall not be permitted in ground - source heat pump loop systems. [CONT.]: 1210.2 Used materials. Reused pipe, fittings, valves, and other materials shall not be permitted in ground - source heat pump loop systems. [CONT.]: 1210.2 Used materials. Reused pipe, fittings, valves, and other materials shall not be permitted in ground - source heat pump loop systems. [CONT.]: 1210.2 Used materials. Reused pipe, fittings, valves, and other materials shall not be permitted in ground - source heat pump loop systems.",
    "metadata": {
      "section_full": "1210.2",
      "parent_major": "1210",
      "parent_minor": "1210.2",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.3",
    "text": "CONTEXT: 1210 > 1210.3 | CONTENT: 1210.3 1210.3 Material rating. Pipe and tubing shall be rated for the operating temperature and pressure of the ground - source heat pump loop system. Fittings shall be suitable for the pressure applications and recommended by the manufacturer for installation with the pipe and tubing material installed. Where used underground, materials shall be suitable for burial. [CONT.]: 1210.3 Material rating. Pipe and tubing shall be rated for the operating temperature and pressure of the ground - source heat pump loop system. Fittings shall be suitable for the pressure applications and recommended by the manufacturer for installation with the pipe and tubing material installed. Where used underground, materials shall be suitable for burial. [CONT.]: 1210.3 Material rating. Pipe and tubing shall be rated for the operating temperature and pressure of the ground - source heat pump loop system. Fittings shall be suitable for the pressure applications and recommended by the manufacturer for installation with the pipe and tubing material installed. Where used underground, materials shall be suitable for burial. [CONT.]: 1210.3 Material rating. Pipe and tubing shall be rated for the operating temperature and pressure of the ground - source heat pump loop system. Fittings shall be suitable for the pressure applications and recommended by the manufacturer for installation with the pipe and tubing material installed. Where used underground, materials shall be suitable for burial. [CONT.]: 1210.3 Material rating. Pipe and tubing shall be rated for the operating temperature and pressure of the ground - source heat pump loop system. Fittings shall be suitable for the pressure applications and recommended by the manufacturer for installation with the pipe and tubing material installed. Where used underground, materials shall be suitable for burial. [CONT.]: 1210.3 Material rating. Pipe and tubing shall be rated for the operating temperature and pressure of the ground - source heat pump loop system. Fittings shall be suitable for the pressure applications and recommended by the manufacturer for installation with the pipe and tubing material installed. Where used underground, materials shall be suitable for burial. [CONT.]: 1210.3 Material rating. Pipe and tubing shall be rated for the operating temperature and pressure of the ground - source heat pump loop system. Fittings shall be suitable for the pressure applications and recommended by the manufacturer for installation with the pipe and tubing material installed. Where used underground, materials shall be suitable for burial. [CONT.]: 1210.3 Material rating. Pipe and tubing shall be rated for the operating temperature and pressure of the ground - source heat pump loop system. Fittings shall be suitable for the pressure applications and recommended by the manufacturer for installation with the pipe and tubing material installed. Where used underground, materials shall be suitable for burial. [CONT.]: 1210.3 Material rating. Pipe and tubing shall be rated for the operating temperature and pressure of the ground - source heat pump loop system. Fittings shall be suitable for the pressure applications and recommended by the manufacturer for installation with the pipe and tubing material installed. Where used underground, materials shall be suitable for burial. [CONT.]: 1210.3 Material rating. Pipe and tubing shall be rated for the operating temperature and pressure of the ground - source heat pump loop system. Fittings shall be suitable for the pressure applications and recommended by the manufacturer for installation with the pipe and tubing material installed. Where used underground, materials shall be suitable for burial.",
    "metadata": {
      "section_full": "1210.3",
      "parent_major": "1210",
      "parent_minor": "1210.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.4",
    "text": "CONTEXT: 1210 > 1210.4 | CONTENT: 1210.4 1210.4 Piping and t ubing materials standards. Ground - source heat pump ground - loop pipe and tubing shall conform to the standards listed in Table 1210.4. TABLE 1210.4 GROUND - SOURCE LOOP PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 441; ASTM F 442 Cross - linked polyethylene (PEX) ASTM F 876; ASTM F 877; CSA B137.5 Polyethylene/aluminum/polyethylen e (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 High - density polyethylene (HDPE) ASTM D 2737; ASTM D 3035; ASTM F 714; AWWA C901; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623 [CONT.]: 1210.4 Piping and t ubing materials standards. Ground - source heat pump ground - loop pipe and tubing shall conform to the standards listed in Table 1210.4. TABLE 1210.4 GROUND - SOURCE LOOP PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 441; ASTM F 442 Cross - linked polyethylene (PEX) ASTM F 876; ASTM F 877; CSA B137.5 Polyethylene/aluminum/polyethylen e (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 High - density polyethylene (HDPE) ASTM D 2737; ASTM D 3035; ASTM F 714; AWWA C901; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623 [CONT.]: 1210.4 Piping and t ubing materials standards. Ground - source heat pump ground - loop pipe and tubing shall conform to the standards listed in Table 1210.4. TABLE 1210.4 GROUND - SOURCE LOOP PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 441; ASTM F 442 Cross - linked polyethylene (PEX) ASTM F 876; ASTM F 877; CSA B137.5 Polyethylene/aluminum/polyethylen e (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 High - density polyethylene (HDPE) ASTM D 2737; ASTM D 3035; ASTM F 714; AWWA C901; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623 [CONT.]: 1210.4 Piping and t ubing materials standards. Ground - source heat pump ground - loop pipe and tubing shall conform to the standards listed in Table 1210.4. TABLE 1210.4 GROUND - SOURCE LOOP PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 441; ASTM F 442 Cross - linked polyethylene (PEX) ASTM F 876; ASTM F 877; CSA B137.5 Polyethylene/aluminum/polyethylen e (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 High - density polyethylene (HDPE) ASTM D 2737; ASTM D 3035; ASTM F 714; AWWA C901; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623 [CONT.]: 1210.4 Piping and t ubing materials standards. Ground - source heat pump ground - loop pipe and tubing shall conform to the standards listed in Table 1210.4. TABLE 1210.4 GROUND - SOURCE LOOP PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 441; ASTM F 442 Cross - linked polyethylene (PEX) ASTM F 876; ASTM F 877; CSA B137.5 Polyethylene/aluminum/polyethylen e (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 High - density polyethylene (HDPE) ASTM D 2737; ASTM D 3035; ASTM F 714; AWWA C901; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623 [CONT.]: 1210.4 Piping and t ubing materials standards. Ground - source heat pump ground - loop pipe and tubing shall conform to the standards listed in Table 1210.4. TABLE 1210.4 GROUND - SOURCE LOOP PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 441; ASTM F 442 Cross - linked polyethylene (PEX) ASTM F 876; ASTM F 877; CSA B137.5 Polyethylene/aluminum/polyethylen e (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 High - density polyethylene (HDPE) ASTM D 2737; ASTM D 3035; ASTM F 714; AWWA C901; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623 [CONT.]: 1210.4 Piping and t ubing materials standards. Ground - source heat pump ground - loop pipe and tubing shall conform to the standards listed in Table 1210.4. TABLE 1210.4 GROUND - SOURCE LOOP PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 441; ASTM F 442 Cross - linked polyethylene (PEX) ASTM F 876; ASTM F 877; CSA B137.5 Polyethylene/aluminum/polyethylen e (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 High - density polyethylene (HDPE) ASTM D 2737; ASTM D 3035; ASTM F 714; AWWA C901; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623 [CONT.]: 1210.4 Piping and t ubing materials standards. Ground - source heat pump ground - loop pipe and tubing shall conform to the standards listed in Table 1210.4. TABLE 1210.4 GROUND - SOURCE LOOP PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 441; ASTM F 442 Cross - linked polyethylene (PEX) ASTM F 876; ASTM F 877; CSA B137.5 Polyethylene/aluminum/polyethylen e (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 High - density polyethylene (HDPE) ASTM D 2737; ASTM D 3035; ASTM F 714; AWWA C901; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623 [CONT.]: 1210.4 Piping and t ubing materials standards. Ground - source heat pump ground - loop pipe and tubing shall conform to the standards listed in Table 1210.4. TABLE 1210.4 GROUND - SOURCE LOOP PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 441; ASTM F 442 Cross - linked polyethylene (PEX) ASTM F 876; ASTM F 877; CSA B137.5 Polyethylene/aluminum/polyethylen e (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 High - density polyethylene (HDPE) ASTM D 2737; ASTM D 3035; ASTM F 714; AWWA C901; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623 [CONT.]: 1210.4 Piping and t ubing materials standards. Ground - source heat pump ground - loop pipe and tubing shall conform to the standards listed in Table 1210.4. TABLE 1210.4 GROUND - SOURCE LOOP PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 441; ASTM F 442 Cross - linked polyethylene (PEX) ASTM F 876; ASTM F 877; CSA B137.5 Polyethylene/aluminum/polyethylen e (PE - AL - PE) pressure pipe ASTM F 1282; CSA B137.9 High - density polyethylene (HDPE) ASTM D 2737; ASTM D 3035; ASTM F 714; AWWA C901; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 1785; ASTM D 2241 Raised temperature polyethylene (PE - RT) ASTM F 2623 [CONT.]: 1210.4 D 2235 \u2014 04(2011) Specifications for Solvent Cement for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe and Fittings .............................................................................................................. [CONT.]: 1210.4 D 2412 \u2014 11 Test Method for Determination of External Loading Characteristics of Plastic Pipe by Parallel - plate Loading ...................................................................................... [CONT.]: 1210.4 D 2235 \u2014 04(2011) Specifications for Solvent Cement for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe and Fittings .............................................................................................................. [CONT.]: 1210.4 D 2412 \u2014 11 Test Method for Determination of External Loading Characteristics of Plastic Pipe by Parallel - plate Loading ...................................................................................... [CONT.]: 1210.4 D 2235 \u2014 04(2011) Specifications for Solvent Cement for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe and Fittings .............................................................................................................. [CONT.]: 1210.4 D 2412 \u2014 11 Test Method for Determination of External Loading Characteristics of Plastic Pipe by Parallel - plate Loading ...................................................................................... [CONT.]: 1210.4 D 2846/D 2846M \u2014 09BE1 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Hot and Cold Water Distribution Systems ................................ ........... Table 1202.4, Table 1210.4, Table [CONT.]: 1210.4 D 3261 \u2014 12 Specification for Butt Heat Fusion Polyethylene (PE) Plastic Fittings for Polyethylene (PE) Plastic Pipe and Tubing ................................ .................. Table 1210.5, 1210.6.6.1 D 3278 \u2014 1996(2011) Test Methods for Flash Point of Liquids by Small Scale Closed - cup Apparatus ...................... 202 ( FLASHPOINT ) E 84 \u2014 2013A Test Method for Surface Burning Characteristics of Building Materials ................................ .............. 202 ( FLAME SPREAD INDEX , SMOKE - DEVELOPED INDEX ), 510.9, 602.2, 602.2.1, 602.2.1.6, 602.2.1.6.1, . 602.2.1.6.2, 602.2.1.6.3, 602.2.1.7, 604.3, 1204.1 E 119 \u2014 2012a Test Method for Fire Tests of Building Construction and Materials ............................. 607.5.2, 607.5.5, 607.6.1, 607.6.2.1, 607.2.1 E 136 \u2014 2012 Test Method for Behavior of Materials in a Vertical Tube Furnace at 750 Degrees C ................................ ................................ ............... 202 ( NONCOMBUSTIBLE MATERIALS ) E 814 \u2014 2013 Test Method for Fire Tests of Through - penetration Fire Stops .... 506.3.11.1, 506.3.11.2, 506.3.11.3, 803.10.4.2 E 1509 \u2014 12 Specification for Room Heaters, Pellet Fuel - burning Type ................................ ................................ .......... [CONT.]: 1210.4 F 442/F 442M13 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe (SDR - PR) ................................ ................................ .............................. Table 1202.4, Table [CONT.]: 1210.4 F 492 - 95 Specification for Propylene and Polypropylene (PP) Plastic - Lined Ferrous Metal Pipe and Fittings ..... [CONT.]: 1210.4 F 876 \u2014 13 Specification for Cross - linked Polyethylene (PEX) Tubing ................................ ....... Table 1202.4, Table [CONT.]: 1210.4 F 877 \u2014 2011A Specification for Cross - linked Polyethylene (PEX) Plastic Hot and Cold Water Distribution Systems .............. Table 1202.4, Table 1202.5, Table 1210.4, Table [CONT.]: 1210.4 F 877 \u2014 2011A Specification for Cross - linked Polyethylene (PEX) Plastic Hot and Cold Water Distribution Systems .............. Table 1202.4, Table 1202.5, Table 1210.4, Table [CONT.]: 1210.4 D 2235 \u2014 04(2011) Specifications for Solvent Cement for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe and Fittings .............................................................................................................. [CONT.]: 1210.4 D 2412 \u2014 11 Test Method for Determination of External Loading Characteristics of Plastic Pipe by Parallel - plate Loading ...................................................................................... [CONT.]: 1210.4 D 2846/D 2846M \u2014 09BE1 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Hot and Cold Water Distribution Systems ................................ ........... Table 1202.4, Table 1210.4, Table [CONT.]: 1210.4 D 3261 \u2014 12 Specification for Butt Heat Fusion Polyethylene (PE) Plastic Fittings for Polyethylene (PE) Plastic Pipe and Tubing ................................ .................. Table 1210.5, 1210.6.6.1 D 3278 \u2014 1996(2011) Test Methods for Flash Point of Liquids by Small Scale Closed - cup Apparatus ...................... 202 ( FLASHPOINT ) E 84 \u2014 2013A Test Method for Surface Burning Characteristics of Building Materials ................................ .............. 202 ( FLAME SPREAD INDEX , SMOKE - DEVELOPED INDEX ), 510.9, 602.2, 602.2.1, 602.2.1.6, 602.2.1.6.1, . 602.2.1.6.2, 602.2.1.6.3, 602.2.1.7, 604.3, 1204.1 E 119 \u2014 2012a Test Method for Fire Tests of Building Construction and Materials ............................. 607.5.2, 607.5.5, 607.6.1, 607.6.2.1, 607.2.1 E 136 \u2014 2012 Test Method for Behavior of Materials in a Vertical Tube Furnace at 750 Degrees C ................................ ................................ ............... 202 ( NONCOMBUSTIBLE MATERIALS ) E 814 \u2014 2013 Test Method for Fire Tests of Through - penetration Fire Stops .... 506.3.11.1, 506.3.11.2, 506.3.11.3, 803.10.4.2 E 1509 \u2014 12 Specification for Room Heaters, Pellet Fuel - burning Type ................................ ................................ .......... [CONT.]: 1210.4 F 442/F 442M13 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe (SDR - PR) ................................ ................................ .............................. Table 1202.4, Table [CONT.]: 1210.4 F 492 - 95 Specification for Propylene and Polypropylene (PP) Plastic - Lined Ferrous Metal Pipe and Fittings ..... [CONT.]: 1210.4 F 876 \u2014 13 Specification for Cross - linked Polyethylene (PEX) Tubing ................................ ....... Table 1202.4, Table [CONT.]: 1210.4 F 877 \u2014 2011A Specification for Cross - linked Polyethylene (PEX) Plastic Hot and Cold Water Distribution Systems .............. Table 1202.4, Table 1202.5, Table 1210.4, Table [CONT.]: 1210.4 D 2235 \u2014 04(2011) Specifications for Solvent Cement for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe and Fittings .............................................................................................................. [CONT.]: 1210.4 D 2412 \u2014 11 Test Method for Determination of External Loading Characteristics of Plastic Pipe by Parallel - plate Loading ...................................................................................... [CONT.]: 1210.4 D 2846/D 2846M \u2014 09BE1 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Hot and Cold Water Distribution Systems ................................ ........... Table 1202.4, Table 1210.4, Table [CONT.]: 1210.4 D 3261 \u2014 12 Specification for Butt Heat Fusion Polyethylene (PE) Plastic Fittings for Polyethylene (PE) Plastic Pipe and Tubing ................................ .................. Table 1210.5, 1210.6.6.1 D 3278 \u2014 1996(2011) Test Methods for Flash Point of Liquids by Small Scale Closed - cup Apparatus ...................... 202 ( FLASHPOINT ) E 84 \u2014 2013A Test Method for Surface Burning Characteristics of Building Materials ................................ .............. 202 ( FLAME SPREAD INDEX , SMOKE - DEVELOPED INDEX ), 510.9, 602.2, 602.2.1, 602.2.1.6, 602.2.1.6.1, . 602.2.1.6.2, 602.2.1.6.3, 602.2.1.7, 604.3, 1204.1 E 119 \u2014 2012a Test Method for Fire Tests of Building Construction and Materials ............................. 607.5.2, 607.5.5, 607.6.1, 607.6.2.1, 607.2.1 E 136 \u2014 2012 Test Method for Behavior of Materials in a Vertical Tube Furnace at 750 Degrees C ................................ ................................ ............... 202 ( NONCOMBUSTIBLE MATERIALS ) E 814 \u2014 2013 Test Method for Fire Tests of Through - penetration Fire Stops .... 506.3.11.1, 506.3.11.2, 506.3.11.3, 803.10.4.2 E 1509 \u2014 12 Specification for Room Heaters, Pellet Fuel - burning Type ................................ ................................ .......... [CONT.]: 1210.4 F 442/F 442M13 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe (SDR - PR) ................................ ................................ .............................. Table 1202.4, Table [CONT.]: 1210.4 F 492 - 95 Specification for Propylene and Polypropylene (PP) Plastic - Lined Ferrous Metal Pipe and Fittings ..... [CONT.]: 1210.4 F 876 \u2014 13 Specification for Cross - linked Polyethylene (PEX) Tubing ................................ ....... Table 1202.4, Table [CONT.]: 1210.4 F 877 \u2014 2011A Specification for Cross - linked Polyethylene (PEX) Plastic Hot and Cold Water Distribution Systems .............. Table 1202.4, Table 1202.5, Table 1210.4, Table [CONT.]: 1210.4 F 2735 \u2014 09 Standard Specification for Plastic Insert Fittings for SDR 9 Cross - linked Polyethylene (PEX) and Polyethylene of Raised Temperature (PE - RT) Tubing ................. Table [CONT.]: 1210.4 C110/A21.10 \u2014 12 Standard for Ductile Iron & Gray Iron Fittings ................................................................................ Table [CONT.]: 1210.4 D 2235 \u2014 04(2011) Specifications for Solvent Cement for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe and Fittings .............................................................................................................. [CONT.]: 1210.4 D 2412 \u2014 11 Test Method for Determination of External Loading Characteristics of Plastic Pipe by Parallel - plate Loading ...................................................................................... [CONT.]: 1210.4 D 2846/D 2846M \u2014 09BE1 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Hot and Cold Water Distribution Systems ................................ ........... Table 1202.4, Table 1210.4, Table [CONT.]: 1210.4 D 3261 \u2014 12 Specification for Butt Heat Fusion Polyethylene (PE) Plastic Fittings for Polyethylene (PE) Plastic Pipe and Tubing ................................ .................. Table 1210.5, 1210.6.6.1 D 3278 \u2014 1996(2011) Test Methods for Flash Point of Liquids by Small Scale Closed - cup Apparatus ...................... 202 ( FLASHPOINT ) E 84 \u2014 2013A Test Method for Surface Burning Characteristics of Building Materials ................................ .............. 202 ( FLAME SPREAD INDEX , SMOKE - DEVELOPED INDEX ), 510.9, 602.2, 602.2.1, 602.2.1.6, 602.2.1.6.1, . 602.2.1.6.2, 602.2.1.6.3, 602.2.1.7, 604.3, 1204.1 E 119 \u2014 2012a Test Method for Fire Tests of Building Construction and Materials ............................. 607.5.2, 607.5.5, 607.6.1, 607.6.2.1, 607.2.1 E 136 \u2014 2012 Test Method for Behavior of Materials in a Vertical Tube Furnace at 750 Degrees C ................................ ................................ ............... 202 ( NONCOMBUSTIBLE MATERIALS ) E 814 \u2014 2013 Test Method for Fire Tests of Through - penetration Fire Stops .... 506.3.11.1, 506.3.11.2, 506.3.11.3, 803.10.4.2 E 1509 \u2014 12 Specification for Room Heaters, Pellet Fuel - burning Type ................................ ................................ .......... [CONT.]: 1210.4 F 442/F 442M13 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe (SDR - PR) ................................ ................................ .............................. Table 1202.4, Table [CONT.]: 1210.4 F 492 - 95 Specification for Propylene and Polypropylene (PP) Plastic - Lined Ferrous Metal Pipe and Fittings ..... [CONT.]: 1210.4 F 876 \u2014 13 Specification for Cross - linked Polyethylene (PEX) Tubing ................................ ....... Table 1202.4, Table [CONT.]: 1210.4 F 877 \u2014 2011A Specification for Cross - linked Polyethylene (PEX) Plastic Hot and Cold Water Distribution Systems .............. Table 1202.4, Table 1202.5, Table 1210.4, Table [CONT.]: 1210.4 F 2735 \u2014 09 Standard Specification for Plastic Insert Fittings for SDR 9 Cross - linked Polyethylene (PEX) and Polyethylene of Raised Temperature (PE - RT) Tubing ................. Table [CONT.]: 1210.4 C110/A21.10 \u2014 12 Standard for Ductile Iron & Gray Iron Fittings ................................................................................ Table [CONT.]: 1210.4 D 2235 \u2014 04(2011) Specifications for Solvent Cement for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe and Fittings .............................................................................................................. [CONT.]: 1210.4 D 2412 \u2014 11 Test Method for Determination of External Loading Characteristics of Plastic Pipe by Parallel - plate Loading ...................................................................................... [CONT.]: 1210.4 D 2846/D 2846M \u2014 09BE1 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Hot and Cold Water Distribution Systems ................................ ........... Table 1202.4, Table 1210.4, Table [CONT.]: 1210.4 D 3261 \u2014 12 Specification for Butt Heat Fusion Polyethylene (PE) Plastic Fittings for Polyethylene (PE) Plastic Pipe and Tubing ................................ .................. Table 1210.5, 1210.6.6.1 D 3278 \u2014 1996(2011) Test Methods for Flash Point of Liquids by Small Scale Closed - cup Apparatus ...................... 202 ( FLASHPOINT ) E 84 \u2014 2013A Test Method for Surface Burning Characteristics of Building Materials ................................ .............. 202 ( FLAME SPREAD INDEX , SMOKE - DEVELOPED INDEX ), 510.9, 602.2, 602.2.1, 602.2.1.6, 602.2.1.6.1, . 602.2.1.6.2, 602.2.1.6.3, 602.2.1.7, 604.3, 1204.1 E 119 \u2014 2012a Test Method for Fire Tests of Building Construction and Materials ............................. 607.5.2, 607.5.5, 607.6.1, 607.6.2.1, 607.2.1 E 136 \u2014 2012 Test Method for Behavior of Materials in a Vertical Tube Furnace at 750 Degrees C ................................ ................................ ............... 202 ( NONCOMBUSTIBLE MATERIALS ) E 814 \u2014 2013 Test Method for Fire Tests of Through - penetration Fire Stops .... 506.3.11.1, 506.3.11.2, 506.3.11.3, 803.10.4.2 E 1509 \u2014 12 Specification for Room Heaters, Pellet Fuel - burning Type ................................ ................................ .......... [CONT.]: 1210.4 F 442/F 442M13 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe (SDR - PR) ................................ ................................ .............................. Table 1202.4, Table [CONT.]: 1210.4 F 492 - 95 Specification for Propylene and Polypropylene (PP) Plastic - Lined Ferrous Metal Pipe and Fittings ..... [CONT.]: 1210.4 F 876 \u2014 13 Specification for Cross - linked Polyethylene (PEX) Tubing ................................ ....... Table 1202.4, Table [CONT.]: 1210.4 F 877 \u2014 2011A Specification for Cross - linked Polyethylene (PEX) Plastic Hot and Cold Water Distribution Systems .............. Table 1202.4, Table 1202.5, Table 1210.4, Table [CONT.]: 1210.4 F 2735 \u2014 09 Standard Specification for Plastic Insert Fittings for SDR 9 Cross - linked Polyethylene (PEX) and Polyethylene of Raised Temperature (PE - RT) Tubing ................. Table [CONT.]: 1210.4 C110/A21.10 \u2014 12 Standard for Ductile Iron & Gray Iron Fittings ................................................................................ Table [CONT.]: 1210.4 D 2235 \u2014 04(2011) Specifications for Solvent Cement for Acrylonitrile - Butadiene - Styrene (ABS) Plastic Pipe and Fittings .............................................................................................................. [CONT.]: 1210.4 D 2412 \u2014 11 Test Method for Determination of External Loading Characteristics of Plastic Pipe by Parallel - plate Loading ...................................................................................... [CONT.]: 1210.4 D 2846/D 2846M \u2014 09BE1 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Hot and Cold Water Distribution Systems ................................ ........... Table 1202.4, Table 1210.4, Table [CONT.]: 1210.4 D 3261 \u2014 12 Specification for Butt Heat Fusion Polyethylene (PE) Plastic Fittings for Polyethylene (PE) Plastic Pipe and Tubing ................................ .................. Table 1210.5, 1210.6.6.1 D 3278 \u2014 1996(2011) Test Methods for Flash Point of Liquids by Small Scale Closed - cup Apparatus ...................... 202 ( FLASHPOINT ) E 84 \u2014 2013A Test Method for Surface Burning Characteristics of Building Materials ................................ .............. 202 ( FLAME SPREAD INDEX , SMOKE - DEVELOPED INDEX ), 510.9, 602.2, 602.2.1, 602.2.1.6, 602.2.1.6.1, . 602.2.1.6.2, 602.2.1.6.3, 602.2.1.7, 604.3, 1204.1 E 119 \u2014 2012a Test Method for Fire Tests of Building Construction and Materials ............................. 607.5.2, 607.5.5, 607.6.1, 607.6.2.1, 607.2.1 E 136 \u2014 2012 Test Method for Behavior of Materials in a Vertical Tube Furnace at 750 Degrees C ................................ ................................ ............... 202 ( NONCOMBUSTIBLE MATERIALS ) E 814 \u2014 2013 Test Method for Fire Tests of Through - penetration Fire Stops .... 506.3.11.1, 506.3.11.2, 506.3.11.3, 803.10.4.2 E 1509 \u2014 12 Specification for Room Heaters, Pellet Fuel - burning Type ................................ ................................ .......... [CONT.]: 1210.4 F 442/F 442M13 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe (SDR - PR) ................................ ................................ .............................. Table 1202.4, Table [CONT.]: 1210.4 F 492 - 95 Specification for Propylene and Polypropylene (PP) Plastic - Lined Ferrous Metal Pipe and Fittings ..... [CONT.]: 1210.4 F 876 \u2014 13 Specification for Cross - linked Polyethylene (PEX) Tubing ................................ ....... Table 1202.4, Table [CONT.]: 1210.4 F 877 \u2014 2011A Specification for Cross - linked Polyethylene (PEX) Plastic Hot and Cold Water Distribution Systems .............. Table 1202.4, Table 1202.5, Table 1210.4, Table [CONT.]: 1210.4 F 2735 \u2014 09 Standard Specification for Plastic Insert Fittings for SDR 9 Cross - linked Polyethylene (PEX) and Polyethylene of Raised Temperature (PE - RT) Tubing ................. Table [CONT.]: 1210.4 C110/A21.10 \u2014 12 Standard for Ductile Iron & Gray Iron Fittings ................................................................................ Table",
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      "section_full": "1210.4",
      "parent_major": "1210",
      "parent_minor": "1210.4",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.5",
    "text": "CONTEXT: 1210 > 1210.5 | CONTENT: 1210.5 1210.5 Fittings. Ground - source heat pump pipe fittings shall conform to the standards listed in Table 1210.5 and, if installed underground, shall be suitable for burial. TABLE 1210.5 GROUND - SOURCE LOOP PIPE FITTINGS PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 437; ASTM F 438; ASTM F 439; CSA B137.6 Cross - linked polyethylene (PEX) ASTM F 877; ASTM F 1807; ASTM F 1960; ASTM F 2080; ASTM F 2159; ASTM F 2434; CSA B137.5 Polyethylene/aluminum/ polyethylene (PE - AL - PE) ASTM F 1282; ASTM F 2434; CSA B137.9 \u2021\u2021\u2021 Chapter 12 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 12 HYDRONIC PIPING SECTION MC 1201 GENERAL [CONT.]: 1210.5 Fittings. Ground - source heat pump pipe fittings shall conform to the standards listed in Table 1210.5 and, if installed underground, shall be suitable for burial. TABLE 1210.5 GROUND - SOURCE LOOP PIPE FITTINGS PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 437; ASTM F 438; ASTM F 439; CSA B137.6 Cross - linked polyethylene (PEX) ASTM F 877; ASTM F 1807; ASTM F 1960; ASTM F 2080; ASTM F 2159; ASTM F 2434; CSA B137.5 Polyethylene/aluminum/ polyethylene (PE - AL - PE) ASTM F 1282; ASTM F 2434; CSA [CONT.]: 1210.5 Fittings. Ground - source heat pump pipe fittings shall conform to the standards listed in Table 1210.5 and, if installed underground, shall be suitable for burial. TABLE 1210.5 GROUND - SOURCE LOOP PIPE FITTINGS PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 437; ASTM F 438; ASTM F 439; CSA B137.6 Cross - linked polyethylene (PEX) ASTM F 877; ASTM F 1807; ASTM F 1960; ASTM F 2080; ASTM F 2159; ASTM F 2434; CSA B137.5 Polyethylene/aluminum/ polyethylene (PE - AL - PE) ASTM F 1282; ASTM F 2434; CSA [CONT.]: 1210.5 Fittings. Ground - source heat pump pipe fittings shall conform to the standards listed in Table 1210.5 and, if installed underground, shall be suitable for burial. TABLE 1210.5 GROUND - SOURCE LOOP PIPE FITTINGS PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 437; ASTM F 438; ASTM F 439; CSA B137.6 Cross - linked polyethylene (PEX) ASTM F 877; ASTM F 1807; ASTM F 1960; ASTM F 2080; ASTM F 2159; ASTM F 2434; CSA B137.5 Polyethylene/aluminum/ polyethylene (PE - AL - PE) ASTM F 1282; ASTM F 2434; CSA [CONT.]: 1210.5 Fittings. Ground - source heat pump pipe fittings shall conform to the standards listed in Table 1210.5 and, if installed underground, shall be suitable for burial. TABLE 1210.5 GROUND - SOURCE LOOP PIPE FITTINGS PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 437; ASTM F 438; ASTM F 439; CSA B137.6 Cross - linked polyethylene (PEX) ASTM F 877; ASTM F 1807; ASTM F 1960; ASTM F 2080; ASTM F 2159; ASTM F 2434; CSA B137.5 Polyethylene/aluminum/ polyethylene (PE - AL - PE) ASTM F 1282; ASTM F 2434; CSA [CONT.]: 1210.5 Fittings. Ground - source heat pump pipe fittings shall conform to the standards listed in Table 1210.5 and, if installed underground, shall be suitable for burial. TABLE 1210.5 GROUND - SOURCE LOOP PIPE FITTINGS PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 437; ASTM F 438; ASTM F 439; CSA B137.6 Cross - linked polyethylene (PEX) ASTM F 877; ASTM F 1807; ASTM F 1960; ASTM F 2080; ASTM F 2159; ASTM F 2434; CSA B137.5 Polyethylene/aluminum/ polyethylene (PE - AL - PE) ASTM F 1282; ASTM F 2434; CSA [CONT.]: 1210.5 Fittings. Ground - source heat pump pipe fittings shall conform to the standards listed in Table 1210.5 and, if installed underground, shall be suitable for burial. TABLE 1210.5 GROUND - SOURCE LOOP PIPE FITTINGS PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 437; ASTM F 438; ASTM F 439; CSA B137.6 Cross - linked polyethylene (PEX) ASTM F 877; ASTM F 1807; ASTM F 1960; ASTM F 2080; ASTM F 2159; ASTM F 2434; CSA B137.5 Polyethylene/aluminum/ polyethylene (PE - AL - PE) ASTM F 1282; ASTM F 2434; CSA [CONT.]: 1210.5 Fittings. Ground - source heat pump pipe fittings shall conform to the standards listed in Table 1210.5 and, if installed underground, shall be suitable for burial. TABLE 1210.5 GROUND - SOURCE LOOP PIPE FITTINGS PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 437; ASTM F 438; ASTM F 439; CSA B137.6 Cross - linked polyethylene (PEX) ASTM F 877; ASTM F 1807; ASTM F 1960; ASTM F 2080; ASTM F 2159; ASTM F 2434; CSA B137.5 Polyethylene/aluminum/ polyethylene (PE - AL - PE) ASTM F 1282; ASTM F 2434; CSA [CONT.]: 1210.5 Fittings. Ground - source heat pump pipe fittings shall conform to the standards listed in Table 1210.5 and, if installed underground, shall be suitable for burial. TABLE 1210.5 GROUND - SOURCE LOOP PIPE FITTINGS PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 437; ASTM F 438; ASTM F 439; CSA B137.6 Cross - linked polyethylene (PEX) ASTM F 877; ASTM F 1807; ASTM F 1960; ASTM F 2080; ASTM F 2159; ASTM F 2434; CSA B137.5 Polyethylene/aluminum/ polyethylene (PE - AL - PE) ASTM F 1282; ASTM F 2434; CSA [CONT.]: 1210.5 Fittings. Ground - source heat pump pipe fittings shall conform to the standards listed in Table 1210.5 and, if installed underground, shall be suitable for burial. TABLE 1210.5 GROUND - SOURCE LOOP PIPE FITTINGS PIPE MATERIAL STANDARD (see Chapter 15) Chlorinated polyvinyl chloride (CPVC) ASTM D 2846; ASTM F 437; ASTM F 438; ASTM F 439; CSA B137.6 Cross - linked polyethylene (PEX) ASTM F 877; ASTM F 1807; ASTM F 1960; ASTM F 2080; ASTM F 2159; ASTM F 2434; CSA B137.5 Polyethylene/aluminum/ polyethylene (PE - AL - PE) ASTM F 1282; ASTM F 2434; CSA [CONT.]: 1210.5 D 2467 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, Schedule 80 ................................ ................................ ................................ .... Table 1202.5, Table [CONT.]: 1210.5 D 2564 \u2014 12 Specification for Solvent Cements for Poly (Vinyl Chloride) (PVC) Plastic Piping Systems ................. [CONT.]: 1210.5 ASTM \u2014 continued D 2996 \u2014 01 (2007)e01 Specification for Filament - wound Fiberglass (Glass Fiber Reinforced Thermosetting Resin) Pipe ................................ ............................ Table [CONT.]: 1210.5 F 438 \u2014 09 Specification for Socket Type Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings. Schedule 40 ................................ ................................ .. Table 1202.5, Table [CONT.]: 1210.5 F 439 \u2014 12 Specification for Socket Type Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings, Schedule 80 ................................ .................... Table 1202.5, Table [CONT.]: 1210.5 F 441/F 441M \u2014 13 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe, Schedules 40 and 80 ................................ ................................ ...................... Table 1202.4, Table [CONT.]: 1210.5 F 1055 \u2014 13 Specification for Electrofusion Type Polyethylene Fittings for Outside Diameter Controlled Polyethylene and Cross - linked Polyethylene Pipe and Tubing ................................ ................................ ................................ . Table 1210.5, 1210.6.6.2Tubing ................................ ....... Table 1202.4, Table [CONT.]: 1210.5 F 1055 \u2014 13 Specification for Electrofusion Type Polyethylene Fittings for Outside Diameter Controlled Polyethylene and Cross - linked Polyethylene Pipe and Tubing ................................ ................................ ................................ . Table 1210.5, 1210.6.6.2 REFERENCED STANDARDS F 1281 \u2014 11 Specification for Cross - linked Polyethylene/Aluminum/Crosslinked Polyethylene (PEX - AL - PEX) Pressure Pipe ................................ ................................ ........ Table 1202.4SECTION MC 1501 GENERAL [CONT.]: 1210.5 D 2467 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, Schedule 80 ................................ ................................ ................................ .... Table 1202.5, Table [CONT.]: 1210.5 D 2564 \u2014 12 Specification for Solvent Cements for Poly (Vinyl Chloride) (PVC) Plastic Piping Systems ................. [CONT.]: 1210.5 ASTM \u2014 continued D 2996 \u2014 01 (2007)e01 Specification for Filament - wound Fiberglass (Glass Fiber Reinforced Thermosetting Resin) Pipe ................................ ............................ Table [CONT.]: 1210.5 F 438 \u2014 09 Specification for Socket Type Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings. Schedule 40 ................................ ................................ .. Table 1202.5, Table [CONT.]: 1210.5 F 439 \u2014 12 Specification for Socket Type Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings, Schedule 80 ................................ .................... Table 1202.5, Table [CONT.]: 1210.5 F 441/F 441M \u2014 13 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe, Schedules 40 and 80 ................................ ................................ ...................... Table 1202.4, Table [CONT.]: 1210.5 F 1055 \u2014 13 Specification for Electrofusion Type Polyethylene Fittings for Outside Diameter Controlled Polyethylene and Cross - linked Polyethylene Pipe and Tubing ................................ ................................ ................................ . Table 1210.5, 1210.6.6.2 REFERENCED STANDARDS F 1281 \u2014 11 Specification for Cross - linked Polyethylene/Aluminum/Crosslinked Polyethylene (PEX - AL - PEX) Pressure Pipe ................................ ................................ ........ Table 1202.4SECTION MC 1501 GENERAL [CONT.]: 1210.5 D 2467 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, Schedule 80 ................................ ................................ ................................ .... Table 1202.5, Table [CONT.]: 1210.5 D 2564 \u2014 12 Specification for Solvent Cements for Poly (Vinyl Chloride) (PVC) Plastic Piping Systems ................. [CONT.]: 1210.5 ASTM \u2014 continued D 2996 \u2014 01 (2007)e01 Specification for Filament - wound Fiberglass (Glass Fiber Reinforced Thermosetting Resin) Pipe ................................ ............................ Table [CONT.]: 1210.5 F 438 \u2014 09 Specification for Socket Type Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings. Schedule 40 ................................ ................................ .. Table 1202.5, Table [CONT.]: 1210.5 F 439 \u2014 12 Specification for Socket Type Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings, Schedule 80 ................................ .................... Table 1202.5, Table [CONT.]: 1210.5 F 441/F 441M \u2014 13 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe, Schedules 40 and 80 ................................ ................................ ...................... Table 1202.4, Table [CONT.]: 1210.5 F 1055 \u2014 13 Specification for Electrofusion Type Polyethylene Fittings for Outside Diameter Controlled Polyethylene and Cross - linked Polyethylene Pipe and Tubing ................................ ................................ ................................ . Table 1210.5, 1210.6.6.2 REFERENCED STANDARDS F 1281 \u2014 11 Specification for Cross - linked Polyethylene/Aluminum/Crosslinked Polyethylene (PEX - AL - PEX) Pressure Pipe ................................ ................................ ........ Table [CONT.]: 1210.5 F 1476 \u2014 07 Specification for Performance of Gasketed Mechanical Couplings for Use in Piping Applications .............................................................................................. Table 1202.5, 1203.3.7 F 1548 \u2014 01(2006) Standard Specification for the Performance of Fittings for Use with Gasketed Mechanical Couplings Used in Piping Applications ............................................ Table [CONT.]: 1210.5 F 1924 \u2014 12 Standard Specification for Plastic Mechanical Fittings for Use on Outside Diameter Controlled Polyethylene Gas Distribution Pipe and Tubing ......................... [CONT.]: 1210.5 F 1974 \u2014 09 Standard Specification for Metal Insert Fittings for Polyethylene/Aluminum/Polyethylene and Cross - linked Polyethylene/Aluminum/Cross - linked Polyethylene Composite Pressure Pipe ..................................................................................................... Table [CONT.]: 1210.5 F 2098 \u2014 08 Standard Specification for Stainless Steel Clamps for SDR9 Cross - linked Polyethylene (PEX) Tubing to Metal and Plastic Insert Fittings ......................................... Table [CONT.]: 1210.5 F 2389 \u2014 10 Specification for Pressure - rated Polypropylene Piping Systems ............. Table 1202.4, Table 1202.5, 1203.15.1, Table 1210.4, Table 1210.5, 1210.6.7.1 F2434 \u2014 09 Standard Specification for Metal Insert Fittings Utilizing a Copper Crimp ring for SDR9 Cross - linked Polyethylene (PEX) Tubing and SDR9 Cross - linked Polyethylene/Aluminum/Cross - linked Polyethylene (PEX - AL - PEX) Tubing .................... Table [CONT.]: 1210.5 F 2623 \u2014 08 Standard Specification for Polyethylene of Raised Temperature (PE -RT) SDR 9 Tubing1 .............................................................................................. Table 1202.4, Table [CONT.]: 1210.5 B137.3 \u2014 13 Rigid Poly (Vinyl Chloride) (PVC) Pipe for Pressure Applications ................................................. Table [CONT.]: 1210.5 B137.6 \u2014 13 Chlorinated Polyvinylchloride (CPVC) Pipe, Tubing and Fittings for Hot - and Coldwater Distribution Systems ...................................................................................................... Table [CONT.]: 1210.5 B137.9 \u2014 13 Polyethylene/Aluminum/Polyethylene (PE - AL - PE) Composite Pressure - Pipe Systems ........................................................................................................ Table 1202.4, Table 1210.4, Table [CONT.]: 1210.5 B137.10 \u2014 13 Crosslinked Polyethylene/Aluminum/ Cross - linked Polyethylene (PEXAL - PEX) Composite Pressure - Pipe Systems ............................................................. Table [CONT.]: 1210.5 B137.1 \u2014 13 Polyethylene (PE) Pipe, Tubing and Fittings for Cold Water Pressure Services ........ Table 1210.4, Table [CONT.]: 1210.5 B137.5 \u2014 13 Crosslinked Polyethylene (PEX) Tubing Systems for Pressure Applications ........... Table 1210.4, Table [CONT.]: 1210.5 B137.11 \u2014 13 Polypropylene (PP - R) Pipe and Fittings for Pressure Applications ............................ Table 1210.4, Table [CONT.]: 1210.5 ANSI/CSA America FC1\u2014 2012 Stationary Fuel Cell Power Systems ............................................................................................................ [CONT.]: 1210.5 D 2467 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, Schedule 80 ................................ ................................ ................................ .... Table 1202.5, Table [CONT.]: 1210.5 D 2564 \u2014 12 Specification for Solvent Cements for Poly (Vinyl Chloride) (PVC) Plastic Piping Systems ................. [CONT.]: 1210.5 ASTM \u2014 continued D 2996 \u2014 01 (2007)e01 Specification for Filament - wound Fiberglass (Glass Fiber Reinforced Thermosetting Resin) Pipe ................................ ............................ Table [CONT.]: 1210.5 F 438 \u2014 09 Specification for Socket Type Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings. Schedule 40 ................................ ................................ .. Table 1202.5, Table [CONT.]: 1210.5 F 439 \u2014 12 Specification for Socket Type Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings, Schedule 80 ................................ .................... Table 1202.5, Table [CONT.]: 1210.5 F 441/F 441M \u2014 13 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe, Schedules 40 and 80 ................................ ................................ ...................... Table 1202.4, Table [CONT.]: 1210.5 F 1055 \u2014 13 Specification for Electrofusion Type Polyethylene Fittings for Outside Diameter Controlled Polyethylene and Cross - linked Polyethylene Pipe and Tubing ................................ ................................ ................................ . Table 1210.5, 1210.6.6.2 REFERENCED STANDARDS F 1281 \u2014 11 Specification for Cross - linked Polyethylene/Aluminum/Crosslinked Polyethylene (PEX - AL - PEX) Pressure Pipe ................................ ................................ ........ Table [CONT.]: 1210.5 F 1476 \u2014 07 Specification for Performance of Gasketed Mechanical Couplings for Use in Piping Applications .............................................................................................. Table 1202.5, 1203.3.7 F 1548 \u2014 01(2006) Standard Specification for the Performance of Fittings for Use with Gasketed Mechanical Couplings Used in Piping Applications ............................................ Table [CONT.]: 1210.5 F 1924 \u2014 12 Standard Specification for Plastic Mechanical Fittings for Use on Outside Diameter Controlled Polyethylene Gas Distribution Pipe and Tubing ......................... [CONT.]: 1210.5 F 1974 \u2014 09 Standard Specification for Metal Insert Fittings for Polyethylene/Aluminum/Polyethylene and Cross - linked Polyethylene/Aluminum/Cross - linked Polyethylene Composite Pressure Pipe ..................................................................................................... Table [CONT.]: 1210.5 F 2098 \u2014 08 Standard Specification for Stainless Steel Clamps for SDR9 Cross - linked Polyethylene (PEX) Tubing to Metal and Plastic Insert Fittings ......................................... Table [CONT.]: 1210.5 F 2389 \u2014 10 Specification for Pressure - rated Polypropylene Piping Systems ............. Table 1202.4, Table 1202.5, 1203.15.1, Table 1210.4, Table 1210.5, 1210.6.7.1 F2434 \u2014 09 Standard Specification for Metal Insert Fittings Utilizing a Copper Crimp ring for SDR9 Cross - linked Polyethylene (PEX) Tubing and SDR9 Cross - linked Polyethylene/Aluminum/Cross - linked Polyethylene (PEX - AL - PEX) Tubing .................... Table [CONT.]: 1210.5 F 2623 \u2014 08 Standard Specification for Polyethylene of Raised Temperature (PE -RT) SDR 9 Tubing1 .............................................................................................. Table 1202.4, Table [CONT.]: 1210.5 B137.3 \u2014 13 Rigid Poly (Vinyl Chloride) (PVC) Pipe for Pressure Applications ................................................. Table [CONT.]: 1210.5 B137.6 \u2014 13 Chlorinated Polyvinylchloride (CPVC) Pipe, Tubing and Fittings for Hot - and Coldwater Distribution Systems ...................................................................................................... Table [CONT.]: 1210.5 B137.9 \u2014 13 Polyethylene/Aluminum/Polyethylene (PE - AL - PE) Composite Pressure - Pipe Systems ........................................................................................................ Table 1202.4, Table 1210.4, Table [CONT.]: 1210.5 B137.10 \u2014 13 Crosslinked Polyethylene/Aluminum/ Cross - linked Polyethylene (PEXAL - PEX) Composite Pressure - Pipe Systems ............................................................. Table [CONT.]: 1210.5 B137.1 \u2014 13 Polyethylene (PE) Pipe, Tubing and Fittings for Cold Water Pressure Services ........ Table 1210.4, Table [CONT.]: 1210.5 B137.5 \u2014 13 Crosslinked Polyethylene (PEX) Tubing Systems for Pressure Applications ........... Table 1210.4, Table [CONT.]: 1210.5 B137.11 \u2014 13 Polypropylene (PP - R) Pipe and Fittings for Pressure Applications ............................ Table 1210.4, Table [CONT.]: 1210.5 ANSI/CSA America FC1\u2014 2012 Stationary Fuel Cell Power Systems ............................................................................................................ [CONT.]: 1210.5 D 2467 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, Schedule 80 ................................ ................................ ................................ .... Table 1202.5, Table [CONT.]: 1210.5 D 2564 \u2014 12 Specification for Solvent Cements for Poly (Vinyl Chloride) (PVC) Plastic Piping Systems ................. [CONT.]: 1210.5 ASTM \u2014 continued D 2996 \u2014 01 (2007)e01 Specification for Filament - wound Fiberglass (Glass Fiber Reinforced Thermosetting Resin) Pipe ................................ ............................ Table [CONT.]: 1210.5 F 438 \u2014 09 Specification for Socket Type Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings. Schedule 40 ................................ ................................ .. Table 1202.5, Table [CONT.]: 1210.5 F 439 \u2014 12 Specification for Socket Type Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings, Schedule 80 ................................ .................... Table 1202.5, Table [CONT.]: 1210.5 F 441/F 441M \u2014 13 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe, Schedules 40 and 80 ................................ ................................ ...................... Table 1202.4, Table [CONT.]: 1210.5 F 1055 \u2014 13 Specification for Electrofusion Type Polyethylene Fittings for Outside Diameter Controlled Polyethylene and Cross - linked Polyethylene Pipe and Tubing ................................ ................................ ................................ . Table 1210.5, 1210.6.6.2 REFERENCED STANDARDS F 1281 \u2014 11 Specification for Cross - linked Polyethylene/Aluminum/Crosslinked Polyethylene (PEX - AL - PEX) Pressure Pipe ................................ ................................ ........ Table [CONT.]: 1210.5 F 1476 \u2014 07 Specification for Performance of Gasketed Mechanical Couplings for Use in Piping Applications .............................................................................................. Table 1202.5, 1203.3.7 F 1548 \u2014 01(2006) Standard Specification for the Performance of Fittings for Use with Gasketed Mechanical Couplings Used in Piping Applications ............................................ Table [CONT.]: 1210.5 F 1924 \u2014 12 Standard Specification for Plastic Mechanical Fittings for Use on Outside Diameter Controlled Polyethylene Gas Distribution Pipe and Tubing ......................... [CONT.]: 1210.5 F 1974 \u2014 09 Standard Specification for Metal Insert Fittings for Polyethylene/Aluminum/Polyethylene and Cross - linked Polyethylene/Aluminum/Cross - linked Polyethylene Composite Pressure Pipe ..................................................................................................... Table [CONT.]: 1210.5 F 2098 \u2014 08 Standard Specification for Stainless Steel Clamps for SDR9 Cross - linked Polyethylene (PEX) Tubing to Metal and Plastic Insert Fittings ......................................... Table [CONT.]: 1210.5 F 2389 \u2014 10 Specification for Pressure - rated Polypropylene Piping Systems ............. Table 1202.4, Table 1202.5, 1203.15.1, Table 1210.4, Table 1210.5, 1210.6.7.1 F2434 \u2014 09 Standard Specification for Metal Insert Fittings Utilizing a Copper Crimp ring for SDR9 Cross - linked Polyethylene (PEX) Tubing and SDR9 Cross - linked Polyethylene/Aluminum/Cross - linked Polyethylene (PEX - AL - PEX) Tubing .................... Table [CONT.]: 1210.5 F 2623 \u2014 08 Standard Specification for Polyethylene of Raised Temperature (PE -RT) SDR 9 Tubing1 .............................................................................................. Table 1202.4, Table [CONT.]: 1210.5 B137.3 \u2014 13 Rigid Poly (Vinyl Chloride) (PVC) Pipe for Pressure Applications ................................................. Table [CONT.]: 1210.5 B137.6 \u2014 13 Chlorinated Polyvinylchloride (CPVC) Pipe, Tubing and Fittings for Hot - and Coldwater Distribution Systems ...................................................................................................... Table [CONT.]: 1210.5 B137.9 \u2014 13 Polyethylene/Aluminum/Polyethylene (PE - AL - PE) Composite Pressure - Pipe Systems ........................................................................................................ Table 1202.4, Table 1210.4, Table [CONT.]: 1210.5 B137.10 \u2014 13 Crosslinked Polyethylene/Aluminum/ Cross - linked Polyethylene (PEXAL - PEX) Composite Pressure - Pipe Systems ............................................................. Table [CONT.]: 1210.5 B137.1 \u2014 13 Polyethylene (PE) Pipe, Tubing and Fittings for Cold Water Pressure Services ........ Table 1210.4, Table [CONT.]: 1210.5 B137.5 \u2014 13 Crosslinked Polyethylene (PEX) Tubing Systems for Pressure Applications ........... Table 1210.4, Table [CONT.]: 1210.5 B137.11 \u2014 13 Polypropylene (PP - R) Pipe and Fittings for Pressure Applications ............................ Table 1210.4, Table [CONT.]: 1210.5 ANSI/CSA America FC1\u2014 2012 Stationary Fuel Cell Power Systems ............................................................................................................ [CONT.]: 1210.5 SMACNA Sheet Metal & Air - Conditioning Contractors National Assoc., Inc. 4201 Lafayette Center Drive Chantilly, VA 20151 - 1209 Standard Referenced reference in code number Title section number SMACNA/ANSI \u2014 2005 HVAC Duct Construction Standards - Metal and Flexible 4 th Edition (ANSI) .......................... 504.10, 603.4, ................................................................................................ ..................................... Table 603.4, 603.9, 603.10 SMACNA/ANSI \u2014 2011 Rectangular Industrial Duct Construction Standards ................................................................................. [CONT.]: 1210.5 D 2467 \u2014 06 Specification for Poly (Vinyl Chloride) (PVC) Plastic Pipe Fittings, Schedule 80 ................................ ................................ ................................ .... Table 1202.5, Table [CONT.]: 1210.5 D 2564 \u2014 12 Specification for Solvent Cements for Poly (Vinyl Chloride) (PVC) Plastic Piping Systems ................. [CONT.]: 1210.5 ASTM \u2014 continued D 2996 \u2014 01 (2007)e01 Specification for Filament - wound Fiberglass (Glass Fiber Reinforced Thermosetting Resin) Pipe ................................ ............................ Table [CONT.]: 1210.5 F 438 \u2014 09 Specification for Socket Type Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings. Schedule 40 ................................ ................................ .. Table 1202.5, Table [CONT.]: 1210.5 F 439 \u2014 12 Specification for Socket Type Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe Fittings, Schedule 80 ................................ .................... Table 1202.5, Table [CONT.]: 1210.5 F 441/F 441M \u2014 13 Specification for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe, Schedules 40 and 80 ................................ ................................ ...................... Table 1202.4, Table [CONT.]: 1210.5 F 1055 \u2014 13 Specification for Electrofusion Type Polyethylene Fittings for Outside Diameter Controlled Polyethylene and Cross - linked Polyethylene Pipe and Tubing ................................ ................................ ................................ . Table 1210.5, 1210.6.6.2 REFERENCED STANDARDS F 1281 \u2014 11 Specification for Cross - linked Polyethylene/Aluminum/Crosslinked Polyethylene (PEX - AL - PEX) Pressure Pipe ................................ ................................ ........ Table [CONT.]: 1210.5 F 1476 \u2014 07 Specification for Performance of Gasketed Mechanical Couplings for Use in Piping Applications .............................................................................................. Table 1202.5, 1203.3.7 F 1548 \u2014 01(2006) Standard Specification for the Performance of Fittings for Use with Gasketed Mechanical Couplings Used in Piping Applications ............................................ Table [CONT.]: 1210.5 F 1924 \u2014 12 Standard Specification for Plastic Mechanical Fittings for Use on Outside Diameter Controlled Polyethylene Gas Distribution Pipe and Tubing ......................... [CONT.]: 1210.5 F 1974 \u2014 09 Standard Specification for Metal Insert Fittings for Polyethylene/Aluminum/Polyethylene and Cross - linked Polyethylene/Aluminum/Cross - linked Polyethylene Composite Pressure Pipe ..................................................................................................... Table [CONT.]: 1210.5 F 2098 \u2014 08 Standard Specification for Stainless Steel Clamps for SDR9 Cross - linked Polyethylene (PEX) Tubing to Metal and Plastic Insert Fittings ......................................... Table [CONT.]: 1210.5 F 2389 \u2014 10 Specification for Pressure - rated Polypropylene Piping Systems ............. Table 1202.4, Table 1202.5, 1203.15.1, Table 1210.4, Table 1210.5, 1210.6.7.1 F2434 \u2014 09 Standard Specification for Metal Insert Fittings Utilizing a Copper Crimp ring for SDR9 Cross - linked Polyethylene (PEX) Tubing and SDR9 Cross - linked Polyethylene/Aluminum/Cross - linked Polyethylene (PEX - AL - PEX) Tubing .................... Table [CONT.]: 1210.5 F 2623 \u2014 08 Standard Specification for Polyethylene of Raised Temperature (PE -RT) SDR 9 Tubing1 .............................................................................................. Table 1202.4, Table [CONT.]: 1210.5 B137.3 \u2014 13 Rigid Poly (Vinyl Chloride) (PVC) Pipe for Pressure Applications ................................................. Table [CONT.]: 1210.5 B137.6 \u2014 13 Chlorinated Polyvinylchloride (CPVC) Pipe, Tubing and Fittings for Hot - and Coldwater Distribution Systems ...................................................................................................... Table [CONT.]: 1210.5 B137.9 \u2014 13 Polyethylene/Aluminum/Polyethylene (PE - AL - PE) Composite Pressure - Pipe Systems ........................................................................................................ Table 1202.4, Table 1210.4, Table [CONT.]: 1210.5 B137.10 \u2014 13 Crosslinked Polyethylene/Aluminum/ Cross - linked Polyethylene (PEXAL - PEX) Composite Pressure - Pipe Systems ............................................................. Table [CONT.]: 1210.5 B137.1 \u2014 13 Polyethylene (PE) Pipe, Tubing and Fittings for Cold Water Pressure Services ........ Table 1210.4, Table [CONT.]: 1210.5 B137.5 \u2014 13 Crosslinked Polyethylene (PEX) Tubing Systems for Pressure Applications ........... Table 1210.4, Table [CONT.]: 1210.5 B137.11 \u2014 13 Polypropylene (PP - R) Pipe and Fittings for Pressure Applications ............................ Table 1210.4, Table [CONT.]: 1210.5 ANSI/CSA America FC1\u2014 2012 Stationary Fuel Cell Power Systems ............................................................................................................ [CONT.]: 1210.5 SMACNA Sheet Metal & Air - Conditioning Contractors National Assoc., Inc. 4201 Lafayette Center Drive Chantilly, VA 20151 - 1209 Standard Referenced reference in code number Title section number SMACNA/ANSI \u2014 2005 HVAC Duct Construction Standards - Metal and Flexible 4 th Edition (ANSI) .......................... 504.10, 603.4, ................................................................................................ ..................................... Table 603.4, 603.9, 603.10 SMACNA/ANSI \u2014 2011 Rectangular Industrial Duct Construction Standards .................................................................................",
    "metadata": {
      "section_full": "1210.5",
      "parent_major": "1210",
      "parent_minor": "1210.5",
      "source": "036.txt"
    }
  },
  {
    "id": "B137.9",
    "text": "CONTEXT: B137 > B137.9 | CONTENT: B137.9 B137.9 HYDRONIC PIPING High Density Polyethylene (HDPE) ASTM D 2683; ASTM D 3261; ASTM F 1055; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 2464; ASTM D 2466; ASTM D 2467; CSA B137.2; CSA B137.3 Raised temperature polyethylene (PE - RT) ASTM D 3261; ASTM F 1807; ASTM F 2159; CSA B137.1 [CONT.]: B137.9 HYDRONIC PIPING High Density Polyethylene (HDPE) ASTM D 2683; ASTM D 3261; ASTM F 1055; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 2464; ASTM D 2466; ASTM D 2467; CSA B137.2; CSA B137.3 Raised temperature polyethylene (PE - RT) ASTM D 3261; ASTM F 1807; ASTM F 2159; CSA B137.1 [CONT.]: B137.9 HYDRONIC PIPING High Density Polyethylene (HDPE) ASTM D 2683; ASTM D 3261; ASTM F 1055; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 2464; ASTM D 2466; ASTM D 2467; CSA B137.2; CSA B137.3 Raised temperature polyethylene (PE - RT) ASTM D 3261; ASTM F 1807; ASTM F 2159; CSA B137.1 [CONT.]: B137.9 HYDRONIC PIPING High Density Polyethylene (HDPE) ASTM D 2683; ASTM D 3261; ASTM F 1055; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 2464; ASTM D 2466; ASTM D 2467; CSA B137.2; CSA B137.3 Raised temperature polyethylene (PE - RT) ASTM D 3261; ASTM F 1807; ASTM F 2159; CSA B137.1 [CONT.]: B137.9 HYDRONIC PIPING High Density Polyethylene (HDPE) ASTM D 2683; ASTM D 3261; ASTM F 1055; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 2464; ASTM D 2466; ASTM D 2467; CSA B137.2; CSA B137.3 Raised temperature polyethylene (PE - RT) ASTM D 3261; ASTM F 1807; ASTM F 2159; CSA B137.1 [CONT.]: B137.9 HYDRONIC PIPING High Density Polyethylene (HDPE) ASTM D 2683; ASTM D 3261; ASTM F 1055; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 2464; ASTM D 2466; ASTM D 2467; CSA B137.2; CSA B137.3 Raised temperature polyethylene (PE - RT) ASTM D 3261; ASTM F 1807; ASTM F 2159; CSA B137.1 [CONT.]: B137.9 HYDRONIC PIPING High Density Polyethylene (HDPE) ASTM D 2683; ASTM D 3261; ASTM F 1055; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 2464; ASTM D 2466; ASTM D 2467; CSA B137.2; CSA B137.3 Raised temperature polyethylene (PE - RT) ASTM D 3261; ASTM F 1807; ASTM F 2159; CSA B137.1 [CONT.]: B137.9 HYDRONIC PIPING High Density Polyethylene (HDPE) ASTM D 2683; ASTM D 3261; ASTM F 1055; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 2464; ASTM D 2466; ASTM D 2467; CSA B137.2; CSA B137.3 Raised temperature polyethylene (PE - RT) ASTM D 3261; ASTM F 1807; ASTM F 2159; CSA B137.1 [CONT.]: B137.9 HYDRONIC PIPING High Density Polyethylene (HDPE) ASTM D 2683; ASTM D 3261; ASTM F 1055; CSA B137.1; CSA C448; NSF 358 - 1 Polypropylene (PP - R) ASTM F 2389; CSA B137.11 Polyvinyl chloride (PVC) ASTM D 2464; ASTM D 2466; ASTM D 2467; CSA B137.2; CSA B137.3 Raised temperature polyethylene (PE - RT) ASTM D 3261; ASTM F 1807; ASTM F 2159; CSA B137.1",
    "metadata": {
      "section_full": "B137.9",
      "parent_major": "B137",
      "parent_minor": "B137.9",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6 1210.6 Joints. Joints and connections, other than those covered by Section 1210 and co nforming to the ASTM standards listed therein, shall be of an approved type. Joints and connections shall be tight for the pressure of the ground - source loop system. Joints used underground shall be in accordance with manufacturer\u2019s instructions for buried applications. [CONT.]: 1210.6 Joints. Joints and connections, other than those covered by Section 1210 and co nforming to the ASTM standards listed therein, shall be of an approved type. Joints and connections shall be tight for the pressure of the ground - source loop system. Joints used underground shall be in accordance with manufacturer\u2019s instructions for buried applications. [CONT.]: 1210.6 Joints. Joints and connections, other than those covered by Section 1210 and co nforming to the ASTM standards listed therein, shall be of an approved type. Joints and connections shall be tight for the pressure of the ground - source loop system. Joints used underground shall be in accordance with manufacturer\u2019s instructions for buried applications. [CONT.]: 1210.6 Joints. Joints and connections, other than those covered by Section 1210 and co nforming to the ASTM standards listed therein, shall be of an approved type. Joints and connections shall be tight for the pressure of the ground - source loop system. Joints used underground shall be in accordance with manufacturer\u2019s instructions for buried applications. [CONT.]: 1210.6 Joints. Joints and connections, other than those covered by Section 1210 and co nforming to the ASTM standards listed therein, shall be of an approved type. Joints and connections shall be tight for the pressure of the ground - source loop system. Joints used underground shall be in accordance with manufacturer\u2019s instructions for buried applications. [CONT.]: 1210.6 Joints. Joints and connections, other than those covered by Section 1210 and co nforming to the ASTM standards listed therein, shall be of an approved type. Joints and connections shall be tight for the pressure of the ground - source loop system. Joints used underground shall be in accordance with manufacturer\u2019s instructions for buried applications. [CONT.]: 1210.6 Joints. Joints and connections, other than those covered by Section 1210 and co nforming to the ASTM standards listed therein, shall be of an approved type. Joints and connections shall be tight for the pressure of the ground - source loop system. Joints used underground shall be in accordance with manufacturer\u2019s instructions for buried applications. [CONT.]: 1210.6 Joints. Joints and connections, other than those covered by Section 1210 and co nforming to the ASTM standards listed therein, shall be of an approved type. Joints and connections shall be tight for the pressure of the ground - source loop system. Joints used underground shall be in accordance with manufacturer\u2019s instructions for buried applications. [CONT.]: 1210.6 Joints. Joints and connections, other than those covered by Section 1210 and co nforming to the ASTM standards listed therein, shall be of an approved type. Joints and connections shall be tight for the pressure of the ground - source loop system. Joints used underground shall be in accordance with manufacturer\u2019s instructions for buried applications.",
    "metadata": {
      "section_full": "1210.6",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.1",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.1 1210.6.1 Joints between different piping materials. Joints between different piping materials shall be made with transition fittings compatible with both materials and the fluid contained within the system. Transition fittings must be used i n accordance with manufacturer\u2019s instructions. [CONT.]: 1210.6.1 Joints between different piping materials. Joints between different piping materials shall be made with transition fittings compatible with both materials and the fluid contained within the system. Transition fittings must be used i n accordance with manufacturer\u2019s instructions. [CONT.]: 1210.6.1 Joints between different piping materials. Joints between different piping materials shall be made with transition fittings compatible with both materials and the fluid contained within the system. Transition fittings must be used i n accordance with manufacturer\u2019s instructions. [CONT.]: 1210.6.1 Joints between different piping materials. Joints between different piping materials shall be made with transition fittings compatible with both materials and the fluid contained within the system. Transition fittings must be used i n accordance with manufacturer\u2019s instructions. [CONT.]: 1210.6.1 Joints between different piping materials. Joints between different piping materials shall be made with transition fittings compatible with both materials and the fluid contained within the system. Transition fittings must be used i n accordance with manufacturer\u2019s instructions. [CONT.]: 1210.6.1 Joints between different piping materials. Joints between different piping materials shall be made with transition fittings compatible with both materials and the fluid contained within the system. Transition fittings must be used i n accordance with manufacturer\u2019s instructions. [CONT.]: 1210.6.1 Joints between different piping materials. Joints between different piping materials shall be made with transition fittings compatible with both materials and the fluid contained within the system. Transition fittings must be used i n accordance with manufacturer\u2019s instructions. [CONT.]: 1210.6.1 Joints between different piping materials. Joints between different piping materials shall be made with transition fittings compatible with both materials and the fluid contained within the system. Transition fittings must be used i n accordance with manufacturer\u2019s instructions. [CONT.]: 1210.6.1 Joints between different piping materials. Joints between different piping materials shall be made with transition fittings compatible with both materials and the fluid contained within the system. Transition fittings must be used i n accordance with manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "1210.6.1",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.1.1",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.1.1 1210.6.1.1 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1210.6.1.1 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1210.6.1.1 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1210.6.1.1 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1210.6.1.1 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1210.6.1.1 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1210.6.1.1 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1210.6.1.1 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line. [CONT.]: 1210.6.1.1 Plastic - to - metal connections. Soldering on the metal portion of the system shall be performed not less than 18 inches (457.2 mm) from a plastic - to - metal adapter in the same water line.",
    "metadata": {
      "section_full": "1210.6.1.1",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.2",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.2 1210.6.2 Prep aration of pipe ends. Pipe shall be cut square, be reamed, and be free of burrs and obstructions. CPVC, PE, and PVC pipe shall be chamfered. Pipe ends shall have full - bore openings and shall not be undercut. [CONT.]: 1210.6.2 Prep aration of pipe ends. Pipe shall be cut square, be reamed, and be free of burrs and obstructions. CPVC, PE, and PVC pipe shall be chamfered. Pipe ends shall have full - bore openings and shall not be undercut. [CONT.]: 1210.6.2 Prep aration of pipe ends. Pipe shall be cut square, be reamed, and be free of burrs and obstructions. CPVC, PE, and PVC pipe shall be chamfered. Pipe ends shall have full - bore openings and shall not be undercut. [CONT.]: 1210.6.2 Prep aration of pipe ends. Pipe shall be cut square, be reamed, and be free of burrs and obstructions. CPVC, PE, and PVC pipe shall be chamfered. Pipe ends shall have full - bore openings and shall not be undercut. [CONT.]: 1210.6.2 Prep aration of pipe ends. Pipe shall be cut square, be reamed, and be free of burrs and obstructions. CPVC, PE, and PVC pipe shall be chamfered. Pipe ends shall have full - bore openings and shall not be undercut. [CONT.]: 1210.6.2 Prep aration of pipe ends. Pipe shall be cut square, be reamed, and be free of burrs and obstructions. CPVC, PE, and PVC pipe shall be chamfered. Pipe ends shall have full - bore openings and shall not be undercut. [CONT.]: 1210.6.2 Prep aration of pipe ends. Pipe shall be cut square, be reamed, and be free of burrs and obstructions. CPVC, PE, and PVC pipe shall be chamfered. Pipe ends shall have full - bore openings and shall not be undercut. [CONT.]: 1210.6.2 Prep aration of pipe ends. Pipe shall be cut square, be reamed, and be free of burrs and obstructions. CPVC, PE, and PVC pipe shall be chamfered. Pipe ends shall have full - bore openings and shall not be undercut. [CONT.]: 1210.6.2 Prep aration of pipe ends. Pipe shall be cut square, be reamed, and be free of burrs and obstructions. CPVC, PE, and PVC pipe shall be chamfered. Pipe ends shall have full - bore openings and shall not be undercut.",
    "metadata": {
      "section_full": "1210.6.2",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.3",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.3 1210.6.3 Joint preparation and installation. Whe re required by Sections 1210.6.4 through 1210.6.6, the preparation and installation of mechanical and thermoplastic - welded joints shall comply with Sections 1210.6.3.1 and 1210.6.3.2. [CONT.]: 1210.6.3 Joint preparation and installation. Whe re required by Sections 1210.6.4 through 1210.6.6, the preparation and installation of mechanical and thermoplastic - welded joints shall comply with Sections 1210.6.3.1 and 1210.6.3.2. [CONT.]: 1210.6.3 Joint preparation and installation. Whe re required by Sections 1210.6.4 through 1210.6.6, the preparation and installation of mechanical and thermoplastic - welded joints shall comply with Sections 1210.6.3.1 and 1210.6.3.2. [CONT.]: 1210.6.3 Joint preparation and installation. Whe re required by Sections 1210.6.4 through 1210.6.6, the preparation and installation of mechanical and thermoplastic - welded joints shall comply with Sections 1210.6.3.1 and 1210.6.3.2. [CONT.]: 1210.6.3 Joint preparation and installation. Whe re required by Sections 1210.6.4 through 1210.6.6, the preparation and installation of mechanical and thermoplastic - welded joints shall comply with Sections 1210.6.3.1 and 1210.6.3.2. [CONT.]: 1210.6.3 Joint preparation and installation. Whe re required by Sections 1210.6.4 through 1210.6.6, the preparation and installation of mechanical and thermoplastic - welded joints shall comply with Sections 1210.6.3.1 and 1210.6.3.2. [CONT.]: 1210.6.3 Joint preparation and installation. Whe re required by Sections 1210.6.4 through 1210.6.6, the preparation and installation of mechanical and thermoplastic - welded joints shall comply with Sections 1210.6.3.1 and 1210.6.3.2. [CONT.]: 1210.6.3 Joint preparation and installation. Whe re required by Sections 1210.6.4 through 1210.6.6, the preparation and installation of mechanical and thermoplastic - welded joints shall comply with Sections 1210.6.3.1 and 1210.6.3.2. [CONT.]: 1210.6.3 Joint preparation and installation. Whe re required by Sections 1210.6.4 through 1210.6.6, the preparation and installation of mechanical and thermoplastic - welded joints shall comply with Sections 1210.6.3.1 and 1210.6.3.2.",
    "metadata": {
      "section_full": "1210.6.3",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.3.1",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.3.1 1210.6.3.1 Mechanical joints. Mechanical joints shall be installed in ac cordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.1 Mechanical joints. Mechanical joints shall be installed in ac cordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.1 Mechanical joints. Mechanical joints shall be installed in ac cordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.1 Mechanical joints. Mechanical joints shall be installed in ac cordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.1 Mechanical joints. Mechanical joints shall be installed in ac cordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.1 Mechanical joints. Mechanical joints shall be installed in ac cordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.1 Mechanical joints. Mechanical joints shall be installed in ac cordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.1 Mechanical joints. Mechanical joints shall be installed in ac cordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.1 Mechanical joints. Mechanical joints shall be installed in ac cordance with the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "1210.6.3.1",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.3.2",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.3.2 1210.6.3.2 Thermoplastic - welded joints. Joint surfaces for thermoplastic - welded joints shall be cleaned by a procedure in accordance with the manufacturer\u2019s instructions. Joints shall be welded in accordance w ith the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.2 Thermoplastic - welded joints. Joint surfaces for thermoplastic - welded joints shall be cleaned by a procedure in accordance with the manufacturer\u2019s instructions. Joints shall be welded in accordance w ith the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.2 Thermoplastic - welded joints. Joint surfaces for thermoplastic - welded joints shall be cleaned by a procedure in accordance with the manufacturer\u2019s instructions. Joints shall be welded in accordance w ith the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.2 Thermoplastic - welded joints. Joint surfaces for thermoplastic - welded joints shall be cleaned by a procedure in accordance with the manufacturer\u2019s instructions. Joints shall be welded in accordance w ith the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.2 Thermoplastic - welded joints. Joint surfaces for thermoplastic - welded joints shall be cleaned by a procedure in accordance with the manufacturer\u2019s instructions. Joints shall be welded in accordance w ith the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.2 Thermoplastic - welded joints. Joint surfaces for thermoplastic - welded joints shall be cleaned by a procedure in accordance with the manufacturer\u2019s instructions. Joints shall be welded in accordance w ith the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.2 Thermoplastic - welded joints. Joint surfaces for thermoplastic - welded joints shall be cleaned by a procedure in accordance with the manufacturer\u2019s instructions. Joints shall be welded in accordance w ith the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.2 Thermoplastic - welded joints. Joint surfaces for thermoplastic - welded joints shall be cleaned by a procedure in accordance with the manufacturer\u2019s instructions. Joints shall be welded in accordance w ith the manufacturer\u2019s instructions. [CONT.]: 1210.6.3.2 Thermoplastic - welded joints. Joint surfaces for thermoplastic - welded joints shall be cleaned by a procedure in accordance with the manufacturer\u2019s instructions. Joints shall be welded in accordance w ith the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "1210.6.3.2",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.4",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.4 1210.6.4 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints complying with Section 1203.3. \u2021\u2021\u2021 [CONT.]: 1210.6.4 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints complying with Section 1203.3. \u2021\u2021\u2021 [CONT.]: 1210.6.4 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints complying with Section 1203.3. \u2021\u2021\u2021 [CONT.]: 1210.6.4 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints complying with Section 1203.3. \u2021\u2021\u2021 [CONT.]: 1210.6.4 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints complying with Section 1203.3. \u2021\u2021\u2021 [CONT.]: 1210.6.4 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints complying with Section 1203.3. \u2021\u2021\u2021 [CONT.]: 1210.6.4 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints complying with Section 1203.3. \u2021\u2021\u2021 [CONT.]: 1210.6.4 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints complying with Section 1203.3. \u2021\u2021\u2021 [CONT.]: 1210.6.4 CPVC plastic pipe. Joints between CPVC plastic pipe or fittings shall be solvent - cemented or threaded joints complying with Section 1203.3. \u2021\u2021\u2021",
    "metadata": {
      "section_full": "1210.6.4",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.5",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.5 1210.6.5 Cross - linked polyethylene (PEX) plastic tubing. Joints bet ween cross - linked polyethylene plastic tubing and fittings shall comply with Section 1210.6.5.1. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.5 Cross - linked polyethylene (PEX) plastic tubing. Joints bet ween cross - linked polyethylene plastic tubing and fittings shall comply with Section 1210.6.5.1. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.5 Cross - linked polyethylene (PEX) plastic tubing. Joints bet ween cross - linked polyethylene plastic tubing and fittings shall comply with Section 1210.6.5.1. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.5 Cross - linked polyethylene (PEX) plastic tubing. Joints bet ween cross - linked polyethylene plastic tubing and fittings shall comply with Section 1210.6.5.1. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.5 Cross - linked polyethylene (PEX) plastic tubing. Joints bet ween cross - linked polyethylene plastic tubing and fittings shall comply with Section 1210.6.5.1. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.5 Cross - linked polyethylene (PEX) plastic tubing. Joints bet ween cross - linked polyethylene plastic tubing and fittings shall comply with Section 1210.6.5.1. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.5 Cross - linked polyethylene (PEX) plastic tubing. Joints bet ween cross - linked polyethylene plastic tubing and fittings shall comply with Section 1210.6.5.1. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.5 Cross - linked polyethylene (PEX) plastic tubing. Joints bet ween cross - linked polyethylene plastic tubing and fittings shall comply with Section 1210.6.5.1. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.5 Cross - linked polyethylene (PEX) plastic tubing. Joints bet ween cross - linked polyethylene plastic tubing and fittings shall comply with Section 1210.6.5.1. Mechanical joints shall comply with Section 1210.6.3.",
    "metadata": {
      "section_full": "1210.6.5",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.5.1",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.5.1 1210.6.5.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - r ings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.5.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - r ings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.5.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - r ings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.5.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - r ings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.5.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - r ings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.5.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - r ings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.5.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - r ings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.5.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - r ings, the fittings shall be installed without omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.5.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - r ings, the fittings shall be installed without omitting the inserts and ferrules or O - rings.",
    "metadata": {
      "section_full": "1210.6.5.1",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.6",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.6 1210.6.6 Polyethylene plastic pipe and tubing for ground - source heat pump loop systems. Joints between polyethylene plastic pipe and tubing or fittings for ground - source heat pump loop systems shall be heat fusion joints complying with Section 1210.6.6.1, electrofusion joints complying with Section 1210.6.6.2, or stab - type insertion joints complying with Section 1210.6.6.3. [CONT.]: 1210.6.6 Polyethylene plastic pipe and tubing for ground - source heat pump loop systems. Joints between polyethylene plastic pipe and tubing or fittings for ground - source heat pump loop systems shall be heat fusion joints complying with Section 1210.6.6.1, electrofusion joints complying with Section 1210.6.6.2, or stab - type insertion joints complying with Section 1210.6.6.3. [CONT.]: 1210.6.6 Polyethylene plastic pipe and tubing for ground - source heat pump loop systems. Joints between polyethylene plastic pipe and tubing or fittings for ground - source heat pump loop systems shall be heat fusion joints complying with Section 1210.6.6.1, electrofusion joints complying with Section 1210.6.6.2, or stab - type insertion joints complying with Section 1210.6.6.3. [CONT.]: 1210.6.6 Polyethylene plastic pipe and tubing for ground - source heat pump loop systems. Joints between polyethylene plastic pipe and tubing or fittings for ground - source heat pump loop systems shall be heat fusion joints complying with Section 1210.6.6.1, electrofusion joints complying with Section 1210.6.6.2, or stab - type insertion joints complying with Section 1210.6.6.3. [CONT.]: 1210.6.6 Polyethylene plastic pipe and tubing for ground - source heat pump loop systems. Joints between polyethylene plastic pipe and tubing or fittings for ground - source heat pump loop systems shall be heat fusion joints complying with Section 1210.6.6.1, electrofusion joints complying with Section 1210.6.6.2, or stab - type insertion joints complying with Section 1210.6.6.3. [CONT.]: 1210.6.6 Polyethylene plastic pipe and tubing for ground - source heat pump loop systems. Joints between polyethylene plastic pipe and tubing or fittings for ground - source heat pump loop systems shall be heat fusion joints complying with Section 1210.6.6.1, electrofusion joints complying with Section 1210.6.6.2, or stab - type insertion joints complying with Section 1210.6.6.3. [CONT.]: 1210.6.6 Polyethylene plastic pipe and tubing for ground - source heat pump loop systems. Joints between polyethylene plastic pipe and tubing or fittings for ground - source heat pump loop systems shall be heat fusion joints complying with Section 1210.6.6.1, electrofusion joints complying with Section 1210.6.6.2, or stab - type insertion joints complying with Section 1210.6.6.3. [CONT.]: 1210.6.6 Polyethylene plastic pipe and tubing for ground - source heat pump loop systems. Joints between polyethylene plastic pipe and tubing or fittings for ground - source heat pump loop systems shall be heat fusion joints complying with Section 1210.6.6.1, electrofusion joints complying with Section 1210.6.6.2, or stab - type insertion joints complying with Section 1210.6.6.3. [CONT.]: 1210.6.6 Polyethylene plastic pipe and tubing for ground - source heat pump loop systems. Joints between polyethylene plastic pipe and tubing or fittings for ground - source heat pump loop systems shall be heat fusion joints complying with Section 1210.6.6.1, electrofusion joints complying with Section 1210.6.6.2, or stab - type insertion joints complying with Section 1210.6.6.3.",
    "metadata": {
      "section_full": "1210.6.6",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.6.1",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.6.1 1210.6.6.1 Heat - fusion joints. Joints shall be of the socket - fusion, saddle - fusion or butt - fusion type, joined in accordance with ASTM D 2657. Joint surfaces shall be clean and free from moisture. Joint surfaces shall be heated to melt temperatures and joi ned. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM D 2683 or ASTM D 3261. [CONT.]: 1210.6.6.1 Heat - fusion joints. Joints shall be of the socket - fusion, saddle - fusion or butt - fusion type, joined in accordance with ASTM D 2657. Joint surfaces shall be clean and free from moisture. Joint surfaces shall be heated to melt temperatures and joi ned. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM D 2683 or ASTM D 3261. [CONT.]: 1210.6.6.1 Heat - fusion joints. Joints shall be of the socket - fusion, saddle - fusion or butt - fusion type, joined in accordance with ASTM D 2657. Joint surfaces shall be clean and free from moisture. Joint surfaces shall be heated to melt temperatures and joi ned. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM D 2683 or ASTM D 3261. [CONT.]: 1210.6.6.1 Heat - fusion joints. Joints shall be of the socket - fusion, saddle - fusion or butt - fusion type, joined in accordance with ASTM D 2657. Joint surfaces shall be clean and free from moisture. Joint surfaces shall be heated to melt temperatures and joi ned. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM D 2683 or ASTM D 3261. [CONT.]: 1210.6.6.1 Heat - fusion joints. Joints shall be of the socket - fusion, saddle - fusion or butt - fusion type, joined in accordance with ASTM D 2657. Joint surfaces shall be clean and free from moisture. Joint surfaces shall be heated to melt temperatures and joi ned. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM D 2683 or ASTM D 3261. [CONT.]: 1210.6.6.1 Heat - fusion joints. Joints shall be of the socket - fusion, saddle - fusion or butt - fusion type, joined in accordance with ASTM D 2657. Joint surfaces shall be clean and free from moisture. Joint surfaces shall be heated to melt temperatures and joi ned. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM D 2683 or ASTM D 3261. [CONT.]: 1210.6.6.1 Heat - fusion joints. Joints shall be of the socket - fusion, saddle - fusion or butt - fusion type, joined in accordance with ASTM D 2657. Joint surfaces shall be clean and free from moisture. Joint surfaces shall be heated to melt temperatures and joi ned. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM D 2683 or ASTM D 3261. [CONT.]: 1210.6.6.1 Heat - fusion joints. Joints shall be of the socket - fusion, saddle - fusion or butt - fusion type, joined in accordance with ASTM D 2657. Joint surfaces shall be clean and free from moisture. Joint surfaces shall be heated to melt temperatures and joi ned. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM D 2683 or ASTM D 3261. [CONT.]: 1210.6.6.1 Heat - fusion joints. Joints shall be of the socket - fusion, saddle - fusion or butt - fusion type, joined in accordance with ASTM D 2657. Joint surfaces shall be clean and free from moisture. Joint surfaces shall be heated to melt temperatures and joi ned. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM D 2683 or ASTM D 3261. [CONT.]: 1210.6.6.1 D 2683 \u2014 2010E1 Specification for Socket - type Polyethylene Fittings for Outside Diameter - controlled Polyethylene Pipe and Tubing ................................ ................................ ........... Table 1210.5, 1210.6.6.1 D2737 \u2014 12A Standard Specification for Polyethylene (PE) Plastic Tubing ................................ .......................... Table [CONT.]: 1210.6.6.1 D 2683 \u2014 2010E1 Specification for Socket - type Polyethylene Fittings for Outside Diameter - controlled Polyethylene Pipe and Tubing ................................ ................................ ........... Table 1210.5, 1210.6.6.1 D2737 \u2014 12A Standard Specification for Polyethylene (PE) Plastic Tubing ................................ .......................... Table [CONT.]: 1210.6.6.1 D 2683 \u2014 2010E1 Specification for Socket - type Polyethylene Fittings for Outside Diameter - controlled Polyethylene Pipe and Tubing ................................ ................................ ........... Table 1210.5, 1210.6.6.1 D2737 \u2014 12A Standard Specification for Polyethylene (PE) Plastic Tubing ................................ .......................... Table [CONT.]: 1210.6.6.1 D 2683 \u2014 2010E1 Specification for Socket - type Polyethylene Fittings for Outside Diameter - controlled Polyethylene Pipe and Tubing ................................ ................................ ........... Table 1210.5, 1210.6.6.1 D2737 \u2014 12A Standard Specification for Polyethylene (PE) Plastic Tubing ................................ .......................... Table [CONT.]: 1210.6.6.1 D 2683 \u2014 2010E1 Specification for Socket - type Polyethylene Fittings for Outside Diameter - controlled Polyethylene Pipe and Tubing ................................ ................................ ........... Table 1210.5, 1210.6.6.1 D2737 \u2014 12A Standard Specification for Polyethylene (PE) Plastic Tubing ................................ .......................... Table [CONT.]: 1210.6.6.1 D 2683 \u2014 2010E1 Specification for Socket - type Polyethylene Fittings for Outside Diameter - controlled Polyethylene Pipe and Tubing ................................ ................................ ........... Table 1210.5, 1210.6.6.1 D2737 \u2014 12A Standard Specification for Polyethylene (PE) Plastic Tubing ................................ .......................... Table",
    "metadata": {
      "section_full": "1210.6.6.1",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.6.2",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.6.2 1210.6.6.2 Electrofusion joints. Joints shall be of the electrofusion type. Joint surfaces shall be clean and free from moisture, and scoured to expose virgin resin. Joint surfaces shall be heated to melt temperatures for the \u2021\u2021\u2021 Chapter 12 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 12 HYDRONIC PIPING SECTION MC 1201 GENERAL [CONT.]: 1210.6.6.2 Electrofusion joints. Joints shall be of the electrofusion type. Joint surfaces shall be clean and free from moisture, and scoured to expose virgin resin. Joint surfaces shall be heated to melt temperatures for the \u2021\u2021\u2021 Chapter 12 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 12 HYDRONIC PIPING SECTION MC 1201 GENERAL [CONT.]: 1210.6.6.2 Electrofusion joints. Joints shall be of the electrofusion type. Joint surfaces shall be clean and free from moisture, and scoured to expose virgin resin. Joint surfaces shall be heated to melt temperatures for the HYDRONIC PIPING period of time specified by the manufacturer. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM F 1055. 1210.6.6 .3 Stab - type insert fittings. Joint surfaces shall be clean and free from moisture. Pipe ends shall be chamfered and inserted into the fittings to full depth. Fittings shall be manufactured in accordance with ASTM F 1924. [CONT.]: 1210.6.6.2 Electrofusion joints. Joints shall be of the electrofusion type. Joint surfaces shall be clean and free from moisture, and scoured to expose virgin resin. Joint surfaces shall be heated to melt temperatures for the HYDRONIC PIPING period of time specified by the manufacturer. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM F 1055. 1210.6.6 .3 Stab - type insert fittings. Joint surfaces shall be clean and free from moisture. Pipe ends shall be chamfered and inserted into the fittings to full depth. Fittings shall be manufactured in accordance with ASTM F 1924. [CONT.]: 1210.6.6.2 Electrofusion joints. Joints shall be of the electrofusion type. Joint surfaces shall be clean and free from moisture, and scoured to expose virgin resin. Joint surfaces shall be heated to melt temperatures for the HYDRONIC PIPING period of time specified by the manufacturer. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM F 1055. 1210.6.6 .3 Stab - type insert fittings. Joint surfaces shall be clean and free from moisture. Pipe ends shall be chamfered and inserted into the fittings to full depth. Fittings shall be manufactured in accordance with ASTM F 1924. [CONT.]: 1210.6.6.2 Electrofusion joints. Joints shall be of the electrofusion type. Joint surfaces shall be clean and free from moisture, and scoured to expose virgin resin. Joint surfaces shall be heated to melt temperatures for the HYDRONIC PIPING period of time specified by the manufacturer. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM F 1055. 1210.6.6 .3 Stab - type insert fittings. Joint surfaces shall be clean and free from moisture. Pipe ends shall be chamfered and inserted into the fittings to full depth. Fittings shall be manufactured in accordance with ASTM F 1924. [CONT.]: 1210.6.6.2 Electrofusion joints. Joints shall be of the electrofusion type. Joint surfaces shall be clean and free from moisture, and scoured to expose virgin resin. Joint surfaces shall be heated to melt temperatures for the HYDRONIC PIPING period of time specified by the manufacturer. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM F 1055. 1210.6.6 .3 Stab - type insert fittings. Joint surfaces shall be clean and free from moisture. Pipe ends shall be chamfered and inserted into the fittings to full depth. Fittings shall be manufactured in accordance with ASTM F 1924. [CONT.]: 1210.6.6.2 Electrofusion joints. Joints shall be of the electrofusion type. Joint surfaces shall be clean and free from moisture, and scoured to expose virgin resin. Joint surfaces shall be heated to melt temperatures for the HYDRONIC PIPING period of time specified by the manufacturer. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM F 1055. 1210.6.6 .3 Stab - type insert fittings. Joint surfaces shall be clean and free from moisture. Pipe ends shall be chamfered and inserted into the fittings to full depth. Fittings shall be manufactured in accordance with ASTM F 1924. [CONT.]: 1210.6.6.2 Electrofusion joints. Joints shall be of the electrofusion type. Joint surfaces shall be clean and free from moisture, and scoured to expose virgin resin. Joint surfaces shall be heated to melt temperatures for the HYDRONIC PIPING period of time specified by the manufacturer. The joint shall be undisturbed until cool. Fittings shall be manufactured in accordance with ASTM F 1055. 1210.6.6 .3 Stab - type insert fittings. Joint surfaces shall be clean and free from moisture. Pipe ends shall be chamfered and inserted into the fittings to full depth. Fittings shall be manufactured in accordance with ASTM F 1924.",
    "metadata": {
      "section_full": "1210.6.6.2",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.7",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.7 1210.6.7 Polypropylene (PP) plasti c. Joints between PP plastic pipe and fittings shall comply with Sections [CONT.]: 1210.6.7 Polypropylene (PP) plasti c. Joints between PP plastic pipe and fittings shall comply with Sections [CONT.]: 1210.6.7 Polypropylene (PP) plasti c. Joints between PP plastic pipe and fittings shall comply with Sections [CONT.]: 1210.6.7 Polypropylene (PP) plasti c. Joints between PP plastic pipe and fittings shall comply with Sections [CONT.]: 1210.6.7 Polypropylene (PP) plasti c. Joints between PP plastic pipe and fittings shall comply with Sections [CONT.]: 1210.6.7 Polypropylene (PP) plasti c. Joints between PP plastic pipe and fittings shall comply with Sections [CONT.]: 1210.6.7 Polypropylene (PP) plasti c. Joints between PP plastic pipe and fittings shall comply with Sections",
    "metadata": {
      "section_full": "1210.6.7",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.7.1",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.7.1 1210.6.7.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylen e fittings, electrofusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1210.6.7.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylen e fittings, electrofusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1210.6.7.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylen e fittings, electrofusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1210.6.7.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylen e fittings, electrofusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1210.6.7.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylen e fittings, electrofusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1210.6.7.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylen e fittings, electrofusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389. [CONT.]: 1210.6.7.1 Heat - fusion joints. Heat - fusion joints for polypropylene (PP) pipe and tubing joints shall be installed with socket - type heat - fused polypropylen e fittings, electrofusion polypropylene fittings or by butt fusion. Joint surfaces shall be clean and free from moisture. The joint shall be undisturbed until cool. Joints shall be made in accordance with ASTM F 2389.",
    "metadata": {
      "section_full": "1210.6.7.1",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.7.2",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.7.2 1210.6.7.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.7.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.7.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.7.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.7.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.7.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1210.6.7.2 Mechanical and compression sleeve joints. Mechanical and compression sleeve joints shall be installed in accordance with the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "1210.6.7.2",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.8",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.8 1210.6.8 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittin gs shall comply with Sections 1210.6.8.1 and 1210.6.8.2. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.8 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittin gs shall comply with Sections 1210.6.8.1 and 1210.6.8.2. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.8 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittin gs shall comply with Sections 1210.6.8.1 and 1210.6.8.2. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.8 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittin gs shall comply with Sections 1210.6.8.1 and 1210.6.8.2. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.8 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittin gs shall comply with Sections 1210.6.8.1 and 1210.6.8.2. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.8 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittin gs shall comply with Sections 1210.6.8.1 and 1210.6.8.2. Mechanical joints shall comply with Section 1210.6.3. [CONT.]: 1210.6.8 Raised temperature polyethylene (PE - RT) plastic tubing. Joints between raised temperature polyethylene tubing and fittin gs shall comply with Sections 1210.6.8.1 and 1210.6.8.2. Mechanical joints shall comply with Section 1210.6.3.",
    "metadata": {
      "section_full": "1210.6.8",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.8.1",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.8.1 1210.6.8.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed wi thout omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.8.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed wi thout omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.8.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed wi thout omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.8.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed wi thout omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.8.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed wi thout omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.8.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed wi thout omitting the inserts and ferrules or O - rings. [CONT.]: 1210.6.8.1 Compression - type fittings. Where compression - type fittings include inserts and ferrules or O - rings, the fittings shall be installed wi thout omitting the inserts and ferrules or O - rings.",
    "metadata": {
      "section_full": "1210.6.8.1",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.6.9",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.9 1210.6.9 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints comply with Section 1203.3. [CONT.]: 1210.6.9 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints comply with Section 1203.3. [CONT.]: 1210.6.9 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints comply with Section 1203.3. [CONT.]: 1210.6.9 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints comply with Section 1203.3. [CONT.]: 1210.6.9 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints comply with Section 1203.3. [CONT.]: 1210.6.9 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints comply with Section 1203.3. [CONT.]: 1210.6.9 PVC plastic pipe. Joints between PVC plastic pipe and fittings shall be solvent - cemented or threaded joints comply with Section 1203.3.",
    "metadata": {
      "section_full": "1210.6.9",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.7",
    "text": "CONTEXT: 1210 > 1210.7 | CONTENT: 1210.7 1210.7 Shutoff valves. Shutoff valves shall be installed in ground - source loop piping systems in the locations indicated in Sections 1210.7.1 through 1210.7.7. [CONT.]: 1210.7 Shutoff valves. Shutoff valves shall be installed in ground - source loop piping systems in the locations indicated in Sections 1210.7.1 through 1210.7.7. [CONT.]: 1210.7 Shutoff valves. Shutoff valves shall be installed in ground - source loop piping systems in the locations indicated in Sections 1210.7.1 through 1210.7.7. [CONT.]: 1210.7 Shutoff valves. Shutoff valves shall be installed in ground - source loop piping systems in the locations indicated in Sections 1210.7.1 through 1210.7.7. [CONT.]: 1210.7 Shutoff valves. Shutoff valves shall be installed in ground - source loop piping systems in the locations indicated in Sections 1210.7.1 through 1210.7.7. [CONT.]: 1210.7 Shutoff valves. Shutoff valves shall be installed in ground - source loop piping systems in the locations indicated in Sections 1210.7.1 through 1210.7.7. [CONT.]: 1210.7 Shutoff valves. Shutoff valves shall be installed in ground - source loop piping systems in the locations indicated in Sections 1210.7.1 through 1210.7.7.",
    "metadata": {
      "section_full": "1210.7",
      "parent_major": "1210",
      "parent_minor": "1210.7",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.7.1",
    "text": "CONTEXT: 1210 > 1210.7 | CONTENT: 1210.7.1 1210.7.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. Exception: Shutoff valves shall not be requi red where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. 1210 .7.2 Central systems. Shutoff valves shall be installed on the building supply and return of a central utility system. [CONT.]: 1210.7.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. Exception: Shutoff valves shall not be requi red where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. 1210 .7.2 Central systems. Shutoff valves shall be installed on the building supply and return of a central utility system. [CONT.]: 1210.7.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. Exception: Shutoff valves shall not be requi red where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. 1210 .7.2 Central systems. Shutoff valves shall be installed on the building supply and return of a central utility system. [CONT.]: 1210.7.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. Exception: Shutoff valves shall not be requi red where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. 1210 .7.2 Central systems. Shutoff valves shall be installed on the building supply and return of a central utility system. [CONT.]: 1210.7.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. Exception: Shutoff valves shall not be requi red where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. 1210 .7.2 Central systems. Shutoff valves shall be installed on the building supply and return of a central utility system. [CONT.]: 1210.7.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. Exception: Shutoff valves shall not be requi red where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. 1210 .7.2 Central systems. Shutoff valves shall be installed on the building supply and return of a central utility system. [CONT.]: 1210.7.1 Heat exchangers. Shutoff valves shall be installed on the supply and return side of a heat exchanger. Exception: Shutoff valves shall not be requi red where heat exchangers are integral with a boiler; or are a component of a manufacturer\u2019s boiler and heat exchanger packaged unit and are capable of being isolated from the hydronic system by the supply and return valves required by Section 1005.1. 1210 .7.2 Central systems. Shutoff valves shall be installed on the building supply and return of a central utility system.",
    "metadata": {
      "section_full": "1210.7.1",
      "parent_major": "1210",
      "parent_minor": "1210.7",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.7.3",
    "text": "CONTEXT: 1210 > 1210.7 | CONTENT: 1210.7.3 1210.7.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1210.7.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1210.7.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1210.7.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1210.7.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1210.7.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel. [CONT.]: 1210.7.3 Pressure vessels. Shutoff valves shall be installed on the connection to any pressure vessel.",
    "metadata": {
      "section_full": "1210.7.3",
      "parent_major": "1210",
      "parent_minor": "1210.7",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.7.4",
    "text": "CONTEXT: 1210 > 1210.7 | CONTENT: 1210.7.4 1210.7.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reducing valve. [CONT.]: 1210.7.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reducing valve. [CONT.]: 1210.7.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reducing valve. [CONT.]: 1210.7.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reducing valve. [CONT.]: 1210.7.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reducing valve. [CONT.]: 1210.7.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reducing valve. [CONT.]: 1210.7.4 Pressure - reducing valves. Shutoff valves shall be installed on both sides of a pressure - reducing valve.",
    "metadata": {
      "section_full": "1210.7.4",
      "parent_major": "1210",
      "parent_minor": "1210.7",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.7.5",
    "text": "CONTEXT: 1210 > 1210.7 | CONTENT: 1210.7.5 1210.7.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a gr ound - source loop system such as pumps, air separators, metering devices, and similar equipment. [CONT.]: 1210.7.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a gr ound - source loop system such as pumps, air separators, metering devices, and similar equipment. [CONT.]: 1210.7.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a gr ound - source loop system such as pumps, air separators, metering devices, and similar equipment. [CONT.]: 1210.7.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a gr ound - source loop system such as pumps, air separators, metering devices, and similar equipment. [CONT.]: 1210.7.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a gr ound - source loop system such as pumps, air separators, metering devices, and similar equipment. [CONT.]: 1210.7.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a gr ound - source loop system such as pumps, air separators, metering devices, and similar equipment. [CONT.]: 1210.7.5 Equipment and appliances. Shutoff valves shall be installed on connections to mechanical equipment and appliances. This requirement does not apply to components of a gr ound - source loop system such as pumps, air separators, metering devices, and similar equipment.",
    "metadata": {
      "section_full": "1210.7.5",
      "parent_major": "1210",
      "parent_minor": "1210.7",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.7.6",
    "text": "CONTEXT: 1210 > 1210.7 | CONTENT: 1210.7.6 1210.7.6 Expansion tanks. Shutoff valves shall be installed at connections to nondiaphragm - type expansion tanks. [CONT.]: 1210.7.6 Expansion tanks. Shutoff valves shall be installed at connections to nondiaphragm - type expansion tanks. [CONT.]: 1210.7.6 Expansion tanks. Shutoff valves shall be installed at connections to nondiaphragm - type expansion tanks. [CONT.]: 1210.7.6 Expansion tanks. Shutoff valves shall be installed at connections to nondiaphragm - type expansion tanks. [CONT.]: 1210.7.6 Expansion tanks. Shutoff valves shall be installed at connections to nondiaphragm - type expansion tanks. [CONT.]: 1210.7.6 Expansion tanks. Shutoff valves shall be installed at connections to nondiaphragm - type expansion tanks. [CONT.]: 1210.7.6 Expansion tanks. Shutoff valves shall be installed at connections to nondiaphragm - type expansion tanks.",
    "metadata": {
      "section_full": "1210.7.6",
      "parent_major": "1210",
      "parent_minor": "1210.7",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.7.7",
    "text": "CONTEXT: 1210 > 1210.7 | CONTENT: 1210.7.7 1210.7.7 Reduced pressure. A pressure relief va lve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. [CONT.]: 1210.7.7 Reduced pressure. A pressure relief va lve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. [CONT.]: 1210.7.7 Reduced pressure. A pressure relief va lve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. [CONT.]: 1210.7.7 Reduced pressure. A pressure relief va lve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. [CONT.]: 1210.7.7 Reduced pressure. A pressure relief va lve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. [CONT.]: 1210.7.7 Reduced pressure. A pressure relief va lve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006. [CONT.]: 1210.7.7 Reduced pressure. A pressure relief va lve shall be installed on the low - pressure side of a hydronic piping system that has been reduced in pressure. The relief valve shall be set at the maximum pressure of the system design. The valve shall be installed in accordance with Section 1006.",
    "metadata": {
      "section_full": "1210.7.7",
      "parent_major": "1210",
      "parent_minor": "1210.7",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.8",
    "text": "CONTEXT: 1210 > 1210.8 | CONTENT: 1210.8 1210.8 Installation. Piping, valves, fittings, and connections shall be installed in accordance with the conditions of approval. [CONT.]: 1210.8 Installation. Piping, valves, fittings, and connections shall be installed in accordance with the conditions of approval. [CONT.]: 1210.8 Installation. Piping, valves, fittings, and connections shall be installed in accordance with the conditions of approval. [CONT.]: 1210.8 Installation. Piping, valves, fittings, and connections shall be installed in accordance with the conditions of approval. [CONT.]: 1210.8 Installation. Piping, valves, fittings, and connections shall be installed in accordance with the conditions of approval. [CONT.]: 1210.8 Installation. Piping, valves, fittings, and connections shall be installed in accordance with the conditions of approval. [CONT.]: 1210.8 Installation. Piping, valves, fittings, and connections shall be installed in accordance with the conditions of approval.",
    "metadata": {
      "section_full": "1210.8",
      "parent_major": "1210",
      "parent_minor": "1210.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.8.1",
    "text": "CONTEXT: 1210 > 1210.8 | CONTENT: 1210.8.1 1210.8.1 Protection of potable water. Where ground - source heat pump ground - loop systems have a connection to a potable water supply, t he potable water system shall be protected from backflow in accordance with the New York City Plumbing Code . [CONT.]: 1210.8.1 Protection of potable water. Where ground - source heat pump ground - loop systems have a connection to a potable water supply, t he potable water system shall be protected from backflow in accordance with the New York City Plumbing Code . [CONT.]: 1210.8.1 Protection of potable water. Where ground - source heat pump ground - loop systems have a connection to a potable water supply, t he potable water system shall be protected from backflow in accordance with the New York City Plumbing Code . [CONT.]: 1210.8.1 Protection of potable water. Where ground - source heat pump ground - loop systems have a connection to a potable water supply, t he potable water system shall be protected from backflow in accordance with the New York City Plumbing Code . [CONT.]: 1210.8.1 Protection of potable water. Where ground - source heat pump ground - loop systems have a connection to a potable water supply, t he potable water system shall be protected from backflow in accordance with the New York City Plumbing Code . [CONT.]: 1210.8.1 Protection of potable water. Where ground - source heat pump ground - loop systems have a connection to a potable water supply, t he potable water system shall be protected from backflow in accordance with the New York City Plumbing Code . [CONT.]: 1210.8.1 Protection of potable water. Where ground - source heat pump ground - loop systems have a connection to a potable water supply, t he potable water system shall be protected from backflow in accordance with the New York City Plumbing Code .",
    "metadata": {
      "section_full": "1210.8.1",
      "parent_major": "1210",
      "parent_minor": "1210.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.8.2",
    "text": "CONTEXT: 1210 > 1210.8 | CONTENT: 1210.8.2 1210.8.2 Pipe penetrations. Openings for pipe penetrations in walls, floors and ceilings shall be larger than the penetrating pipe. Openings throug h concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code . HYDRONIC PIPING [CONT.]: 1210.8.2 Pipe penetrations. Openings for pipe penetrations in walls, floors and ceilings shall be larger than the penetrating pipe. Openings throug h concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code . HYDRONIC PIPING [CONT.]: 1210.8.2 Pipe penetrations. Openings for pipe penetrations in walls, floors and ceilings shall be larger than the penetrating pipe. Openings throug h concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code . HYDRONIC PIPING [CONT.]: 1210.8.2 Pipe penetrations. Openings for pipe penetrations in walls, floors and ceilings shall be larger than the penetrating pipe. Openings throug h concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code . HYDRONIC PIPING [CONT.]: 1210.8.2 Pipe penetrations. Openings for pipe penetrations in walls, floors and ceilings shall be larger than the penetrating pipe. Openings throug h concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code . HYDRONIC PIPING [CONT.]: 1210.8.2 Pipe penetrations. Openings for pipe penetrations in walls, floors and ceilings shall be larger than the penetrating pipe. Openings throug h concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code . HYDRONIC PIPING [CONT.]: 1210.8.2 Pipe penetrations. Openings for pipe penetrations in walls, floors and ceilings shall be larger than the penetrating pipe. Openings throug h concrete or masonry building elements shall be sleeved. The annular space surrounding pipe penetrations shall be protected in accordance with the New York City Building Code . HYDRONIC PIPING",
    "metadata": {
      "section_full": "1210.8.2",
      "parent_major": "1210",
      "parent_minor": "1210.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.8.3",
    "text": "CONTEXT: 1210 > 1210.8 | CONTENT: 1210.8.3 1210.8.3 Clearance from combustibles. A pipe in a ground - source heat pump pipin g system having an exterior surface temperature exceeding 250\u00b0F (121.1\u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) from combustible materials. [CONT.]: 1210.8.3 Clearance from combustibles. A pipe in a ground - source heat pump pipin g system having an exterior surface temperature exceeding 250\u00b0F (121.1\u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) from combustible materials. [CONT.]: 1210.8.3 Clearance from combustibles. A pipe in a ground - source heat pump pipin g system having an exterior surface temperature exceeding 250\u00b0F (121.1\u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) from combustible materials. [CONT.]: 1210.8.3 Clearance from combustibles. A pipe in a ground - source heat pump pipin g system having an exterior surface temperature exceeding 250\u00b0F (121.1\u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) from combustible materials. [CONT.]: 1210.8.3 Clearance from combustibles. A pipe in a ground - source heat pump pipin g system having an exterior surface temperature exceeding 250\u00b0F (121.1\u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) from combustible materials. [CONT.]: 1210.8.3 Clearance from combustibles. A pipe in a ground - source heat pump pipin g system having an exterior surface temperature exceeding 250\u00b0F (121.1\u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) from combustible materials. [CONT.]: 1210.8.3 Clearance from combustibles. A pipe in a ground - source heat pump pipin g system having an exterior surface temperature exceeding 250\u00b0F (121.1\u00b0C) shall have a minimum clearance of 1 inch (25.4 mm) from combustible materials.",
    "metadata": {
      "section_full": "1210.8.3",
      "parent_major": "1210",
      "parent_minor": "1210.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.8.4",
    "text": "CONTEXT: 1210 > 1210.8 | CONTENT: 1210.8.4 1210.8.4 Contact with building material. A ground - source heat pump ground - loop piping system shall not be in direct contact with building materials that cause the piping or fitting material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1210.8.4 Contact with building material. A ground - source heat pump ground - loop piping system shall not be in direct contact with building materials that cause the piping or fitting material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1210.8.4 Contact with building material. A ground - source heat pump ground - loop piping system shall not be in direct contact with building materials that cause the piping or fitting material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1210.8.4 Contact with building material. A ground - source heat pump ground - loop piping system shall not be in direct contact with building materials that cause the piping or fitting material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1210.8.4 Contact with building material. A ground - source heat pump ground - loop piping system shall not be in direct contact with building materials that cause the piping or fitting material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1210.8.4 Contact with building material. A ground - source heat pump ground - loop piping system shall not be in direct contact with building materials that cause the piping or fitting material to degrade or corrode, or that interfere with the operation of the system. [CONT.]: 1210.8.4 Contact with building material. A ground - source heat pump ground - loop piping system shall not be in direct contact with building materials that cause the piping or fitting material to degrade or corrode, or that interfere with the operation of the system.",
    "metadata": {
      "section_full": "1210.8.4",
      "parent_major": "1210",
      "parent_minor": "1210.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.8.5",
    "text": "CONTEXT: 1210 > 1210.8 | CONTENT: 1210.8.5 1210.8.5 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damage resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1210.8.5 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damage resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1210.8.5 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damage resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1210.8.5 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damage resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1210.8.5 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damage resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1210.8.5 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damage resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components. [CONT.]: 1210.8.5 Strains and stresses. Piping shall be installed so as to prevent detrimental strains and stresses in the pipe. Provisions shall be made to protect piping from damage resulting from expansion, contraction and structural settlement. Piping shall be installed so as to avoid structural stresses or strains within building components.",
    "metadata": {
      "section_full": "1210.8.5",
      "parent_major": "1210",
      "parent_minor": "1210.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.8.6",
    "text": "CONTEXT: 1210 > 1210.8 | CONTENT: 1210.8.6 1210.8.6 F lood hazard. Piping located in a flood hazard area shall be capable of resisting hydrostatic and hydrodynamic loads and stresses, including the effects of buoyancy, during the occurrence of flooding to the design flood elevation. [CONT.]: 1210.8.6 F lood hazard. Piping located in a flood hazard area shall be capable of resisting hydrostatic and hydrodynamic loads and stresses, including the effects of buoyancy, during the occurrence of flooding to the design flood elevation. [CONT.]: 1210.8.6 F lood hazard. Piping located in a flood hazard area shall be capable of resisting hydrostatic and hydrodynamic loads and stresses, including the effects of buoyancy, during the occurrence of flooding to the design flood elevation. [CONT.]: 1210.8.6 F lood hazard. Piping located in a flood hazard area shall be capable of resisting hydrostatic and hydrodynamic loads and stresses, including the effects of buoyancy, during the occurrence of flooding to the design flood elevation. [CONT.]: 1210.8.6 F lood hazard. Piping located in a flood hazard area shall be capable of resisting hydrostatic and hydrodynamic loads and stresses, including the effects of buoyancy, during the occurrence of flooding to the design flood elevation. [CONT.]: 1210.8.6 F lood hazard. Piping located in a flood hazard area shall be capable of resisting hydrostatic and hydrodynamic loads and stresses, including the effects of buoyancy, during the occurrence of flooding to the design flood elevation. [CONT.]: 1210.8.6 F lood hazard. Piping located in a flood hazard area shall be capable of resisting hydrostatic and hydrodynamic loads and stresses, including the effects of buoyancy, during the occurrence of flooding to the design flood elevation.",
    "metadata": {
      "section_full": "1210.8.6",
      "parent_major": "1210",
      "parent_minor": "1210.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.8.7",
    "text": "CONTEXT: 1210 > 1210.8 | CONTENT: 1210.8.7 1210.8.7 Pipe support. Pip e shall be supported in accordance with Section 305. [CONT.]: 1210.8.7 Pipe support. Pip e shall be supported in accordance with Section 305. [CONT.]: 1210.8.7 Pipe support. Pip e shall be supported in accordance with Section 305. [CONT.]: 1210.8.7 Pipe support. Pip e shall be supported in accordance with Section 305. [CONT.]: 1210.8.7 Pipe support. Pip e shall be supported in accordance with Section 305. [CONT.]: 1210.8.7 Pipe support. Pip e shall be supported in accordance with Section 305. [CONT.]: 1210.8.7 Pipe support. Pip e shall be supported in accordance with Section 305.",
    "metadata": {
      "section_full": "1210.8.7",
      "parent_major": "1210",
      "parent_minor": "1210.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.8.8",
    "text": "CONTEXT: 1210 > 1210.8 | CONTENT: 1210.8.8 1210.8.8 Velocities. Ground - source heat pump ground - loop systems shall be designed so that the flow velocities do not exceed the maximum flow velocity recommended by the pipe and fittings manufacturer and shall be controlled to reduce the possibility of water hammer. [CONT.]: 1210.8.8 Velocities. Ground - source heat pump ground - loop systems shall be designed so that the flow velocities do not exceed the maximum flow velocity recommended by the pipe and fittings manufacturer and shall be controlled to reduce the possibility of water hammer. [CONT.]: 1210.8.8 Velocities. Ground - source heat pump ground - loop systems shall be designed so that the flow velocities do not exceed the maximum flow velocity recommended by the pipe and fittings manufacturer and shall be controlled to reduce the possibility of water hammer. [CONT.]: 1210.8.8 Velocities. Ground - source heat pump ground - loop systems shall be designed so that the flow velocities do not exceed the maximum flow velocity recommended by the pipe and fittings manufacturer and shall be controlled to reduce the possibility of water hammer. [CONT.]: 1210.8.8 Velocities. Ground - source heat pump ground - loop systems shall be designed so that the flow velocities do not exceed the maximum flow velocity recommended by the pipe and fittings manufacturer and shall be controlled to reduce the possibility of water hammer. [CONT.]: 1210.8.8 Velocities. Ground - source heat pump ground - loop systems shall be designed so that the flow velocities do not exceed the maximum flow velocity recommended by the pipe and fittings manufacturer and shall be controlled to reduce the possibility of water hammer. [CONT.]: 1210.8.8 Velocities. Ground - source heat pump ground - loop systems shall be designed so that the flow velocities do not exceed the maximum flow velocity recommended by the pipe and fittings manufacturer and shall be controlled to reduce the possibility of water hammer.",
    "metadata": {
      "section_full": "1210.8.8",
      "parent_major": "1210",
      "parent_minor": "1210.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.8.9",
    "text": "CONTEXT: 1210 > 1210.8 | CONTENT: 1210.8.9 1210.8.9 Labeling and marking. Ground - source heat pump ground - loop system piping shall be marked with tape, metal tags or other method where it enters a building indicating \u201cGR OUND - SOURCE HEAT PUMP LOOP SYSTEM.\u201d The marking shall indicate any antifreeze used in the system by name and concentration. [CONT.]: 1210.8.9 Labeling and marking. Ground - source heat pump ground - loop system piping shall be marked with tape, metal tags or other method where it enters a building indicating \u201cGR OUND - SOURCE HEAT PUMP LOOP SYSTEM.\u201d The marking shall indicate any antifreeze used in the system by name and concentration. [CONT.]: 1210.8.9 Labeling and marking. Ground - source heat pump ground - loop system piping shall be marked with tape, metal tags or other method where it enters a building indicating \u201cGR OUND - SOURCE HEAT PUMP LOOP SYSTEM.\u201d The marking shall indicate any antifreeze used in the system by name and concentration. [CONT.]: 1210.8.9 Labeling and marking. Ground - source heat pump ground - loop system piping shall be marked with tape, metal tags or other method where it enters a building indicating \u201cGR OUND - SOURCE HEAT PUMP LOOP SYSTEM.\u201d The marking shall indicate any antifreeze used in the system by name and concentration. [CONT.]: 1210.8.9 Labeling and marking. Ground - source heat pump ground - loop system piping shall be marked with tape, metal tags or other method where it enters a building indicating \u201cGR OUND - SOURCE HEAT PUMP LOOP SYSTEM.\u201d The marking shall indicate any antifreeze used in the system by name and concentration. [CONT.]: 1210.8.9 Labeling and marking. Ground - source heat pump ground - loop system piping shall be marked with tape, metal tags or other method where it enters a building indicating \u201cGR OUND - SOURCE HEAT PUMP LOOP SYSTEM.\u201d The marking shall indicate any antifreeze used in the system by name and concentration. [CONT.]: 1210.8.9 Labeling and marking. Ground - source heat pump ground - loop system piping shall be marked with tape, metal tags or other method where it enters a building indicating \u201cGR OUND - SOURCE HEAT PUMP LOOP SYSTEM.\u201d The marking shall indicate any antifreeze used in the system by name and concentration.",
    "metadata": {
      "section_full": "1210.8.9",
      "parent_major": "1210",
      "parent_minor": "1210.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.8.10",
    "text": "CONTEXT: 1210 > 1210.8 | CONTENT: 1210.8.10 1210.8.10 Chemical compatibility. Antifreeze and other materials used in the system shall be chemically compatible with the pipe, tubing, fittings, and mechanical systems. [CONT.]: 1210.8.10 Chemical compatibility. Antifreeze and other materials used in the system shall be chemically compatible with the pipe, tubing, fittings, and mechanical systems. [CONT.]: 1210.8.10 Chemical compatibility. Antifreeze and other materials used in the system shall be chemically compatible with the pipe, tubing, fittings, and mechanical systems. [CONT.]: 1210.8.10 Chemical compatibility. Antifreeze and other materials used in the system shall be chemically compatible with the pipe, tubing, fittings, and mechanical systems. [CONT.]: 1210.8.10 Chemical compatibility. Antifreeze and other materials used in the system shall be chemically compatible with the pipe, tubing, fittings, and mechanical systems. [CONT.]: 1210.8.10 Chemical compatibility. Antifreeze and other materials used in the system shall be chemically compatible with the pipe, tubing, fittings, and mechanical systems. [CONT.]: 1210.8.10 Chemical compatibility. Antifreeze and other materials used in the system shall be chemically compatible with the pipe, tubing, fittings, and mechanical systems.",
    "metadata": {
      "section_full": "1210.8.10",
      "parent_major": "1210",
      "parent_minor": "1210.8",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.9",
    "text": "CONTEXT: 1210 > 1210.9 | CONTENT: 1210.9 1210.9 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. [CONT.]: 1210.9 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. [CONT.]: 1210.9 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. [CONT.]: 1210.9 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. [CONT.]: 1210.9 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. [CONT.]: 1210.9 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system. [CONT.]: 1210.9 Makeup water. The transfer fluid shall be compatible with the makeup water supplied to the system.",
    "metadata": {
      "section_full": "1210.9",
      "parent_major": "1210",
      "parent_minor": "1210.9",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.10",
    "text": "CONTEXT: 1210 > 1210.10 | CONTENT: 1210.10 1210.10 Tests. Before connection header trenches are backfilled, the assembled loop system shall be pr essure tested with water at 100 psi (689.5 kPa) for 15 minutes, in which time there shall not be observed leaks. Flow and pressure loss testing shall be performed and the actual flow rates and pressure drops shall be compared to the calculated design value s. If actual flow rate or pressure drop values differ from calculated design values by more than 10 percent, the cause shall be identified and corrective action taken. [CONT.]: 1210.10 Tests. Before connection header trenches are backfilled, the assembled loop system shall be pr essure tested with water at 100 psi (689.5 kPa) for 15 minutes, in which time there shall not be observed leaks. Flow and pressure loss testing shall be performed and the actual flow rates and pressure drops shall be compared to the calculated design value s. If actual flow rate or pressure drop values differ from calculated design values by more than 10 percent, the cause shall be identified and corrective action taken. [CONT.]: 1210.10 Tests. Before connection header trenches are backfilled, the assembled loop system shall be pr essure tested with water at 100 psi (689.5 kPa) for 15 minutes, in which time there shall not be observed leaks. Flow and pressure loss testing shall be performed and the actual flow rates and pressure drops shall be compared to the calculated design value s. If actual flow rate or pressure drop values differ from calculated design values by more than 10 percent, the cause shall be identified and corrective action taken. [CONT.]: 1210.10 Tests. Before connection header trenches are backfilled, the assembled loop system shall be pr essure tested with water at 100 psi (689.5 kPa) for 15 minutes, in which time there shall not be observed leaks. Flow and pressure loss testing shall be performed and the actual flow rates and pressure drops shall be compared to the calculated design value s. If actual flow rate or pressure drop values differ from calculated design values by more than 10 percent, the cause shall be identified and corrective action taken. [CONT.]: 1210.10 Tests. Before connection header trenches are backfilled, the assembled loop system shall be pr essure tested with water at 100 psi (689.5 kPa) for 15 minutes, in which time there shall not be observed leaks. Flow and pressure loss testing shall be performed and the actual flow rates and pressure drops shall be compared to the calculated design value s. If actual flow rate or pressure drop values differ from calculated design values by more than 10 percent, the cause shall be identified and corrective action taken. [CONT.]: 1210.10 Tests. Before connection header trenches are backfilled, the assembled loop system shall be pr essure tested with water at 100 psi (689.5 kPa) for 15 minutes, in which time there shall not be observed leaks. Flow and pressure loss testing shall be performed and the actual flow rates and pressure drops shall be compared to the calculated design value s. If actual flow rate or pressure drop values differ from calculated design values by more than 10 percent, the cause shall be identified and corrective action taken. [CONT.]: 1210.10 Tests. Before connection header trenches are backfilled, the assembled loop system shall be pr essure tested with water at 100 psi (689.5 kPa) for 15 minutes, in which time there shall not be observed leaks. Flow and pressure loss testing shall be performed and the actual flow rates and pressure drops shall be compared to the calculated design value s. If actual flow rate or pressure drop values differ from calculated design values by more than 10 percent, the cause shall be identified and corrective action taken.",
    "metadata": {
      "section_full": "1210.10",
      "parent_major": "1210",
      "parent_minor": "1210.10",
      "source": "036.txt"
    }
  },
  {
    "id": "1210.11",
    "text": "CONTEXT: 1210 > 1210.11 | CONTENT: 1210.11 1210.11 Embedded piping. Ground - source heat pump ground - loop piping to be embedded in co ncrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure. Embedded piping shall comply with Section 1209. SECTION MC 1211 HIGH - PRESSURE STEAM AND HIGH TEMPERATURE HOT WATER P IPING SYSTEMS [CONT.]: 1210.11 Embedded piping. Ground - source heat pump ground - loop piping to be embedded in co ncrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure. Embedded piping shall comply with Section 1209. SECTION MC 1211 HIGH - PRESSURE STEAM AND HIGH TEMPERATURE HOT WATER P IPING SYSTEMS [CONT.]: 1210.11 Embedded piping. Ground - source heat pump ground - loop piping to be embedded in co ncrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure. Embedded piping shall comply with Section 1209. SECTION MC 1211 HIGH - PRESSURE STEAM AND HIGH TEMPERATURE HOT WATER P IPING SYSTEMS [CONT.]: 1210.11 Embedded piping. Ground - source heat pump ground - loop piping to be embedded in co ncrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure. Embedded piping shall comply with Section 1209. SECTION MC 1211 HIGH - PRESSURE STEAM AND HIGH TEMPERATURE HOT WATER P IPING SYSTEMS [CONT.]: 1210.11 Embedded piping. Ground - source heat pump ground - loop piping to be embedded in co ncrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure. Embedded piping shall comply with Section 1209. SECTION MC 1211 HIGH - PRESSURE STEAM AND HIGH TEMPERATURE HOT WATER P IPING SYSTEMS [CONT.]: 1210.11 Embedded piping. Ground - source heat pump ground - loop piping to be embedded in co ncrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure. Embedded piping shall comply with Section 1209. SECTION MC 1211 HIGH - PRESSURE STEAM AND HIGH TEMPERATURE HOT WATER P IPING SYSTEMS [CONT.]: 1210.11 Embedded piping. Ground - source heat pump ground - loop piping to be embedded in co ncrete shall be pressure tested prior to pouring concrete. During pouring, the pipe shall be maintained at the proposed operating pressure. Embedded piping shall comply with Section 1209. SECTION MC 1211 HIGH - PRESSURE STEAM AND HIGH TEMPERATURE HOT WATER P IPING SYSTEMS",
    "metadata": {
      "section_full": "1210.11",
      "parent_major": "1210",
      "parent_minor": "1210.11",
      "source": "036.txt"
    }
  },
  {
    "id": "1211.1",
    "text": "CONTEXT: 1211 > 1211.1 | CONTENT: 1211.1 1211.1 Scope. The provisions of this section shall apply to high - pressure steam piping system, which is defined as a system operating at a steam pressure of more than 15 psi (103.4 kPa), and high temperature water intended for operation at pr essures in excess of 160 psi (1103.2 kPa) and temperatures in excess of 250\u00b0F (121.1\u00b0C). For purposes of this section, loops, bends or offsets of the piping shall not be considered expansion joints. [CONT.]: 1211.1 Scope. The provisions of this section shall apply to high - pressure steam piping system, which is defined as a system operating at a steam pressure of more than 15 psi (103.4 kPa), and high temperature water intended for operation at pr essures in excess of 160 psi (1103.2 kPa) and temperatures in excess of 250\u00b0F (121.1\u00b0C). For purposes of this section, loops, bends or offsets of the piping shall not be considered expansion joints. [CONT.]: 1211.1 Scope. The provisions of this section shall apply to high - pressure steam piping system, which is defined as a system operating at a steam pressure of more than 15 psi (103.4 kPa), and high temperature water intended for operation at pr essures in excess of 160 psi (1103.2 kPa) and temperatures in excess of 250\u00b0F (121.1\u00b0C). For purposes of this section, loops, bends or offsets of the piping shall not be considered expansion joints. [CONT.]: 1211.1 Scope. The provisions of this section shall apply to high - pressure steam piping system, which is defined as a system operating at a steam pressure of more than 15 psi (103.4 kPa), and high temperature water intended for operation at pr essures in excess of 160 psi (1103.2 kPa) and temperatures in excess of 250\u00b0F (121.1\u00b0C). For purposes of this section, loops, bends or offsets of the piping shall not be considered expansion joints. [CONT.]: 1211.1 Scope. The provisions of this section shall apply to high - pressure steam piping system, which is defined as a system operating at a steam pressure of more than 15 psi (103.4 kPa), and high temperature water intended for operation at pr essures in excess of 160 psi (1103.2 kPa) and temperatures in excess of 250\u00b0F (121.1\u00b0C). For purposes of this section, loops, bends or offsets of the piping shall not be considered expansion joints. [CONT.]: 1211.1 Scope. The provisions of this section shall apply to high - pressure steam piping system, which is defined as a system operating at a steam pressure of more than 15 psi (103.4 kPa), and high temperature water intended for operation at pr essures in excess of 160 psi (1103.2 kPa) and temperatures in excess of 250\u00b0F (121.1\u00b0C). For purposes of this section, loops, bends or offsets of the piping shall not be considered expansion joints. [CONT.]: 1211.1 Scope. The provisions of this section shall apply to high - pressure steam piping system, which is defined as a system operating at a steam pressure of more than 15 psi (103.4 kPa), and high temperature water intended for operation at pr essures in excess of 160 psi (1103.2 kPa) and temperatures in excess of 250\u00b0F (121.1\u00b0C). For purposes of this section, loops, bends or offsets of the piping shall not be considered expansion joints.",
    "metadata": {
      "section_full": "1211.1",
      "parent_major": "1211",
      "parent_minor": "1211.1",
      "source": "036.txt"
    }
  },
  {
    "id": "1211.2",
    "text": "CONTEXT: 1211 > 1211.2 | CONTENT: 1211.2 1211.2 New systems. For purposes of this section, the rep lacement of existing steam piping systems, the installation of a new system in existing buildings, as well as installations in buildings hereafter constructed, shall be considered to be new high - pressure steam piping systems. The following requirements are applicable: [CONT.]: 1211.2 New systems. For purposes of this section, the rep lacement of existing steam piping systems, the installation of a new system in existing buildings, as well as installations in buildings hereafter constructed, shall be considered to be new high - pressure steam piping systems. The following requirements are applicable: [CONT.]: 1211.2 New systems. For purposes of this section, the rep lacement of existing steam piping systems, the installation of a new system in existing buildings, as well as installations in buildings hereafter constructed, shall be considered to be new high - pressure steam piping systems. The following requirements are applicable: [CONT.]: 1211.2 New systems. For purposes of this section, the rep lacement of existing steam piping systems, the installation of a new system in existing buildings, as well as installations in buildings hereafter constructed, shall be considered to be new high - pressure steam piping systems. The following requirements are applicable: [CONT.]: 1211.2 New systems. For purposes of this section, the rep lacement of existing steam piping systems, the installation of a new system in existing buildings, as well as installations in buildings hereafter constructed, shall be considered to be new high - pressure steam piping systems. The following requirements are applicable: [CONT.]: 1211.2 New systems. For purposes of this section, the rep lacement of existing steam piping systems, the installation of a new system in existing buildings, as well as installations in buildings hereafter constructed, shall be considered to be new high - pressure steam piping systems. The following requirements are applicable: [CONT.]: 1211.2 New systems. For purposes of this section, the rep lacement of existing steam piping systems, the installation of a new system in existing buildings, as well as installations in buildings hereafter constructed, shall be considered to be new high - pressure steam piping systems. The following requirements are applicable:",
    "metadata": {
      "section_full": "1211.2",
      "parent_major": "1211",
      "parent_minor": "1211.2",
      "source": "036.txt"
    }
  },
  {
    "id": "1211.2.1",
    "text": "CONTEXT: 1211 > 1211.2 | CONTENT: 1211.2.1 1211.2.1 Design. The design of new steam piping systems shall be conducted as follows: 1. The system shall be designed by an engineer. An application and plans shall be filed and the approval of the department obtained. The plans and applicati on shall contain, but not be limited to, the following information: 1.1. Size and location of all steam piping. \u2021\u2021\u2021 Chapter 12 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 12 HYDRONIC PIPING SECTION MC 1201 GENERAL [CONT.]: 1211.2.1 Design. The design of new steam piping systems shall be conducted as follows: 1. The system shall be designed by an engineer. An application and plans shall be filed and the approval of the department obtained. The plans and applicati on shall contain, but not be limited to, the following information: 1.1. Size and location of all steam piping. HYDRONIC PIPING 1.2. The operating pressures and temperatures. 1.3. The location, type, specifications and details of all expansion joints. 1.4. The design, siz e, material and location of all anchors, guides and auxiliary steel, and the stresses thereon. 2. Systems using utility street steam shall be designed for a pressure of 200 psig (1379 kPa) and 413\u00b0F (211.7\u00b0C) up to and including the steam pressure reducing valve or valves which reduce the pressure of 90 psig (620.5 kPa) or below. For steam pressures between 90 psig (620.5 kPa) and 16 psig (110.3 kPa), the system shall be designed for 125 psig (861.8 kPa). 3. Steam distribution systems utilizing pressure red ucing valves. 3.1. Safety Shutoff Valves (SSO) to protect downstream piping from overpressure shall be allowed in lieu of a safety relief valve vented to the outdoors as required by Section 1006.6. 3.2. SSO shall be designed to automatically close at or be low the design pressure of the downstream piping system that is being protected, to provide positive shutoff against full upstream pressure. Manual reset shall be required to reopen the SSO. 3.3. SSO shall be designed in accordance with the Steam Distribut ion Utility System requirements of the utility company having jurisdiction and ASME B31.1. 4. Bellows expansion joints shall not be utilized on high pressure steam piping. Exception: Bellows expansion joints shall be permitted for final connection to equip ment where readily accessible for inspection and service and within Mechanical Equipment Rooms. [CONT.]: 1211.2.1 Design. The design of new steam piping systems shall be conducted as follows: 1. The system shall be designed by an engineer. An application and plans shall be filed and the approval of the department obtained. The plans and applicati on shall contain, but not be limited to, the following information: 1.1. Size and location of all steam piping. HYDRONIC PIPING 1.2. The operating pressures and temperatures. 1.3. The location, type, specifications and details of all expansion joints. 1.4. The design, siz e, material and location of all anchors, guides and auxiliary steel, and the stresses thereon. 2. Systems using utility street steam shall be designed for a pressure of 200 psig (1379 kPa) and 413\u00b0F (211.7\u00b0C) up to and including the steam pressure reducing valve or valves which reduce the pressure of 90 psig (620.5 kPa) or below. For steam pressures between 90 psig (620.5 kPa) and 16 psig (110.3 kPa), the system shall be designed for 125 psig (861.8 kPa). 3. Steam distribution systems utilizing pressure red ucing valves. 3.1. Safety Shutoff Valves (SSO) to protect downstream piping from overpressure shall be allowed in lieu of a safety relief valve vented to the outdoors as required by Section 1006.6. 3.2. SSO shall be designed to automatically close at or be low the design pressure of the downstream piping system that is being protected, to provide positive shutoff against full upstream pressure. Manual reset shall be required to reopen the SSO. 3.3. SSO shall be designed in accordance with the Steam Distribut ion Utility System requirements of the utility company having jurisdiction and ASME B31.1. 4. Bellows expansion joints shall not be utilized on high pressure steam piping. Exception: Bellows expansion joints shall be permitted for final connection to equip ment where readily accessible for inspection and service and within Mechanical Equipment Rooms. [CONT.]: 1211.2.1 Design. The design of new steam piping systems shall be conducted as follows: 1. The system shall be designed by an engineer. An application and plans shall be filed and the approval of the department obtained. The plans and applicati on shall contain, but not be limited to, the following information: 1.1. Size and location of all steam piping. HYDRONIC PIPING 1.2. The operating pressures and temperatures. 1.3. The location, type, specifications and details of all expansion joints. 1.4. The design, siz e, material and location of all anchors, guides and auxiliary steel, and the stresses thereon. 2. Systems using utility street steam shall be designed for a pressure of 200 psig (1379 kPa) and 413\u00b0F (211.7\u00b0C) up to and including the steam pressure reducing valve or valves which reduce the pressure of 90 psig (620.5 kPa) or below. For steam pressures between 90 psig (620.5 kPa) and 16 psig (110.3 kPa), the system shall be designed for 125 psig (861.8 kPa). 3. Steam distribution systems utilizing pressure red ucing valves. 3.1. Safety Shutoff Valves (SSO) to protect downstream piping from overpressure shall be allowed in lieu of a safety relief valve vented to the outdoors as required by Section 1006.6. 3.2. SSO shall be designed to automatically close at or be low the design pressure of the downstream piping system that is being protected, to provide positive shutoff against full upstream pressure. Manual reset shall be required to reopen the SSO. 3.3. SSO shall be designed in accordance with the Steam Distribut ion Utility System requirements of the utility company having jurisdiction and ASME B31.1. 4. Bellows expansion joints shall not be utilized on high pressure steam piping. Exception: Bellows expansion joints shall be permitted for final connection to equip ment where readily accessible for inspection and service and within Mechanical Equipment Rooms. [CONT.]: 1211.2.1 Design. The design of new steam piping systems shall be conducted as follows: 1. The system shall be designed by an engineer. An application and plans shall be filed and the approval of the department obtained. The plans and applicati on shall contain, but not be limited to, the following information: 1.1. Size and location of all steam piping. HYDRONIC PIPING 1.2. The operating pressures and temperatures. 1.3. The location, type, specifications and details of all expansion joints. 1.4. The design, siz e, material and location of all anchors, guides and auxiliary steel, and the stresses thereon. 2. Systems using utility street steam shall be designed for a pressure of 200 psig (1379 kPa) and 413\u00b0F (211.7\u00b0C) up to and including the steam pressure reducing valve or valves which reduce the pressure of 90 psig (620.5 kPa) or below. For steam pressures between 90 psig (620.5 kPa) and 16 psig (110.3 kPa), the system shall be designed for 125 psig (861.8 kPa). 3. Steam distribution systems utilizing pressure red ucing valves. 3.1. Safety Shutoff Valves (SSO) to protect downstream piping from overpressure shall be allowed in lieu of a safety relief valve vented to the outdoors as required by Section 1006.6. 3.2. SSO shall be designed to automatically close at or be low the design pressure of the downstream piping system that is being protected, to provide positive shutoff against full upstream pressure. Manual reset shall be required to reopen the SSO. 3.3. SSO shall be designed in accordance with the Steam Distribut ion Utility System requirements of the utility company having jurisdiction and ASME B31.1. 4. Bellows expansion joints shall not be utilized on high pressure steam piping. Exception: Bellows expansion joints shall be permitted for final connection to equip ment where readily accessible for inspection and service and within Mechanical Equipment Rooms. [CONT.]: 1211.2.1 Design. The design of new steam piping systems shall be conducted as follows: 1. The system shall be designed by an engineer. An application and plans shall be filed and the approval of the department obtained. The plans and applicati on shall contain, but not be limited to, the following information: 1.1. Size and location of all steam piping. HYDRONIC PIPING 1.2. The operating pressures and temperatures. 1.3. The location, type, specifications and details of all expansion joints. 1.4. The design, siz e, material and location of all anchors, guides and auxiliary steel, and the stresses thereon. 2. Systems using utility street steam shall be designed for a pressure of 200 psig (1379 kPa) and 413\u00b0F (211.7\u00b0C) up to and including the steam pressure reducing valve or valves which reduce the pressure of 90 psig (620.5 kPa) or below. For steam pressures between 90 psig (620.5 kPa) and 16 psig (110.3 kPa), the system shall be designed for 125 psig (861.8 kPa). 3. Steam distribution systems utilizing pressure red ucing valves. 3.1. Safety Shutoff Valves (SSO) to protect downstream piping from overpressure shall be allowed in lieu of a safety relief valve vented to the outdoors as required by Section 1006.6. 3.2. SSO shall be designed to automatically close at or be low the design pressure of the downstream piping system that is being protected, to provide positive shutoff against full upstream pressure. Manual reset shall be required to reopen the SSO. 3.3. SSO shall be designed in accordance with the Steam Distribut ion Utility System requirements of the utility company having jurisdiction and ASME B31.1. 4. Bellows expansion joints shall not be utilized on high pressure steam piping. Exception: Bellows expansion joints shall be permitted for final connection to equip ment where readily accessible for inspection and service and within Mechanical Equipment Rooms. [CONT.]: 1211.2.1 Design. The design of new steam piping systems shall be conducted as follows: 1. The system shall be designed by an engineer. An application and plans shall be filed and the approval of the department obtained. The plans and applicati on shall contain, but not be limited to, the following information: 1.1. Size and location of all steam piping. HYDRONIC PIPING 1.2. The operating pressures and temperatures. 1.3. The location, type, specifications and details of all expansion joints. 1.4. The design, siz e, material and location of all anchors, guides and auxiliary steel, and the stresses thereon. 2. Systems using utility street steam shall be designed for a pressure of 200 psig (1379 kPa) and 413\u00b0F (211.7\u00b0C) up to and including the steam pressure reducing valve or valves which reduce the pressure of 90 psig (620.5 kPa) or below. For steam pressures between 90 psig (620.5 kPa) and 16 psig (110.3 kPa), the system shall be designed for 125 psig (861.8 kPa). 3. Steam distribution systems utilizing pressure red ucing valves. 3.1. Safety Shutoff Valves (SSO) to protect downstream piping from overpressure shall be allowed in lieu of a safety relief valve vented to the outdoors as required by Section 1006.6. 3.2. SSO shall be designed to automatically close at or be low the design pressure of the downstream piping system that is being protected, to provide positive shutoff against full upstream pressure. Manual reset shall be required to reopen the SSO. 3.3. SSO shall be designed in accordance with the Steam Distribut ion Utility System requirements of the utility company having jurisdiction and ASME B31.1. 4. Bellows expansion joints shall not be utilized on high pressure steam piping. Exception: Bellows expansion joints shall be permitted for final connection to equip ment where readily accessible for inspection and service and within Mechanical Equipment Rooms.",
    "metadata": {
      "section_full": "1211.2.1",
      "parent_major": "1211",
      "parent_minor": "1211.2",
      "source": "036.txt"
    }
  },
  {
    "id": "1211.2.2",
    "text": "CONTEXT: 1211 > 1211.2 | CONTENT: 1211.2.2 1211.2.2 Installation. The installation of new steam piping systems shall be conducted as follows: 1. Installations, including any welding, shall be subject to special inspection. 2. Welders shall be qualified for all required pipe sizes, wall thicknesses and positions in accordance with the ASME Boiler and Pressure Vessel Code, Section IX. Requalification is required every five years or sooner if the commissione r has a specific reason to doubt a welder\u2019s ability to make acceptable welds. 3. Welder qualification testing shall be performed by an approved agency listed with the department, and the inspector witnessing the test shall be an authorized AWS Certified We lding Inspector. If the testing is by radiography, the test specimen shall be evaluated by personnel having a minimum radiography qualification of Level II in accordance with the ASNT, Document No. SNT - TC - 1A, Supplement A. A successful radiographic test of a production weld made within the 6 months prior to requalification may be considered as an acceptable requalification test. 4. Copies of the certified welder qualification reports shall be maintained by the responsible welding agency and the company perf orming the welding, and shall be made available upon request to the department. 5. No reports from any welding inspection agency shall be accepted unless such agency has first requested and obtained approval from the department in accordance with rules of the department. 6. Pipe welding shall conform to the following: 6.1. All piping over 2 inches ( 50.8 mm) shall be butt - welded. Piping 2 inches (50.8 mm) and under may be socket - welded or threaded, providing Schedule 80 piping is utilized. 6.2. Threaded piping may continue to be used for existing construction in size of 6 inches ( [CONT.]: 1211.2.2 Installation. The installation of new steam piping systems shall be conducted as follows: 1. Installations, including any welding, shall be subject to special inspection. 2. Welders shall be qualified for all required pipe sizes, wall thicknesses and positions in accordance with the ASME Boiler and Pressure Vessel Code, Section IX. Requalification is required every five years or sooner if the commissione r has a specific reason to doubt a welder\u2019s ability to make acceptable welds. 3. Welder qualification testing shall be performed by an approved agency listed with the department, and the inspector witnessing the test shall be an authorized AWS Certified We lding Inspector. If the testing is by radiography, the test specimen shall be evaluated by personnel having a minimum radiography qualification of Level II in accordance with the ASNT, Document No. SNT - TC - 1A, Supplement A. A successful radiographic test of a production weld made within the 6 months prior to requalification may be considered as an acceptable requalification test. 4. Copies of the certified welder qualification reports shall be maintained by the responsible welding agency and the company perf orming the welding, and shall be made available upon request to the department. 5. No reports from any welding inspection agency shall be accepted unless such agency has first requested and obtained approval from the department in accordance with rules of the department. 6. Pipe welding shall conform to the following: 6.1. All piping over 2 inches ( 50.8 mm) shall be butt - welded. Piping 2 inches (50.8 mm) and under may be socket - welded or threaded, providing Schedule 80 piping is utilized. 6.2. Threaded piping may continue to be used for existing construction in size of 6 inches ( [CONT.]: 1211.2.2 Installation. The installation of new steam piping systems shall be conducted as follows: 1. Installations, including any welding, shall be subject to special inspection. 2. Welders shall be qualified for all required pipe sizes, wall thicknesses and positions in accordance with the ASME Boiler and Pressure Vessel Code, Section IX. Requalification is required every five years or sooner if the commissione r has a specific reason to doubt a welder\u2019s ability to make acceptable welds. 3. Welder qualification testing shall be performed by an approved agency listed with the department, and the inspector witnessing the test shall be an authorized AWS Certified We lding Inspector. If the testing is by radiography, the test specimen shall be evaluated by personnel having a minimum radiography qualification of Level II in accordance with the ASNT, Document No. SNT - TC - 1A, Supplement A. A successful radiographic test of a production weld made within the 6 months prior to requalification may be considered as an acceptable requalification test. 4. Copies of the certified welder qualification reports shall be maintained by the responsible welding agency and the company perf orming the welding, and shall be made available upon request to the department. 5. No reports from any welding inspection agency shall be accepted unless such agency has first requested and obtained approval from the department in accordance with rules of the department. 6. Pipe welding shall conform to the following: 6.1. All piping over 2 inches ( 50.8 mm) shall be butt - welded. Piping 2 inches (50.8 mm) and under may be socket - welded or threaded, providing Schedule 80 piping is utilized. 6.2. Threaded piping may continue to be used for existing construction in size of 6 inches ( [CONT.]: 1211.2.2 Installation. The installation of new steam piping systems shall be conducted as follows: 1. Installations, including any welding, shall be subject to special inspection. 2. Welders shall be qualified for all required pipe sizes, wall thicknesses and positions in accordance with the ASME Boiler and Pressure Vessel Code, Section IX. Requalification is required every five years or sooner if the commissione r has a specific reason to doubt a welder\u2019s ability to make acceptable welds. 3. Welder qualification testing shall be performed by an approved agency listed with the department, and the inspector witnessing the test shall be an authorized AWS Certified We lding Inspector. If the testing is by radiography, the test specimen shall be evaluated by personnel having a minimum radiography qualification of Level II in accordance with the ASNT, Document No. SNT - TC - 1A, Supplement A. A successful radiographic test of a production weld made within the 6 months prior to requalification may be considered as an acceptable requalification test. 4. Copies of the certified welder qualification reports shall be maintained by the responsible welding agency and the company perf orming the welding, and shall be made available upon request to the department. 5. No reports from any welding inspection agency shall be accepted unless such agency has first requested and obtained approval from the department in accordance with rules of the department. 6. Pipe welding shall conform to the following: 6.1. All piping over 2 inches ( 50.8 mm) shall be butt - welded. Piping 2 inches (50.8 mm) and under may be socket - welded or threaded, providing Schedule 80 piping is utilized. 6.2. Threaded piping may continue to be used for existing construction in size of 6 inches ( [CONT.]: 1211.2.2 Installation. The installation of new steam piping systems shall be conducted as follows: 1. Installations, including any welding, shall be subject to special inspection. 2. Welders shall be qualified for all required pipe sizes, wall thicknesses and positions in accordance with the ASME Boiler and Pressure Vessel Code, Section IX. Requalification is required every five years or sooner if the commissione r has a specific reason to doubt a welder\u2019s ability to make acceptable welds. 3. Welder qualification testing shall be performed by an approved agency listed with the department, and the inspector witnessing the test shall be an authorized AWS Certified We lding Inspector. If the testing is by radiography, the test specimen shall be evaluated by personnel having a minimum radiography qualification of Level II in accordance with the ASNT, Document No. SNT - TC - 1A, Supplement A. A successful radiographic test of a production weld made within the 6 months prior to requalification may be considered as an acceptable requalification test. 4. Copies of the certified welder qualification reports shall be maintained by the responsible welding agency and the company perf orming the welding, and shall be made available upon request to the department. 5. No reports from any welding inspection agency shall be accepted unless such agency has first requested and obtained approval from the department in accordance with rules of the department. 6. Pipe welding shall conform to the following: 6.1. All piping over 2 inches ( 50.8 mm) shall be butt - welded. Piping 2 inches (50.8 mm) and under may be socket - welded or threaded, providing Schedule 80 piping is utilized. 6.2. Threaded piping may continue to be used for existing construction in size of 6 inches ( [CONT.]: 1211.2.2 Installation. The installation of new steam piping systems shall be conducted as follows: 1. Installations, including any welding, shall be subject to special inspection. 2. Welders shall be qualified for all required pipe sizes, wall thicknesses and positions in accordance with the ASME Boiler and Pressure Vessel Code, Section IX. Requalification is required every five years or sooner if the commissione r has a specific reason to doubt a welder\u2019s ability to make acceptable welds. 3. Welder qualification testing shall be performed by an approved agency listed with the department, and the inspector witnessing the test shall be an authorized AWS Certified We lding Inspector. If the testing is by radiography, the test specimen shall be evaluated by personnel having a minimum radiography qualification of Level II in accordance with the ASNT, Document No. SNT - TC - 1A, Supplement A. A successful radiographic test of a production weld made within the 6 months prior to requalification may be considered as an acceptable requalification test. 4. Copies of the certified welder qualification reports shall be maintained by the responsible welding agency and the company perf orming the welding, and shall be made available upon request to the department. 5. No reports from any welding inspection agency shall be accepted unless such agency has first requested and obtained approval from the department in accordance with rules of the department. 6. Pipe welding shall conform to the following: 6.1. All piping over 2 inches ( 50.8 mm) shall be butt - welded. Piping 2 inches (50.8 mm) and under may be socket - welded or threaded, providing Schedule 80 piping is utilized. 6.2. Threaded piping may continue to be used for existing construction in size of 6 inches ( [CONT.]: 1211.2.2 ASSE American Society of Sanitary Engineers 901 Canterbury, Suite A Westlake, OH 44145 REFERENCED STANDARDS Standard Referenced reference in code number Title section number 1017 \u2014 2010 Performance Requirements for Temperature Actuated Mixing Values for Hot Water Distribution Systems ............................................................................................................. [CONT.]: 1211.2.2 ASSE American Society of Sanitary Engineers 901 Canterbury, Suite A Westlake, OH 44145 REFERENCED STANDARDS Standard Referenced reference in code number Title section number 1017 \u2014 2010 Performance Requirements for Temperature Actuated Mixing Values for Hot Water Distribution Systems ............................................................................................................. [CONT.]: 1211.2.2 ASSE American Society of Sanitary Engineers 901 Canterbury, Suite A Westlake, OH 44145 REFERENCED STANDARDS Standard Referenced reference in code number Title section number 1017 \u2014 2010 Performance Requirements for Temperature Actuated Mixing Values for Hot Water Distribution Systems ............................................................................................................. [CONT.]: 1211.2.2 ASSE American Society of Sanitary Engineers 901 Canterbury, Suite A Westlake, OH 44145 REFERENCED STANDARDS Standard Referenced reference in code number Title section number 1017 \u2014 2010 Performance Requirements for Temperature Actuated Mixing Values for Hot Water Distribution Systems ............................................................................................................. [CONT.]: 1211.2.2 ASSE American Society of Sanitary Engineers 901 Canterbury, Suite A Westlake, OH 44145 REFERENCED STANDARDS Standard Referenced reference in code number Title section number 1017 \u2014 2010 Performance Requirements for Temperature Actuated Mixing Values for Hot Water Distribution Systems ............................................................................................................. [CONT.]: 1211.2.2 ASSE American Society of Sanitary Engineers 901 Canterbury, Suite A Westlake, OH 44145 REFERENCED STANDARDS Standard Referenced reference in code number Title section number 1017 \u2014 2010 Performance Requirements for Temperature Actuated Mixing Values for Hot Water Distribution Systems .............................................................................................................",
    "metadata": {
      "section_full": "1211.2.2",
      "parent_major": "1211",
      "parent_minor": "1211.2",
      "source": "036.txt"
    }
  },
  {
    "id": "1211.2.3",
    "text": "CONTEXT: 1211 > 1211.2 | CONTENT: 1211.2.3 1211.2.3 Testing. Hydrostatic testing shall be conducted on the completed installation at 150 percent of the design pressure for all piping pressure. Where the changes in an existing steam system involve less than 30 percent of the piping in the system, the testing may be in accordance with ASME B31.1. [CONT.]: 1211.2.3 Testing. Hydrostatic testing shall be conducted on the completed installation at 150 percent of the design pressure for all piping pressure. Where the changes in an existing steam system involve less than 30 percent of the piping in the system, the testing may be in accordance with ASME B31.1. [CONT.]: 1211.2.3 Testing. Hydrostatic testing shall be conducted on the completed installation at 150 percent of the design pressure for all piping pressure. Where the changes in an existing steam system involve less than 30 percent of the piping in the system, the testing may be in accordance with ASME B31.1. [CONT.]: 1211.2.3 Testing. Hydrostatic testing shall be conducted on the completed installation at 150 percent of the design pressure for all piping pressure. Where the changes in an existing steam system involve less than 30 percent of the piping in the system, the testing may be in accordance with ASME B31.1.",
    "metadata": {
      "section_full": "1211.2.3",
      "parent_major": "1211",
      "parent_minor": "1211.2",
      "source": "036.txt"
    }
  },
  {
    "id": "1211.2.4",
    "text": "CONTEXT: 1211 > 1211.2 | CONTENT: 1211.2.4 1211.2.4 Relocation. The commissioner, where deemed necessar y, shall require the replacement or relocation of any expansion joints, guides or anchors. The commissioner shall cause the expansion joints in potentially hazardous locations, such as those that are located adjacent to tenant occupied spaces, to be reloca ted, unless means exist or are provided for eliminating the hazard. [CONT.]: 1211.2.4 Relocation. The commissioner, where deemed necessar y, shall require the replacement or relocation of any expansion joints, guides or anchors. The commissioner shall cause the expansion joints in potentially hazardous locations, such as those that are located adjacent to tenant occupied spaces, to be reloca ted, unless means exist or are provided for eliminating the hazard. [CONT.]: 1211.2.4 Relocation. The commissioner, where deemed necessar y, shall require the replacement or relocation of any expansion joints, guides or anchors. The commissioner shall cause the expansion joints in potentially hazardous locations, such as those that are located adjacent to tenant occupied spaces, to be reloca ted, unless means exist or are provided for eliminating the hazard. [CONT.]: 1211.2.4 Relocation. The commissioner, where deemed necessar y, shall require the replacement or relocation of any expansion joints, guides or anchors. The commissioner shall cause the expansion joints in potentially hazardous locations, such as those that are located adjacent to tenant occupied spaces, to be reloca ted, unless means exist or are provided for eliminating the hazard.",
    "metadata": {
      "section_full": "1211.2.4",
      "parent_major": "1211",
      "parent_minor": "1211.2",
      "source": "036.txt"
    }
  },
  {
    "id": "1211.3",
    "text": "CONTEXT: 1211 > 1211.3 | CONTENT: 1211.3 1211.3 Existing systems. Existing steam piping systems shall be in accordance with Sections 1211.3.1 through 1211.3.2. Upon the completion of a new high - pressure steam piping system and de partment approval of same, the rules relating to maintenance requirements and the keeping of records for existing high - pressure steam piping systems shall apply. [CONT.]: 1211.3 Existing systems. Existing steam piping systems shall be in accordance with Sections 1211.3.1 through 1211.3.2. Upon the completion of a new high - pressure steam piping system and de partment approval of same, the rules relating to maintenance requirements and the keeping of records for existing high - pressure steam piping systems shall apply. [CONT.]: 1211.3 Existing systems. Existing steam piping systems shall be in accordance with Sections 1211.3.1 through 1211.3.2. Upon the completion of a new high - pressure steam piping system and de partment approval of same, the rules relating to maintenance requirements and the keeping of records for existing high - pressure steam piping systems shall apply. [CONT.]: 1211.3 Existing systems. Existing steam piping systems shall be in accordance with Sections 1211.3.1 through 1211.3.2. Upon the completion of a new high - pressure steam piping system and de partment approval of same, the rules relating to maintenance requirements and the keeping of records for existing high - pressure steam piping systems shall apply.",
    "metadata": {
      "section_full": "1211.3",
      "parent_major": "1211",
      "parent_minor": "1211.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1211.3.1",
    "text": "CONTEXT: 1211 > 1211.3 | CONTENT: 1211.3.1 1211.3.1 Maintenance inspections. Expansion joints, anchorage and guides shall be inspected as follows: 1. Expansion joints shall be visually inspected monthly. 2. The anchorage and guides shall be visually inspected annually. Exposure of the structural attachments to the buildings of the anchorages or guides shall not be required. 3. A record of s uch inspections shall be kept by the person in charge of the mechanical equipment of the building or other qualified person designated by the owner and acceptable to the commissioner. The records shall be available at the premises and subject to inspection by the commissioner. [CONT.]: 1211.3.1 Maintenance inspections. Expansion joints, anchorage and guides shall be inspected as follows: 1. Expansion joints shall be visually inspected monthly. 2. The anchorage and guides shall be visually inspected annually. Exposure of the structural attachments to the buildings of the anchorages or guides shall not be required. 3. A record of s uch inspections shall be kept by the person in charge of the mechanical equipment of the building or other qualified person designated by the owner and acceptable to the commissioner. The records shall be available at the premises and subject to inspection by the commissioner. [CONT.]: 1211.3.1 Maintenance inspections. Expansion joints, anchorage and guides shall be inspected as follows: 1. Expansion joints shall be visually inspected monthly. 2. The anchorage and guides shall be visually inspected annually. Exposure of the structural attachments to the buildings of the anchorages or guides shall not be required. 3. A record of s uch inspections shall be kept by the person in charge of the mechanical equipment of the building or other qualified person designated by the owner and acceptable to the commissioner. The records shall be available at the premises and subject to inspection by the commissioner. [CONT.]: 1211.3.1 Maintenance inspections. Expansion joints, anchorage and guides shall be inspected as follows: 1. Expansion joints shall be visually inspected monthly. 2. The anchorage and guides shall be visually inspected annually. Exposure of the structural attachments to the buildings of the anchorages or guides shall not be required. 3. A record of s uch inspections shall be kept by the person in charge of the mechanical equipment of the building or other qualified person designated by the owner and acceptable to the commissioner. The records shall be available at the premises and subject to inspection by the commissioner.",
    "metadata": {
      "section_full": "1211.3.1",
      "parent_major": "1211",
      "parent_minor": "1211.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1211.3.2",
    "text": "CONTEXT: 1211 > 1211.3 | CONTENT: 1211.3.2 1211.3.2 Work approval. No joint, anchorage or guides shall be repaired, replaced or relocated without a work permit issued by the department. The application for the permit shall contain all pertinent information and shall be filed by an engineer knowledgeable as to high - pressur e steam piping systems. The engineer shall be responsible for the special inspection of the proposed work in accordance with the approved application. This provision shall not apply to the repacking of a slip or ball joint; however, records of such repacki ng shall be kept in the inspection records as provided in Section 1211.3.1, Item 3. When, in the opinion of the engineer, the requirement for prior department approval would create an imminent health or safety hazard, the engineer may permit the work to pr oceed without prior approval. In such cases, the engineer shall, prior to the repair, replacement or relocation, notify by telephone the borough commissioner of the borough in which the building is located; and, if the emergency occurs at other than normal working hours, he or she shall notify the department in a manner prescribed by the commissioner. This shall be followed by the filing of the application for department approval as specified in Section 28 - [CONT.]: 1211.3.2 Work approval. No joint, anchorage or guides shall be repaired, replaced or relocated without a work permit issued by the department. The application for the permit shall contain all pertinent information and shall be filed by an engineer knowledgeable as to high - pressur e steam piping systems. The engineer shall be responsible for the special inspection of the proposed work in accordance with the approved application. This provision shall not apply to the repacking of a slip or ball joint; however, records of such repacki ng shall be kept in the inspection records as provided in Section 1211.3.1, Item 3. When, in the opinion of the engineer, the requirement for prior department approval would create an imminent health or safety hazard, the engineer may permit the work to pr oceed without prior approval. In such cases, the engineer shall, prior to the repair, replacement or relocation, notify by telephone the borough commissioner of the borough in which the building is located; and, if the emergency occurs at other than normal working hours, he or she shall notify the department in a manner prescribed by the commissioner. This shall be followed by the filing of the application for department approval as specified in Section 28 - [CONT.]: 1211.3.2 Work approval. No joint, anchorage or guides shall be repaired, replaced or relocated without a work permit issued by the department. The application for the permit shall contain all pertinent information and shall be filed by an engineer knowledgeable as to high - pressur e steam piping systems. The engineer shall be responsible for the special inspection of the proposed work in accordance with the approved application. This provision shall not apply to the repacking of a slip or ball joint; however, records of such repacki ng shall be kept in the inspection records as provided in Section 1211.3.1, Item 3. When, in the opinion of the engineer, the requirement for prior department approval would create an imminent health or safety hazard, the engineer may permit the work to pr oceed without prior approval. In such cases, the engineer shall, prior to the repair, replacement or relocation, notify by telephone the borough commissioner of the borough in which the building is located; and, if the emergency occurs at other than normal working hours, he or she shall notify the department in a manner prescribed by the commissioner. This shall be followed by the filing of the application for department approval as specified in Section 28 - [CONT.]: 1211.3.2 Work approval. No joint, anchorage or guides shall be repaired, replaced or relocated without a work permit issued by the department. The application for the permit shall contain all pertinent information and shall be filed by an engineer knowledgeable as to high - pressur e steam piping systems. The engineer shall be responsible for the special inspection of the proposed work in accordance with the approved application. This provision shall not apply to the repacking of a slip or ball joint; however, records of such repacki ng shall be kept in the inspection records as provided in Section 1211.3.1, Item 3. When, in the opinion of the engineer, the requirement for prior department approval would create an imminent health or safety hazard, the engineer may permit the work to pr oceed without prior approval. In such cases, the engineer shall, prior to the repair, replacement or relocation, notify by telephone the borough commissioner of the borough in which the building is located; and, if the emergency occurs at other than normal working hours, he or she shall notify the department in a manner prescribed by the commissioner. This shall be followed by the filing of the application for department approval as specified in Section 28 -",
    "metadata": {
      "section_full": "1211.3.2",
      "parent_major": "1211",
      "parent_minor": "1211.3",
      "source": "036.txt"
    }
  },
  {
    "id": "1301.1",
    "text": "CONTEXT: 1301 > 1301.1 | CONTENT: 1301.1 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code. [CONT.]: 1301.1 Scope. This chapter shall govern the design, installation, construction and repair of fuel - oil storage and piping systems. The storage of flammable and combustib le liquids not addressed in this chapter shall be in accordance with the New York City Fire Code.",
    "metadata": {
      "section_full": "1301.1",
      "parent_major": "1301",
      "parent_minor": "1301.1",
      "source": "037.txt"
    }
  },
  {
    "id": "1301.2",
    "text": "CONTEXT: 1301 > 1301.2 | CONTENT: 1301.2 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.2 Storage and piping systems. Fuel - oil storage and piping systems shall comply with the requirements of this chapter, Appendix C and, to the extent not otherwise provided for in this code , shall comply with the requirements of NFPA 31. All above - ground and underground storage facilities shall also comply with the requirements of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code .",
    "metadata": {
      "section_full": "1301.2",
      "parent_major": "1301",
      "parent_minor": "1301.2",
      "source": "037.txt"
    }
  },
  {
    "id": "1301.3",
    "text": "CONTEXT: 1301 > 1301.3 | CONTENT: 1301.3 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner . [CONT.]: 1301.3 Fuel type. An appliance shall be designed for use with the type of fuel to which it will be connected. Such appliance shall not be converted from the fuel specified on the rating plate fo r use with a different fuel without conforming with its listing and manufacturers specifications and securing reapproval from the commissioner .",
    "metadata": {
      "section_full": "1301.3",
      "parent_major": "1301",
      "parent_minor": "1301.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1301.4",
    "text": "CONTEXT: 1301 > 1301.4 | CONTENT: 1301.4 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used. [CONT.]: 1301.4 Fuel tanks, piping and valves. The tank, piping and valves for appliances burning oil shall be installed in accordance with the requirements of this chapter. Where oil - burning appliances are served by a tank located such that any part of the tank is above the level of the burner inlet connection and where the fuel supply line is taken from the top of the tank , an approved anti - siphon valve or other siphon - breaking device shall be installed. The anti - siphon valve or siphon - breaking device shall be located at the highest point in the supply line. Exceptions: An anti - siphon valve or other siphon - breaking device s hall not be required where either: 1. An approved foot valve is used in the tank, or 2. No. 6 fuel oil is used.",
    "metadata": {
      "section_full": "1301.4",
      "parent_major": "1301",
      "parent_minor": "1301.4",
      "source": "037.txt"
    }
  },
  {
    "id": "1301.5",
    "text": "CONTEXT: 1301 > 1301.5 | CONTENT: 1301.5 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code. [CONT.]: 1301.5 Tanks abandoned or removed. All exterior above - grade fill piping shall be removed when tanks are abandoned or removed. Tank abandonment and removal shall be in accordance with Section 3404 of the New York City Fire Code.",
    "metadata": {
      "section_full": "1301.5",
      "parent_major": "1301",
      "parent_minor": "1301.5",
      "source": "037.txt"
    }
  },
  {
    "id": "1301.6",
    "text": "CONTEXT: 1301 > 1301.6 | CONTENT: 1301.6 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code . [CONT.]: 1301.6 Out of service system. Fuel - oil storage systems that are temporarily or permanently taken out of service shall comply with the requirements of the New York City Fire Code and of the New York State Department of Environmental Conservation\u2019s Petroleum Bulk Storage Code .",
    "metadata": {
      "section_full": "1301.6",
      "parent_major": "1301",
      "parent_minor": "1301.6",
      "source": "037.txt"
    }
  },
  {
    "id": "1301.7",
    "text": "CONTEXT: 1301 > 1301.7 | CONTENT: 1301.7 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6. [CONT.]: 1301.7 Fuel - oil spill and overfill prevention equipment. Fuel - oil spill and overfill prevention equipment shall comply with EPA 40 CFR Parts 280, and Section 1305.6.6.",
    "metadata": {
      "section_full": "1301.7",
      "parent_major": "1301",
      "parent_minor": "1301.7",
      "source": "037.txt"
    }
  },
  {
    "id": "1301.8",
    "text": "CONTEXT: 1301 > 1301.8 | CONTENT: 1301.8 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 Portable fire extinguishers. Portable fire extinguishers shall be provided as required by the New York City Fire Code and NFPA 10. [CONT.]: 1301.8 30A \u2014 15 Code for Motor Fuel - dispensing Facilities and Repair Garages ................................................................... [CONT.]: 1301.8 30A \u2014 15 Code for Motor Fuel - dispensing Facilities and Repair Garages ................................................................... [CONT.]: 1301.8 30A \u2014 15 Code for Motor Fuel - dispensing Facilities and Repair Garages ................................................................... [CONT.]: 1301.8 30A \u2014 15 Code for Motor Fuel - dispensing Facilities and Repair Garages ...................................................................",
    "metadata": {
      "section_full": "1301.8",
      "parent_major": "1301",
      "parent_minor": "1301.8",
      "source": "037.txt"
    }
  },
  {
    "id": "1301.9",
    "text": "CONTEXT: 1301 > 1301.9 | CONTENT: 1301.9 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards. [CONT.]: 1301.9 Absorbent materials. The building owner shall maintain a sufficient quantity of absorbent mat erials near fuel - oil storage tanks, pumps, and related equipment to control leaks and slipping hazards.",
    "metadata": {
      "section_full": "1301.9",
      "parent_major": "1301",
      "parent_minor": "1301.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1301.10",
    "text": "CONTEXT: 1301 > 1301.10 | CONTENT: 1301.10 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL [CONT.]: 1301.10 Certificate of fitness. Where fuel - oil piping systems utilize pumps to transfer fuel oil to equipment at levels above the lowest floor or to sto rage tanks at levels above the lowest floor in buildings, a qualified employee or contracted general company holding a certificate of fitness from the Fire Department shall maintain the fuel - oil system. FUEL - OIL PIPING AND STORAGE SECTION MC 1302 MATERIAL",
    "metadata": {
      "section_full": "1301.10",
      "parent_major": "1301",
      "parent_minor": "1301.10",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.1",
    "text": "CONTEXT: 1302 > 1302.1 | CONTENT: 1302.1 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section. [CONT.]: 1302.1 General. Piping mater ials shall conform to the ASTM standards cited in this section.",
    "metadata": {
      "section_full": "1302.1",
      "parent_major": "1302",
      "parent_minor": "1302.1",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.2",
    "text": "CONTEXT: 1302 > 1302.2 | CONTENT: 1302.2 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1 [CONT.]: 1302.2 Rated for system. All materials shall be rated for the operating temperatures and pressures of the system, and shall be compatible with the type of liquid being handled by the system . 1",
    "metadata": {
      "section_full": "1302.2",
      "parent_major": "1302",
      "parent_minor": "1302.2",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.3.1",
    "text": "CONTEXT: 1302 > 1302.3 | CONTENT: 1302.3.1 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d. [CONT.]: 1302.3.1 Fuel - oil pipe. Fuel - oil pipe shall comply with the standards listed in Table 1302.3. 1302 . 3.2 Systems serving appliances above ground above the lowest floor. Pip ing for fuel - oil systems utilizing a transfer pump to appliances at levels above ground above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Section 1305.9.5. TABLE 1302.3 FUEL - OIL PIPING MATERIAL STANDARD (see Chapter 15) Copper, brass, or copper - alloy pipe ASTM B 42; ASTM B 43; ASTM B 302 Copper or copper - alloy tubing (Type K, or L (PVC coated)) ASTM B 75; ASTM B 88; ASTM B 280 Nonmetallic pipe ASTM D 2996 Flexible pipe systems (See Section 1302.9) Steel pipe ASTM A 53/A 53M; ASTM A 106 Steel tubing a ASTM A 254 a. Steel tubing shall only be permitted when installed by the equipment manufacturer in accordance with UL 2200 and UL labele d.",
    "metadata": {
      "section_full": "1302.3.1",
      "parent_major": "1302",
      "parent_minor": "1302.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.4",
    "text": "CONTEXT: 1302 > 1302.4 | CONTENT: 1302.4 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground. [CONT.]: 1302.4 Nonmetallic pipe. Nonmetallic pipe shall be listed and labeled as being acceptable for the intended application for flammable and combustible liquids. Nonmetallic pipe shall be installed only outside, underground.",
    "metadata": {
      "section_full": "1302.4",
      "parent_major": "1302",
      "parent_minor": "1302.4",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.5",
    "text": "CONTEXT: 1302 > 1302.5 | CONTENT: 1302.5 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 Fittings and valves. Fittings and valves for the piping systems shall be compatible with, or shall be of the same material as, the pipe or tubing , and shall conform with Table 1302.5. TABLE 1302.5 PIPE FITTINGS MATERIAL STANDARD Copper, brass, and copper alloys ASME B16.15; ASME B16.18; ASME B16.22; ASME B16.24 Labeled pipe In accordance with the piping system label and Section 1302.4 Nonmetallic pipe fittings In accordance with the piping system label and Section 1302.4 FUEL - OIL PIPING AND STORAGE Flexible pipe systems Fittings are allowed in the FO pump room and in the room where the appliance served is located. Intermediate fittings are not allowed inside the buildings. Steel ASME B16.5; ASME B16.9; ASME B16.11; ASME B16.28; ASTM A 53/A 53M; ASTM A 106; ASTM A 234; ASTM A 420 [CONT.]: 1302.5 B16.9 \u2014 2007 Factory Made Wrought Steel Buttwelding Fittings .................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.11 \u2014 2011 Forged Fittings, Socket - welding and Threaded .......................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.15 \u2014 2011 Cast Bronze Threaded Fittings ................................................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.18 \u2014 2012 Cast Copper Alloy Solder Joint Pressure Fittings ....................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.22 \u2014 (R2010) Wrought Copper and Copper Alloy Solder Joint Pressure Fittings ............................ Table 1202.5, Table [CONT.]: 1302.5 ASME \u2014 continued B16.24 \u2014 2011 Cast Copper Alloy Pipe Flanges and Flanged Fittings: Class 150, 300, 400, 600, 900, 1500 and 2500 .................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.26 \u2014 2011 Cast Copper Alloy Fittings for Flared Copper Tubes ....................................................................... Table [CONT.]: 1302.5 B16.39 \u2014 2014 Malleable Iron Threaded Pipe Unions ..................................................................................................... [CONT.]: 1302.5 A 254 \u2014 97(2007) Specification for Copper Brazed Steel Tubing ........................................................... Table 1202.4, Table [CONT.]: 1302.5 A 536 - 84(2009) Standard Specification for Ductile Iron Castings ............................................................................. Table [CONT.]: 1302.5 B16.9 \u2014 2007 Factory Made Wrought Steel Buttwelding Fittings .................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.11 \u2014 2011 Forged Fittings, Socket - welding and Threaded .......................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.15 \u2014 2011 Cast Bronze Threaded Fittings ................................................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.18 \u2014 2012 Cast Copper Alloy Solder Joint Pressure Fittings ....................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.22 \u2014 (R2010) Wrought Copper and Copper Alloy Solder Joint Pressure Fittings ............................ Table 1202.5, Table [CONT.]: 1302.5 ASME \u2014 continued B16.24 \u2014 2011 Cast Copper Alloy Pipe Flanges and Flanged Fittings: Class 150, 300, 400, 600, 900, 1500 and 2500 .................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.26 \u2014 2011 Cast Copper Alloy Fittings for Flared Copper Tubes ....................................................................... Table [CONT.]: 1302.5 B16.39 \u2014 2014 Malleable Iron Threaded Pipe Unions ..................................................................................................... [CONT.]: 1302.5 A 254 \u2014 97(2007) Specification for Copper Brazed Steel Tubing ........................................................... Table 1202.4, Table [CONT.]: 1302.5 A 536 - 84(2009) Standard Specification for Ductile Iron Castings ............................................................................. Table [CONT.]: 1302.5 B16.9 \u2014 2007 Factory Made Wrought Steel Buttwelding Fittings .................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.11 \u2014 2011 Forged Fittings, Socket - welding and Threaded .......................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.15 \u2014 2011 Cast Bronze Threaded Fittings ................................................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.18 \u2014 2012 Cast Copper Alloy Solder Joint Pressure Fittings ....................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.22 \u2014 (R2010) Wrought Copper and Copper Alloy Solder Joint Pressure Fittings ............................ Table 1202.5, Table [CONT.]: 1302.5 ASME \u2014 continued B16.24 \u2014 2011 Cast Copper Alloy Pipe Flanges and Flanged Fittings: Class 150, 300, 400, 600, 900, 1500 and 2500 .................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.26 \u2014 2011 Cast Copper Alloy Fittings for Flared Copper Tubes ....................................................................... Table [CONT.]: 1302.5 B16.39 \u2014 2014 Malleable Iron Threaded Pipe Unions ..................................................................................................... [CONT.]: 1302.5 A 254 \u2014 97(2007) Specification for Copper Brazed Steel Tubing ........................................................... Table 1202.4, Table [CONT.]: 1302.5 A 536 - 84(2009) Standard Specification for Ductile Iron Castings ............................................................................. Table [CONT.]: 1302.5 B16.9 \u2014 2007 Factory Made Wrought Steel Buttwelding Fittings .................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.11 \u2014 2011 Forged Fittings, Socket - welding and Threaded .......................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.15 \u2014 2011 Cast Bronze Threaded Fittings ................................................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.18 \u2014 2012 Cast Copper Alloy Solder Joint Pressure Fittings ....................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.22 \u2014 (R2010) Wrought Copper and Copper Alloy Solder Joint Pressure Fittings ............................ Table 1202.5, Table [CONT.]: 1302.5 ASME \u2014 continued B16.24 \u2014 2011 Cast Copper Alloy Pipe Flanges and Flanged Fittings: Class 150, 300, 400, 600, 900, 1500 and 2500 .................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.26 \u2014 2011 Cast Copper Alloy Fittings for Flared Copper Tubes ....................................................................... Table [CONT.]: 1302.5 B16.39 \u2014 2014 Malleable Iron Threaded Pipe Unions ..................................................................................................... [CONT.]: 1302.5 A 254 \u2014 97(2007) Specification for Copper Brazed Steel Tubing ........................................................... Table 1202.4, Table [CONT.]: 1302.5 A 536 - 84(2009) Standard Specification for Ductile Iron Castings ............................................................................. Table [CONT.]: 1302.5 B16.9 \u2014 2007 Factory Made Wrought Steel Buttwelding Fittings .................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.11 \u2014 2011 Forged Fittings, Socket - welding and Threaded .......................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.15 \u2014 2011 Cast Bronze Threaded Fittings ................................................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.18 \u2014 2012 Cast Copper Alloy Solder Joint Pressure Fittings ....................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.22 \u2014 (R2010) Wrought Copper and Copper Alloy Solder Joint Pressure Fittings ............................ Table 1202.5, Table [CONT.]: 1302.5 ASME \u2014 continued B16.24 \u2014 2011 Cast Copper Alloy Pipe Flanges and Flanged Fittings: Class 150, 300, 400, 600, 900, 1500 and 2500 .................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.26 \u2014 2011 Cast Copper Alloy Fittings for Flared Copper Tubes ....................................................................... Table [CONT.]: 1302.5 B16.39 \u2014 2014 Malleable Iron Threaded Pipe Unions ..................................................................................................... [CONT.]: 1302.5 A 254 \u2014 97(2007) Specification for Copper Brazed Steel Tubing ........................................................... Table 1202.4, Table [CONT.]: 1302.5 A 536 - 84(2009) Standard Specification for Ductile Iron Castings ............................................................................. Table [CONT.]: 1302.5 B16.9 \u2014 2007 Factory Made Wrought Steel Buttwelding Fittings .................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.11 \u2014 2011 Forged Fittings, Socket - welding and Threaded .......................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.15 \u2014 2011 Cast Bronze Threaded Fittings ................................................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.18 \u2014 2012 Cast Copper Alloy Solder Joint Pressure Fittings ....................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.22 \u2014 (R2010) Wrought Copper and Copper Alloy Solder Joint Pressure Fittings ............................ Table 1202.5, Table [CONT.]: 1302.5 ASME \u2014 continued B16.24 \u2014 2011 Cast Copper Alloy Pipe Flanges and Flanged Fittings: Class 150, 300, 400, 600, 900, 1500 and 2500 .................................................... Table 1202.5, Table [CONT.]: 1302.5 B16.26 \u2014 2011 Cast Copper Alloy Fittings for Flared Copper Tubes ....................................................................... Table [CONT.]: 1302.5 B16.39 \u2014 2014 Malleable Iron Threaded Pipe Unions ..................................................................................................... [CONT.]: 1302.5 A 254 \u2014 97(2007) Specification for Copper Brazed Steel Tubing ........................................................... Table 1202.4, Table [CONT.]: 1302.5 A 536 - 84(2009) Standard Specification for Ductile Iron Castings ............................................................................. Table",
    "metadata": {
      "section_full": "1302.5",
      "parent_major": "1302",
      "parent_minor": "1302.5",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.6",
    "text": "CONTEXT: 1302 > 1302.6 | CONTENT: 1302.6 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe. [CONT.]: 1302.6 Bending of pipe. Pipe shall be suitable for bending and shall conform with Table 1302.3 . Pipe bends shall be made with approved equipment. The bend shall not exceed the structural limitations of the pipe.",
    "metadata": {
      "section_full": "1302.6",
      "parent_major": "1302",
      "parent_minor": "1302.6",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.7",
    "text": "CONTEXT: 1302 > 1302.7 | CONTENT: 1302.7 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation. [CONT.]: 1302.7 Pumps. Pumps that are not part of an appliance shall be of a positive - displacement type. The pump shall automatically shut off the supply when not in operation.",
    "metadata": {
      "section_full": "1302.7",
      "parent_major": "1302",
      "parent_minor": "1302.7",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.8",
    "text": "CONTEXT: 1302 > 1302.8 | CONTENT: 1302.8 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 Flexible connectors and hoses. Flexible metal connectors and hoses used where rigid connections are impractical or to reduce the effect of jarring and vibration shall be listed and labeled in accordance with UL 2039 and shall be installed in compliance with its lab el and the manufacturer\u2019s installation instructions and shall not exceed 18 inches ( [CONT.]: 1302.8 2043 \u2014 2008 Fire Test for Heat and Visible Smoke Release for Discrete Products and their Accessories Installed in Air - handling Spaces .......................................... 602.2.1.4.2, 602.2.1.5 2106 \u2014 09 Standard for Field Erected Boiler Assemblies .........................................................................................",
    "metadata": {
      "section_full": "1302.8",
      "parent_major": "1302",
      "parent_minor": "1302.8",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.9",
    "text": "CONTEXT: 1302 > 1302.9 | CONTENT: 1302.9 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021 [CONT.]: 1302.9 Flexible fuel - oil piping systems with continuous vacuum leak detection. F lexible fuel - oil piping systems with continuous vacuum leak detection consisting of a single wall or double wall metallic primary carrier encased with outer polymer jacket shall comply with the requirements o f Sections 1302.9.1 through 1302.9.2. \u2021\u2021\u2021 1302 . 9.1 Listing. Flexible fuel - oil piping systems with continuous leak detection shall be listed and labeled in accordance with UL 1369 . \u2021\u2021\u2021",
    "metadata": {
      "section_full": "1302.9",
      "parent_major": "1302",
      "parent_minor": "1302.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.9.2",
    "text": "CONTEXT: 1302 > 1302.9 | CONTENT: 1302.9.2 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6. [CONT.]: 1302.9.2 Design and installation. Flexible fuel - oil piping systems with continuous leak detection shall comply with the requirements of Sections 1302.9.2.1 through 1302.9.2.6.",
    "metadata": {
      "section_full": "1302.9.2",
      "parent_major": "1302",
      "parent_minor": "1302.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.9.2.1",
    "text": "CONTEXT: 1302 > 1302.9 | CONTENT: 1302.9.2.1 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing. [CONT.]: 1302.9.2.1 Installation. Flexible fuel - oil piping systems shall be designed and installed in accordance with this code, manufacturer\u2019s recommendation, and their listing.",
    "metadata": {
      "section_full": "1302.9.2.1",
      "parent_major": "1302",
      "parent_minor": "1302.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.9.2.2",
    "text": "CONTEXT: 1302 > 1302.9 | CONTENT: 1302.9.2.2 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications. [CONT.]: 1302.9.2.2 Outdoor applications. Flexible fuel - oil piping systems with continuous vacuum leak detection may be used for above ground outdoor applications, if such systems are double metallic piping w ith polymer protective cover for exterior exposure to the elements. A fire - resistance - rated enclosure shall not be required for such applications.",
    "metadata": {
      "section_full": "1302.9.2.2",
      "parent_major": "1302",
      "parent_minor": "1302.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.9.2.3",
    "text": "CONTEXT: 1302 > 1302.9 | CONTENT: 1302.9.2.3 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings. [CONT.]: 1302.9.2.3 Continuous pipe run. Flexible fuel - oil piping systems shall be installed with a single continuous pipe run from the transfer pump to the appliance or storage tank it serves. Intermediate couplings are not allowed within buildings.",
    "metadata": {
      "section_full": "1302.9.2.3",
      "parent_major": "1302",
      "parent_minor": "1302.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.9.2.4",
    "text": "CONTEXT: 1302 > 1302.9 | CONTENT: 1302.9.2.4 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3. [CONT.]: 1302.9.2.4 Levels above the lowest floor. Where installed above ground, flexible fuel - oil piping systems connecting a trans fer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. 1302.9.2.5. Horizontal offsets. Horizontal offsets shall comply with Section 13 05.9.3.",
    "metadata": {
      "section_full": "1302.9.2.4",
      "parent_major": "1302",
      "parent_minor": "1302.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1302.9.2.6",
    "text": "CONTEXT: 1302 > 1302.9 | CONTENT: 1302.9.2.6 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS [CONT.]: 1302.9.2.6 Leak detection and alarm. Flexible fuel - oil piping systems shall be installed with continuous vacuum leak detection and alarm. The alarm shall sound and the transfer pump shall stop when a leak is detected. The alarm shall be connected t o a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code . SECTION MC 1303 JOINTS AND CONNECTIONS",
    "metadata": {
      "section_full": "1302.9.2.6",
      "parent_major": "1302",
      "parent_minor": "1302.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1303.1",
    "text": "CONTEXT: 1303 > 1303.1 | CONTENT: 1303.1 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C). [CONT.]: 1303.1 General. Joints and connections shall conform to the ASTM Standards listed in Table 1302.5, shall be of a type approved for fuel - oil piping systems, shall be rated for the temperatures and pressures of the systems in which FUEL - OIL PIPING AND STORAGE the devices are installed, and shall be compatible with the fluid and all materials used. A ll threaded joints and connections shall be made tight with suitable lubricant or pipe compound. Unions and flanges, right or left couplings, and sweat fittings shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX (Welding an d Brazing Qualifications) or in accordance with AWS B2.2 Standard for Brazing Procedure and Performance Qualification. Cast - iron fittings shall not be used. Joints and connections shall be tight for the pressure required by test. Flanged joints requiring g askets or packing shall be equipped with gaskets rated for a minimum of 750\u00b0F (398.9\u00b0C).",
    "metadata": {
      "section_full": "1303.1",
      "parent_major": "1303",
      "parent_minor": "1303.1",
      "source": "037.txt"
    }
  },
  {
    "id": "1303.1.1",
    "text": "CONTEXT: 1303 > 1303.1 | CONTENT: 1303.1.1 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203. [CONT.]: 1303.1.1 Joints between different piping materials. Joints between different piping materials shall be made with adapter fittings. Joints between different metallic pi ping materials shall be made with approved dielectric fittings. All such fittings shall conform with the requirements of Section 1203.",
    "metadata": {
      "section_full": "1303.1.1",
      "parent_major": "1303",
      "parent_minor": "1303.1",
      "source": "037.txt"
    }
  },
  {
    "id": "1303.3",
    "text": "CONTEXT: 1303 > 1303.3 | CONTENT: 1303.3 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4. [CONT.]: 1303.3 Joint preparation and installation. Where required by Sections 1303.4 through 1303.10, the prepar ation and installation of brazed, threaded and welded joints shall comply with Sections 1303.3.1 through 1303.3.4.",
    "metadata": {
      "section_full": "1303.3",
      "parent_major": "1303",
      "parent_minor": "1303.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1303.3.1",
    "text": "CONTEXT: 1303 > 1303.3 | CONTENT: 1303.3.1 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification. [CONT.]: 1303.3.1 Brazed joints. All joints shall be brazed in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qu alifications or in accordance with American Welding Society AWS B2.2 Standard for Brazing Procedure and Performance Qualification.",
    "metadata": {
      "section_full": "1303.3.1",
      "parent_major": "1303",
      "parent_minor": "1303.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1303.3.3",
    "text": "CONTEXT: 1303 > 1303.3 | CONTENT: 1303.3.3 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid. [CONT.]: 1303.3.3 Threaded joints. Threads shall conform to ASME B1.20.1. Pipe - joint compound or tape shall be app lied on the male threads only and shall be compatible for application on the piping material and fluid.",
    "metadata": {
      "section_full": "1303.3.3",
      "parent_major": "1303",
      "parent_minor": "1303.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1303.3.4",
    "text": "CONTEXT: 1303 > 1303.3 | CONTENT: 1303.3.4 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification. [CONT.]: 1303.3.4 Welded joints. All joints shall be welded in accordance with ASME Boiler and Pressure Vessel Code , Section IX Welding and Brazing Qualification s or in accordance with AWS B2.1 Specifications for Welding Procedure and Performance Qualification.",
    "metadata": {
      "section_full": "1303.3.4",
      "parent_major": "1303",
      "parent_minor": "1303.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1303.4",
    "text": "CONTEXT: 1303 > 1303.4 | CONTENT: 1303.4 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.4 Brass pipe. Joints between brass pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3.",
    "metadata": {
      "section_full": "1303.4",
      "parent_major": "1303",
      "parent_minor": "1303.4",
      "source": "037.txt"
    }
  },
  {
    "id": "1303.6",
    "text": "CONTEXT: 1303 > 1303.6 | CONTENT: 1303.6 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3. [CONT.]: 1303.6 Copper or copper - alloy pipe. Joints between copper or copper - alloy pipe or fittings shall be brazed, threaded or welded joints complying with Section 1303.3.",
    "metadata": {
      "section_full": "1303.6",
      "parent_major": "1303",
      "parent_minor": "1303.6",
      "source": "037.txt"
    }
  },
  {
    "id": "1303.7",
    "text": "CONTEXT: 1303 > 1303.7 | CONTENT: 1303.7 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation. [CONT.]: 1303.7 Copper or copper - alloy tubing. Joints between copper or copper - alloy tubing or fittings sha ll be brazed joints complying with Section 1303.3 or flared joints. Flared joints shall be made by a tool designed for that operation.",
    "metadata": {
      "section_full": "1303.7",
      "parent_major": "1303",
      "parent_minor": "1303.7",
      "source": "037.txt"
    }
  },
  {
    "id": "1303.8",
    "text": "CONTEXT: 1303 > 1303.8 | CONTENT: 1303.8 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings. [CONT.]: 1303.8 Nonmetallic pipe. Joints between nonmetallic pipe or fittings shall be installed in accordance with the manufactur er\u2019s instructions for the labeled pipe and fittings.",
    "metadata": {
      "section_full": "1303.8",
      "parent_major": "1303",
      "parent_minor": "1303.8",
      "source": "037.txt"
    }
  },
  {
    "id": "1303.9",
    "text": "CONTEXT: 1303 > 1303.9 | CONTENT: 1303.9 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 . [CONT.]: 1303.9 Steel pipe. Joints between steel pipe or fittings shall be threaded or welded joints complying with Section 1303.3 .",
    "metadata": {
      "section_full": "1303.9",
      "parent_major": "1303",
      "parent_minor": "1303.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1303.11",
    "text": "CONTEXT: 1303 > 1303.11 | CONTENT: 1303.11 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE [CONT.]: 1303.11 Piping protection. Proper allowance shall be made for expansion, contraction, jarring and vibration. Piping other than tubing, connected to underground tanks, except straight fill lines and test wells, shall be arranged to permit the tanks to settle without impairing the ti ghtness of the piping connections. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. Piping that is routed out side of the building or on the roof shall be provided with a protective coating to prevent rust. Supports for such piping shall be made of stainless steel or other corrosion resistive material. SECTION MC 1304 PIPING SUPPORT FUEL - OIL PIPING AND STORAGE",
    "metadata": {
      "section_full": "1303.11",
      "parent_major": "1303",
      "parent_minor": "1303.11",
      "source": "037.txt"
    }
  },
  {
    "id": "1304.1",
    "text": "CONTEXT: 1304 > 1304.1 | CONTENT: 1304.1 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION [CONT.]: 1304.1 General. Pipe supports shall be in accordance with Section 305. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Sections 1305.9.6 and 1305.9.7. SECT ION MC 1305 FUEL - OIL SYSTEM INSTALLATION",
    "metadata": {
      "section_full": "1304.1",
      "parent_major": "1304",
      "parent_minor": "1304.1",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.1",
    "text": "CONTEXT: 1305 > 1305.1 | CONTENT: 1305.1 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section. [CONT.]: 1305.1 General. Fuel - oil piping systems shall be installed in accordance with this section.",
    "metadata": {
      "section_full": "1305.1",
      "parent_major": "1305",
      "parent_minor": "1305.1",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.2",
    "text": "CONTEXT: 1305 > 1305.2 | CONTENT: 1305.2 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.2 Protection of pipe, equipment and appliances. All fuel - oil pipe, equipment and appliances shall be protected from ph ysical damage. Piping serving equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9.",
    "metadata": {
      "section_full": "1305.2",
      "parent_major": "1305",
      "parent_minor": "1305.2",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.2.1",
    "text": "CONTEXT: 1305 > 1305.2 | CONTENT: 1305.2.1 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code . [CONT.]: 1305.2.1 Flood hazard. All fuel - oil pipe, tanks, equipment an d appliances located in flood hazard areas shall comply with Appendix G of the New York City Building Code .",
    "metadata": {
      "section_full": "1305.2.1",
      "parent_major": "1305",
      "parent_minor": "1305.2",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.2.2",
    "text": "CONTEXT: 1305 > 1305.2 | CONTENT: 1305.2.2 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure. [CONT.]: 1305.2.2 Identification of concealed fuel - oil piping. Where horizontal fuel - oil piping is concealed within the building construction, such piping at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction shall be identified by a permanent label or tag. The label or tag shall be located outside of the enclosure.",
    "metadata": {
      "section_full": "1305.2.2",
      "parent_major": "1305",
      "parent_minor": "1305.2",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.3",
    "text": "CONTEXT: 1305 > 1305.3 | CONTENT: 1305.3 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9. [CONT.]: 1305.3 Piping. Piping shall comply with the requirements of Sections 1305.3.1 through 1305.3.9.",
    "metadata": {
      "section_full": "1305.3",
      "parent_major": "1305",
      "parent_minor": "1305.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.3.1",
    "text": "CONTEXT: 1305 > 1305.3 | CONTENT: 1305.3.1 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing. [CONT.]: 1305.3.1 Size. The fuel - oil system shall be sized for the maximum capacity of fuel oil required. The minimum size of a supply line shall be 3 / 8 - inch (9.5 mm) inside diameter nominal pipe or 3 / 8 - inch (9.5 mm) OD tubing.",
    "metadata": {
      "section_full": "1305.3.1",
      "parent_major": "1305",
      "parent_minor": "1305.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.3.2",
    "text": "CONTEXT: 1305 > 1305.3 | CONTENT: 1305.3.2 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank. [CONT.]: 1305.3.2 Connections to tank. Supply piping shall connect to the top of the fuel - oil tank. Exception: Storage tanks in buildings that comply with all of the following conditions: 1. The tank is located above ground on the lowest f loor; 2. The tank does not exceed 330 gallons (1249.2 L); and 3. The tank is provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the tank.",
    "metadata": {
      "section_full": "1305.3.2",
      "parent_major": "1305",
      "parent_minor": "1305.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.3.3",
    "text": "CONTEXT: 1305 > 1305.3 | CONTENT: 1305.3.3 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure. [CONT.]: 1305.3.3 Pumps. Fuel oil shall be supplied by a transfer pump or automatic pum p . 1305.3 .4 Safeties and heat detectors. Appropriate safeties shall be provided so that detection of heat within the generator or equipment room shall prevent additional fuel oil from being pumped into the piping system within such room, including fusible link oper ated valves in the supply pipe at the suction side of the fuel oil transfer pump and in the supply pipe entering the generator, fuel oil burning equipment room or rooftop equipment enclosure.",
    "metadata": {
      "section_full": "1305.3.3",
      "parent_major": "1305",
      "parent_minor": "1305.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.3.5",
    "text": "CONTEXT: 1305 > 1305.3 | CONTENT: 1305.3.5 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable. [CONT.]: 1305.3.5 Horizontal runouts. Horizontal runouts from risers to t he generator or equipment room shall follow as direct a route as practicable.",
    "metadata": {
      "section_full": "1305.3.5",
      "parent_major": "1305",
      "parent_minor": "1305.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.3.6",
    "text": "CONTEXT: 1305 > 1305.3 | CONTENT: 1305.3.6 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9. [CONT.]: 1305.3.6 Supply piping. Supply piping from a transfer pump to appliances at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall als o comply with the requirements of Section 1305.9.",
    "metadata": {
      "section_full": "1305.3.6",
      "parent_major": "1305",
      "parent_minor": "1305.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.3.7",
    "text": "CONTEXT: 1305 > 1305.3 | CONTENT: 1305.3.7 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9. [CONT.]: 1305.3.7 Return piping. In direct feed systems, the minimum size of a return line shall be no less than the size of the supply piping specified in Section 1305.3.1. Valves shall not be installed on return p iping unless a means of relieving overpressure is provided. Return piping serving equipment at levels above the lowest floor in buildings shall also comply with the requirements of Section 1305.9.",
    "metadata": {
      "section_full": "1305.3.7",
      "parent_major": "1305",
      "parent_minor": "1305.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.3.8",
    "text": "CONTEXT: 1305 > 1305.3 | CONTENT: 1305.3.8 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping. [CONT.]: 1305.3.8 Overflow piping. In systems with fuel oil storage tanks above the lowest level, overflow piping from tanks installed above the lowest floor shall be piped by gravity into the top of the tank at the lowest floor that supplies fuel to such tank. The overflow pipe shall be m inimum two pipe sizes larger than fuel oil supply pipe. Valves shall not be installed on overflow piping.",
    "metadata": {
      "section_full": "1305.3.8",
      "parent_major": "1305",
      "parent_minor": "1305.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.3.9",
    "text": "CONTEXT: 1305 > 1305.3 | CONTENT: 1305.3.9 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.3.9 Direct feed. Systems where day tanks are absent (such as generator installations where fuel oil is taken directly from a fuel - oil pipe or hea der into the engine) shall comply with Section 1305.9.12. FUEL - OIL PIPING AND STORAGE",
    "metadata": {
      "section_full": "1305.3.9",
      "parent_major": "1305",
      "parent_minor": "1305.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.5",
    "text": "CONTEXT: 1305 > 1305.5 | CONTENT: 1305.5 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited. [CONT.]: 1305.5 System pressure. The system shall be designed for the maximum pressure required by the fuel - oil - burning appliance. Air or other gases shall not be used to pressurize tanks. P ressure in a storage tank for the purpose of discharging oil shall be prohibited.",
    "metadata": {
      "section_full": "1305.5",
      "parent_major": "1305",
      "parent_minor": "1305.5",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.6",
    "text": "CONTEXT: 1305 > 1305.6 | CONTENT: 1305.6 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6. [CONT.]: 1305.6 Fill piping. Fill piping shall comply with the requirements of Sections 1305.6.1 through 1305.6.6.",
    "metadata": {
      "section_full": "1305.6",
      "parent_major": "1305",
      "parent_minor": "1305.6",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.6.1",
    "text": "CONTEXT: 1305 > 1305.6 | CONTENT: 1305.6.1 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil. [CONT.]: 1305.6.1 Size. Fill piping shall be a minimum of 2 inches ( 50.8 mm) in diameter or 3 inches ( 76.2 mm) for No. 6 fuel oil.",
    "metadata": {
      "section_full": "1305.6.1",
      "parent_major": "1305",
      "parent_minor": "1305.6",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.6.2",
    "text": "CONTEXT: 1305 > 1305.6 | CONTENT: 1305.6.2 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet ( [CONT.]: 1305.6.2 Termination location. A fill pipe shall terminate outside of a building at or above grade at a point not less than 2 feet (609.6 mm) from any building opening and not less than 5 feet (1524 mm) away from any subway grating at the same or lower level. A fill pipe shall terminate in a manner designed to minimize spilling when the filling hose is disconnected. Where No. 6 fuel oil is used, the fill pipe terminal shall be within 3 feet (",
    "metadata": {
      "section_full": "1305.6.2",
      "parent_major": "1305",
      "parent_minor": "1305.6",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.6.3",
    "text": "CONTEXT: 1305 > 1305.6 | CONTENT: 1305.6.3 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed. [CONT.]: 1305.6.3 Separat e fill piping. Each storage tank shall be provided with a separate fill pipe, except that where a battery of tanks containing the same grade of oil is installed, a common fill and header pipe may be installed.",
    "metadata": {
      "section_full": "1305.6.3",
      "parent_major": "1305",
      "parent_minor": "1305.6",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.6.4",
    "text": "CONTEXT: 1305 > 1305.6 | CONTENT: 1305.6.4 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal. [CONT.]: 1305.6.4 Storage tank above the fill terminal. Where the top of the storage tank is above the fill pipe terminal, the fill pipe shall be connected to the top of the tank and provided with one of the following: 1. A shutoff valve and swing check valve located at the fill pipe terminal or installed in an accessible location inside the building at or below the level of the fill pipe terminal. 2. A dry disconnect fitting with a ball and a check valve located at the fill pipe terminal.",
    "metadata": {
      "section_full": "1305.6.4",
      "parent_major": "1305",
      "parent_minor": "1305.6",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.6.5",
    "text": "CONTEXT: 1305 > 1305.6 | CONTENT: 1305.6.5 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil. [CONT.]: 1305.6.5 Terminal opening. The fill opening shall be equipped with a tight metal cover designed to discourage tampering. All fill pipe terminals shall be of an approved type and shall be provided with lugs for embedding in concrete. In lieu of lugs, a set screw or threads to fasten the terminal to the fill pipe may be used. The outer flange of the fill pipe terminal or the seal cap shall be permanently marked: FUEL OIL. The fill pipe terminal shall be right - handed thread or provided with other equivalent means to receive the seal cap . The seal cap shall be suitably slotted for receiving an opening wrench, and an oilproof gasket inserted in a groove in the fill pipe terminal shall be provided so as to make the seal cap leakproof. A strainer shall not be required but if used, shall be o f at least 1 / 8 - inch (3.2 mm) mesh. Where a storage system for volatile flammable oil and a storage system for fuel oil are to be used in the same premises, the terminal of the volatile oil pipe shall be provided with a left - handed thread and the fill pipe fitting shall be of a different size than that required for the fill pipes to the tanks containing the volatile flammable oil.",
    "metadata": {
      "section_full": "1305.6.5",
      "parent_major": "1305",
      "parent_minor": "1305.6",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.6.6",
    "text": "CONTEXT: 1305 > 1305.6 | CONTENT: 1305.6.6 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.6.6 Spill containment. For fill terminal openings serving underground storage tanks greater than 110 gallons (416.4 L) and a bove - ground storage tanks greater than 660 gallons (2498.4 L), an approved overflow/spill containment device shall be provided.",
    "metadata": {
      "section_full": "1305.6.6",
      "parent_major": "1305",
      "parent_minor": "1305.6",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.7",
    "text": "CONTEXT: 1305 > 1305.7 | CONTENT: 1305.7 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9. [CONT.]: 1305.7 Normal vent piping. Normal vent piping shall comply with the requirements of Sections 1305.7.1 through 1305.7.9.",
    "metadata": {
      "section_full": "1305.7",
      "parent_major": "1305",
      "parent_minor": "1305.7",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.7.1",
    "text": "CONTEXT: 1305 > 1305.7 | CONTENT: 1305.7.1 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1) [CONT.]: 1305.7.1 Size. Normal vent sizes shall comply with the sizes listed in Tables 1305.7(1) and 1305.7(2); provided, however, for tanks other than those complying with the alternate tank design and construction standards contained in Section 1305.14, the normal vent s hall not be smaller in size than the fill pipe. TABLE 1305.7(1) VENT PIPING FOR UNDERGROUND TANKS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) FUEL - OIL PIPING AND STORAGE 661 gallons (2505 L) to 3,000 gallons (11 355 L) 1 1 / 2 inch (38.1 mm) 3,001 gallons (11 360 L) to 10,000 gallons (37 850 L) 2 inch ( 50.8 mm) 10,001 gallons (37 855 L) to 20,000 gallons (75 700 L) 2 1 / 2 inch (63.5 mm) Larger than 20,000 gallons (75 700 L) 3 inch (76.2 mm) TABLE 1305.7(2) NORMAL VENT PIPING FOR TANKS INSTALLED INSIDE BUILDINGS TANK SIZE MINIMUM VENT DIAMETER 660 gallons (2498 L) or less 1 1 / 4 inch (31.8 mm) a Larger than 660 gallons (2498.4 L) Sized to prevent abnormal pressure in the tank during filling but not smaller than the pipe size specified in Table 1305.7(1)",
    "metadata": {
      "section_full": "1305.7.1",
      "parent_major": "1305",
      "parent_minor": "1305.7",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.7.2",
    "text": "CONTEXT: 1305 > 1305.7 | CONTENT: 1305.7.2 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet ( [CONT.]: 1305.7.2 Termination location. The location of the normal vent pipe terminations shall comply with the following: 1. Liquid fuel normal vent pipes shall terminate outside of buildings in a nonhazardous location at a point not less than 2 feet (",
    "metadata": {
      "section_full": "1305.7.2",
      "parent_major": "1305",
      "parent_minor": "1305.7",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.7.3",
    "text": "CONTEXT: 1305 > 1305.7 | CONTENT: 1305.7.3 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh. [CONT.]: 1305.7.3 Termination caps. Outer ends of normal vent pip es shall terminate in a weatherproof vent cap or fitting or be provided with a weatherproof hood. All normal vent caps shall have a minimum free open area equal to the cross - sectional area of the normal vent pipe and shall not employ screens finer than No. 4 mesh.",
    "metadata": {
      "section_full": "1305.7.3",
      "parent_major": "1305",
      "parent_minor": "1305.7",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.7.4",
    "text": "CONTEXT: 1305 > 1305.7 | CONTENT: 1305.7.4 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil. [CONT.]: 1305.7.4 Tank pressure. The tank shall be designed for the maximum static head that will be imposed with the normal vent piping filled with oil.",
    "metadata": {
      "section_full": "1305.7.4",
      "parent_major": "1305",
      "parent_minor": "1305.7",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.7.5",
    "text": "CONTEXT: 1305 > 1305.7 | CONTENT: 1305.7.5 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header. [CONT.]: 1305.7.5 Multiple tanks. A normal vent pipe shall be provided for each storage tank. Normal vent pipin g from multiple tanks of the same grade oil with not more than 660 gallons (2498.3 L) aggregate capacity may be combined. Where a battery of storage tanks complying with the alternate tank design and construction standards contained in Section 1305.14 desi gned to hold the same grade of oil with not more than 660 gallons (2498.3 L) aggregate capacity is installed, normal vent pipes may be run into a main header.",
    "metadata": {
      "section_full": "1305.7.5",
      "parent_major": "1305",
      "parent_minor": "1305.7",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.7.6",
    "text": "CONTEXT: 1305 > 1305.7 | CONTENT: 1305.7.6 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect. [CONT.]: 1305.7.6 Pitch. Normal vent pipes shall drain toward the tank. The normal vent pipes shall have n o sags or traps where liquid can collect.",
    "metadata": {
      "section_full": "1305.7.6",
      "parent_major": "1305",
      "parent_minor": "1305.7",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.7.7",
    "text": "CONTEXT: 1305 > 1305.7 | CONTENT: 1305.7.7 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage.4 L), an approved overflow/spill containment device shall be provided. [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.7.7 Protection. Normal vent pipes shall be located so that they are not subjected to physical damage. FUEL - OIL PIPING AND STORAGE",
    "metadata": {
      "section_full": "1305.7.7",
      "parent_major": "1305",
      "parent_minor": "1305.7",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.7.8",
    "text": "CONTEXT: 1305 > 1305.7 | CONTENT: 1305.7.8 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment. [CONT.]: 1305.7.8 Cross - connection. Liquid fuel normal vent pipes shall not be cross - connected with fill pipes, supp ly lines to, or return lines from burners or other fuel - burning equipment.",
    "metadata": {
      "section_full": "1305.7.8",
      "parent_major": "1305",
      "parent_minor": "1305.7",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.7.9",
    "text": "CONTEXT: 1305 > 1305.7 | CONTENT: 1305.7.9 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow. [CONT.]: 1305.7.9 Tanks served by pumps. For tanks on any floor served by pumps, the normal vent shall be connected to the overflow pipe, shall be piped a minimum of 8 feet (2438.4 mm) above the overflow pipe and terminated directly to the outdoors. A l iquid sensor shall be installed in the vent of the remotely served tank in order to shut down oil supply in the event of an overflow.",
    "metadata": {
      "section_full": "1305.7.9",
      "parent_major": "1305",
      "parent_minor": "1305.7",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.8",
    "text": "CONTEXT: 1305 > 1305.8 | CONTENT: 1305.8 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited. [CONT.]: 1305.8 Emergency relief vent piping. Each primary tank, the interstitial space of a secondary containment tank and each compartment of a compartment tank complying with UL 142 shall be provided with emergency relief venting. A tank\u2019s emergency relief vent piping and normal vent piping may be combined. The design and installation of the combined normal and emergency relief vent shall be in accordance with Section 1305.7 and Sections 1305.8.1 through 1305.8.4. Tanks designed in accordance with Section 1305.14 shall not require emergency relief vent piping. T he use of a self - closing manway cover, a manway cover provided with long bolts that permit the cover to lift under internal pressure, or other type of emergency relief vent device inside the building, shall be prohibited.",
    "metadata": {
      "section_full": "1305.8",
      "parent_major": "1305",
      "parent_minor": "1305.8",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.8.1",
    "text": "CONTEXT: 1305 > 1305.8 | CONTENT: 1305.8.1 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors. [CONT.]: 1305.8.1 Piping. The combination n ormal and emergency relief venting shall be provided through an open vent pipe and shall be terminated outdoors.",
    "metadata": {
      "section_full": "1305.8.1",
      "parent_major": "1305",
      "parent_minor": "1305.8",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.8.4",
    "text": "CONTEXT: 1305 > 1305.8 | CONTENT: 1305.8.4 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 Capacity. The total relief venting capacity of the combination normal and emergency relief venti ng shall be in accordance with Section 22.7 of NFPA 30. Construction documents shall include calculations demonstrating that the extension of the normal and emergency vent piping is adequately sized to provide the required emergency vent flow while limitin g the backpressure to less than the maximum pressure permitted by the design of the tank. Additionally, consistent with Section 27.7.3.4 of NFPA 30, where the design provides for a reduction in the required emergency relief venting capacity based upon the properties of the fuel oil to be stored in the tank, the construction documents shall include supporting calculations. [CONT.]: 1305.8.4 31 \u2014 11 Standard for the Installation of Oil - burning Equipment ...................... 801.2.4, 801.18.1, 801.18.2, 901.2, 918.1, ......................................................................................................... 920.2, 1301.2, 1305.15.3, 1305.15.6, 1308.1 32 \u2014 16 Standard for Drycleaning Plants ................................................................................................................... [CONT.]: 1305.8.4 31 \u2014 11 Standard for the Installation of Oil - burning Equipment ...................... 801.2.4, 801.18.1, 801.18.2, 901.2, 918.1, ......................................................................................................... 920.2, 1301.2, 1305.15.3, 1305.15.6, 1308.1 32 \u2014 16 Standard for Drycleaning Plants ................................................................................................................... [CONT.]: 1305.8.4 31 \u2014 11 Standard for the Installation of Oil - burning Equipment ...................... 801.2.4, 801.18.1, 801.18.2, 901.2, 918.1, ......................................................................................................... 920.2, 1301.2, 1305.15.3, 1305.15.6, 1308.1 32 \u2014 16 Standard for Drycleaning Plants ................................................................................................................... [CONT.]: 1305.8.4 31 \u2014 11 Standard for the Installation of Oil - burning Equipment ...................... 801.2.4, 801.18.1, 801.18.2, 901.2, 918.1, ......................................................................................................... 920.2, 1301.2, 1305.15.3, 1305.15.6, 1308.1 32 \u2014 16 Standard for Drycleaning Plants ...................................................................................................................",
    "metadata": {
      "section_full": "1305.8.4",
      "parent_major": "1305",
      "parent_minor": "1305.8",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12. [CONT.]: 1305.9 Supplemental requirements for piping from transfer pumps to appliances or storage tanks above lowest floor. Fuel - oil piping system s utilizing pumps to transfer fuel oil to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings shall comply with the requirements of Sections 1305.9.1 through 1305.9.12.",
    "metadata": {
      "section_full": "1305.9",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9.1",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9.1 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch ( [CONT.]: 1305.9.1 Shaft enclosure. The pip ing from a transfer pump to equipment at levels above the lowest floor or storage tanks at levels above the lowest floor in buildings, the return or overflow piping, and vent piping where required to be connected to the main storage tank shall be enclosed in a shaft constructed of 4 - inch (",
    "metadata": {
      "section_full": "1305.9.1",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "101.6",
    "text": "CONTEXT: 101 > 101.6 | CONTENT: 101.6 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system. [CONT.]: 101.6 mm) clearance from all pipe or pipe covering in accordance with the New York City Building Code . Multiple fuel oil risers serving multiple systems are permitted within a common shaft enclosure. All shaft penetrations shall be fire stopped. Exceptions: 1. An enclosure shall not be required for piping located within the same room as the pump, tank, or equipment where such room is itself enclosed with construction and materials having at least a 2 - hour fire - resistance rating. 2. An enclosure shall not be required for outdoor piping in existing buildings in compliance with Section 1305.9.13. 3. A concrete or masonry shaft enclosure shall not be required for metallic double wall flexible fuel - oil piping installed in a shaft enclosure having a fire - resistance rating of at least 2 - hours and that complies with Sections 703.2 and 708 of the New York City Building Code . [CONT.]: 101.6 mm). Exception: Where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessa ry to ensure the proper flow for the functioning of the system.",
    "metadata": {
      "section_full": "101.6",
      "parent_major": "101",
      "parent_minor": "101.6",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9.2",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9.2 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts. [CONT.]: 1305.9.2 Ducts or other piping in shafts. Pipe shafts containing fuel - oil piping shall not be penetrated by or contain other piping or ducts.",
    "metadata": {
      "section_full": "1305.9.2",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9.3",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9.3 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure. [CONT.]: 1305.9.3 Horizontal offsets. Where it is necessary to make horizontal offsets in the fuel - oil piping and pipe shafts, including the lowest level, su ch piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel. FUEL - OIL PIPING AND STORAGE Exceptions: 1. The containment enclosure may be omitted on horizontal piping along the roof for a maximum length of 72 inches (1828.8 mm) from the enclo sure, tank or the equipment served for hard piped connections and valves as required. 2. The containment enclosure may be omitted where a double metallic wall flexible fuel - oil piping system is installed as a horizontal offset, such pipe system does not ne ed to be enclosed in an additional containment enclosure.",
    "metadata": {
      "section_full": "1305.9.3",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9.3.1",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9.3.1 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof. [CONT.]: 1305.9.3.1 Drainage and leak detection. Horizontal offsets shall be arranged to drain by gravity toward the tank room on the lowest level. Where the length of the horizontal offset exceeds 25 feet ( 7620 mm), the containment enclosure shall be constructed with an integral leakage collection reservoir of a cross - section area equal to the containment enclosure and at a minimum 6 inches (152.4 mm) deep. The reservoir shall be provided with a leak detecti on alarm. Where provided, all leak detection alarms shall be connected to a local audible alarm and to a remote alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. Exception: A leak collection reservoir is not required where double metallic wall flexible fuel - oil piping is installed as a horizontal offset in accordance with Section 1302.9 . 1305.9. 3.2 Size. The containment enclosure shall be two sizes larger than the enclosed pipe for single pipe enclosure s. Enclosures containing multiple pipes shall be sized to provide a minimum 1 / 2 - inch (12.7 mm) clearance around the pipe bundle. 1305 .9.3.3 Fire - resistance rating. In addition to the outer containment enclosure, horizontal piping offsets shall be further e nclosed in construction having a 2 - hour fire - resistance rating. Exceptions: 1. A containment enclosure and 2 - hour fire - resistance - rated enclosure are not required for the pipes serving the equipment or appliance within the room containing the pump, tank, or fuel - burning appliance where such room is itself enclosed with construction a nd materials having at least a 2 - hour fire - resistance - rating . 2. A 2 - hour fire - resistance - rated enclosure is not required for horizontal piping offsets located outside the building or on the roof.",
    "metadata": {
      "section_full": "1305.9.3.1",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9.3.4",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9.3.4 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story. [CONT.]: 1305.9.3.4 Horizontal offsets on roofs. Horizontal offsets on roofs shall be limited to a maximum vertical rise of one story.",
    "metadata": {
      "section_full": "1305.9.3.4",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9.4",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9.4 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. [CONT.]: 1305.9.4 Drain pan at base of shafts with leak detection. A metal drain pan shall be installed at the base of every vertical shaft enclosing the fuel - oil piping. Where the bottom of the sha ft is located outside the fuel oil storage tank room, the drain pan shall be connected to and drained into a containment enclosure at the horizontal offset of fuel - oil piping. On the lowest level in the building, the outer containment of horizontal offsets shall be terminated inside the main storage tank room or transfer pump room. A drain pipe shall be provided from the lowest point in the containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump.",
    "metadata": {
      "section_full": "1305.9.4",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9.5",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9.5 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 Piping materials. Oil lines for appliances, equipment or tanks shall be steel pipe ASTM A 53/A 53M or ASTM A 106, grade B seamless Schedule 40 with welded connections up to the oil tank or equipment, except tha t fittings at the tank or equipment, shutoff valves and other fuel - oil flow and control devices may be screwed or flanged. Exception: Flexible fuel - oil piping systems with continuous vacuum leak detection in accordance with Section 1302.9 . [CONT.]: 1305.9.5 A 106/A106M \u2014 11 Specification for Seamless Carbon Steel Pipe for High - Temperature Service .......................... Table 1202.4, Table 1202.5, Table 1302.3, Table 1302.5, [CONT.]: 1305.9.5 A 126 \u2014 09 Specification for Gray Iron Castings for Valves, Flanges and Pipe Fittings ..................................... Table [CONT.]: 1305.9.5 A 106/A106M \u2014 11 Specification for Seamless Carbon Steel Pipe for High - Temperature Service .......................... Table 1202.4, Table 1202.5, Table 1302.3, Table 1302.5, [CONT.]: 1305.9.5 A 126 \u2014 09 Specification for Gray Iron Castings for Valves, Flanges and Pipe Fittings ..................................... Table [CONT.]: 1305.9.5 A 106/A106M \u2014 11 Specification for Seamless Carbon Steel Pipe for High - Temperature Service .......................... Table 1202.4, Table 1202.5, Table 1302.3, Table 1302.5, [CONT.]: 1305.9.5 A 126 \u2014 09 Specification for Gray Iron Castings for Valves, Flanges and Pipe Fittings ..................................... Table [CONT.]: 1305.9.5 A 106/A106M \u2014 11 Specification for Seamless Carbon Steel Pipe for High - Temperature Service .......................... Table 1202.4, Table 1202.5, Table 1302.3, Table 1302.5, [CONT.]: 1305.9.5 A 126 \u2014 09 Specification for Gray Iron Castings for Valves, Flanges and Pipe Fittings ..................................... Table [CONT.]: 1305.9.5 A 106/A106M \u2014 11 Specification for Seamless Carbon Steel Pipe for High - Temperature Service .......................... Table 1202.4, Table 1202.5, Table 1302.3, Table 1302.5, [CONT.]: 1305.9.5 A 126 \u2014 09 Specification for Gray Iron Castings for Valves, Flanges and Pipe Fittings ..................................... Table [CONT.]: 1305.9.5 A 106/A106M \u2014 11 Specification for Seamless Carbon Steel Pipe for High - Temperature Service .......................... Table 1202.4, Table 1202.5, Table 1302.3, Table 1302.5, [CONT.]: 1305.9.5 A 126 \u2014 09 Specification for Gray Iron Castings for Valves, Flanges and Pipe Fittings ..................................... Table",
    "metadata": {
      "section_full": "1305.9.5",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9.6",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9.6 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints. [CONT.]: 1305.9.6 Expansi on. Provision shall be made for expansion in piping without the use of expansion joints.",
    "metadata": {
      "section_full": "1305.9.6",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9.7",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9.7 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment. [CONT.]: 1305.9.7 Movement and vibration. The piping shall be located and secured from movement so as to prevent undue stress on the piping and to isolate the piping from vibra tions from any equipment.",
    "metadata": {
      "section_full": "1305.9.7",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9.8",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9.8 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor. [CONT.]: 1305.9.8 Connections to header. Pipe connections to the main header (supply or return) shall be made from the top of the header. FUEL - OIL PIPING AND STORAGE Exception: Systems with appliances above the lowest floor where such appliances are designed to opera te utilizing fuel pumped as needed from the lowest floor and without utilizing fuel oil stored via header above the lowest floor.",
    "metadata": {
      "section_full": "1305.9.8",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9.9",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9.9 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code. [CONT.]: 1305.9.9 Vacuum breaking devices. Vacuum breaking devices shall be designed for their required use. Vacuum breaking devices shall be hard - piped to a reservoir with a leak detection alarm, arranged so as to sound an alarm. The alarm shall be connected to a local audible alarm and to a remot e alarm located at a supervising station. The wiring shall comply with the New York City Electrical Code.",
    "metadata": {
      "section_full": "1305.9.9",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9.11",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9.11 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches ( [CONT.]: 1305.9.11 Pipe size; fuel storage tank above the lowest floor. In systems with appliances above the lowest floor where such applia nces are designed to operate utilizing fuel stored above the lowest floor, piping diameters shall not exceed 4 inches (",
    "metadata": {
      "section_full": "1305.9.11",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.9.12",
    "text": "CONTEXT: 1305 > 1305.9 | CONTENT: 1305.9.12 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. FUEL - OIL PIPING AND STORAGE 13. Roof access shall comply with Section 306 .5. 14. Piping shall be identified by a permanent label or tag at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction. Th e label or tag shall be located outside of the enclosure. [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. FUEL - OIL PIPING AND STORAGE 13. Roof access shall comply with Section 306 .5. 14. Piping shall be identified by a permanent label or tag at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction. Th e label or tag shall be located outside of the enclosure. [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. FUEL - OIL PIPING AND STORAGE 13. Roof access shall comply with Section 306 .5. 14. Piping shall be identified by a permanent label or tag at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction. Th e label or tag shall be located outside of the enclosure. [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. FUEL - OIL PIPING AND STORAGE 13. Roof access shall comply with Section 306 .5. 14. Piping shall be identified by a permanent label or tag at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction. Th e label or tag shall be located outside of the enclosure. [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. FUEL - OIL PIPING AND STORAGE 13. Roof access shall comply with Section 306 .5. 14. Piping shall be identified by a permanent label or tag at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction. Th e label or tag shall be located outside of the enclosure. [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. FUEL - OIL PIPING AND STORAGE 13. Roof access shall comply with Section 306 .5. 14. Piping shall be identified by a permanent label or tag at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction. Th e label or tag shall be located outside of the enclosure. [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. FUEL - OIL PIPING AND STORAGE 13. Roof access shall comply with Section 306 .5. 14. Piping shall be identified by a permanent label or tag at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction. Th e label or tag shall be located outside of the enclosure. [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. FUEL - OIL PIPING AND STORAGE 13. Roof access shall comply with Section 306 .5. 14. Piping shall be identified by a permanent label or tag at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction. Th e label or tag shall be located outside of the enclosure. [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. FUEL - OIL PIPING AND STORAGE 13. Roof access shall comply with Section 306 .5. 14. Piping shall be identified by a permanent label or tag at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction. Th e label or tag shall be located outside of the enclosure. [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. FUEL - OIL PIPING AND STORAGE 13. Roof access shall comply with Section 306 .5. 14. Piping shall be identified by a permanent label or tag at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction. Th e label or tag shall be located outside of the enclosure. [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. FUEL - OIL PIPING AND STORAGE 13. Roof access shall comply with Section 306 .5. 14. Piping shall be identified by a permanent label or tag at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction. Th e label or tag shall be located outside of the enclosure. [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. FUEL - OIL PIPING AND STORAGE 13. Roof access shall comply with Section 306 .5. 14. Piping shall be identified by a permanent label or tag at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction. Th e label or tag shall be located outside of the enclosure. [CONT.]: 1305.9.12 Pipe size; direct feed without fuel storage above the lowest floor. In systems with appliances above the lowest floor, where such appliances are designed to operate utilizing fuel pu mped as needed from the lowest floor on demand sequenced with the equipment operation, piping diameters shall not exceed 4 inches (101.6 mm). Piping shall not be used for fuel storage purposes. Exceptions: 1. Piping diameters may exceed 4 inches (101.6 mm) where an applicant demonstrates, by calculations in the construction documents, that a greater diameter is necessary to ensure the proper flow for the functioning of the system. 2. Piping diameters within rooms con taining fuel - burning equipment may exceed the calculated design flow pipe size to provide limited storage to prime equipment, provided such storage is counted toward the maximum permitted oil storage per story, as provided for in Section 1305.11.1.3. \u2021\u2021\u2021 13 05.9.13 Outdoor fuel - oil piping in existing buildings. Outdoor fuel - oil piping in existing buildings, including vertical piping, utilizing pumps to transfer fuel oil to appliances at levels above the lowest floor or to storage tanks at levels above the lowest floor in buildings shall additionally comply with the following: 1. Piping shall be located a minimum of 10 feet (3048 mm) from lot lines or a 2 - hour fire - rated - enclosure shall be provided. 2. Piping shall be located a minimum of 3 feet (914.4 mm) from building openings and combustible construction. 3. Vertical outdoor fuel - oil piping shall be enclosed in a fully welded outer containment of at least No. 10 standard Gage steel sized in accordance with Section 1305.9.3.2. 4. Horizontal outdoor fuel - oil piping shall comply with Section 1305.9.3. 5. In ad dition to the requirement of Section 1305.9.4, a drain pipe shall also be provided from the lowest point in the vertical outdoor containment enclosure to a minimum 55 - gallon (208.2 L) container with a leak detection alarm, arranged so as to sound an alarm and stop the transfer pump. The container may be located immediately inside the building. 6. Materials and supports directly exposed to the weather shall be stainless steel or other corrosion resistive material. 7. Details shall be provided for piping su pports and connections to building structure. 8. Penetrations of building walls shall be encased in a protective pipe sleeve. The annular space between the piping and the sleeve shall be sealed in accordance with the New York City Building Code . 9. Pipin g shall be grounded in accordance with the New York City Electrical Code Section 250.104 (B). 10. Piping shall be protected from vehicle impact and physical damage. 11. Flexible fuel - oil piping systems other than in accordance with Section 1302.9 shall not be utilized. 12. Egress paths shall not be obstructed. FUEL - OIL PIPING AND STORAGE 13. Roof access shall comply with Section 306 .5. 14. Piping shall be identified by a permanent label or tag at intervals not more than 40 feet (12 192 mm) in length and at all changes of direction. Th e label or tag shall be located outside of the enclosure.",
    "metadata": {
      "section_full": "1305.9.12",
      "parent_major": "1305",
      "parent_minor": "1305.9",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.10",
    "text": "CONTEXT: 1305 > 1305.10 | CONTENT: 1305.10 1305.10 Devices to control flow to oil - burning appliances including generators. The following requirements shall apply: 1. The pressure in oil lines to oil - burning appliances located above the lowes t floor of a building shall not be more than is required to circulate oil to and from the burners, and all parts of the oil system shall be capable of withstanding the maximum working pressure in that part of the system. 2. A remote control shall be provid ed to stop the flow of oil to any burner wherever located, and to any oil - burning appliances located on levels above the lowest floor in buildings as well as the fuel oil transfer pumps. Such control shall be located outside the entrance to the room in whi ch the burner is located and as close to such entrance as practicable, except that when an outside location is impracticable, such control may be located immediately inside the room in which the burner is located, provided such location is accessible at al l times. All such controls shall be permanently labeled: \u201cREMOTE CONTROL FOR BURNER,\u201d or as appropriate to the oil - burning appliance. On storage tanks of 60 gallons (227.1 L) or less capacity used with manually operated appliances, such remote control may be installed in the supply lines between tank and burner. 3. In systems where either steam or air is used for atomizing the oil, the oil and the atomizing supply shall be interlocked so that where the supply of either is interrupted, the supply of the othe r will be immediately cut off. [CONT.]: 1305.10 Devices to control flow to oil - burning appliances including generators. The following requirements shall apply: 1. The pressure in oil lines to oil - burning appliances located above the lowes t floor of a building shall not be more than is required to circulate oil to and from the burners, and all parts of the oil system shall be capable of withstanding the maximum working pressure in that part of the system. 2. A remote control shall be provid ed to stop the flow of oil to any burner wherever located, and to any oil - burning appliances located on levels above the lowest floor in buildings as well as the fuel oil transfer pumps. Such control shall be located outside the entrance to the room in whi ch the burner is located and as close to such entrance as practicable, except that when an outside location is impracticable, such control may be located immediately inside the room in which the burner is located, provided such location is accessible at al l times. All such controls shall be permanently labeled: \u201cREMOTE CONTROL FOR BURNER,\u201d or as appropriate to the oil - burning appliance. On storage tanks of 60 gallons (227.1 L) or less capacity used with manually operated appliances, such remote control may be installed in the supply lines between tank and burner. 3. In systems where either steam or air is used for atomizing the oil, the oil and the atomizing supply shall be interlocked so that where the supply of either is interrupted, the supply of the othe r will be immediately cut off. [CONT.]: 1305.10 Devices to control flow to oil - burning appliances including generators. The following requirements shall apply: 1. The pressure in oil lines to oil - burning appliances located above the lowes t floor of a building shall not be more than is required to circulate oil to and from the burners, and all parts of the oil system shall be capable of withstanding the maximum working pressure in that part of the system. 2. A remote control shall be provid ed to stop the flow of oil to any burner wherever located, and to any oil - burning appliances located on levels above the lowest floor in buildings as well as the fuel oil transfer pumps. Such control shall be located outside the entrance to the room in whi ch the burner is located and as close to such entrance as practicable, except that when an outside location is impracticable, such control may be located immediately inside the room in which the burner is located, provided such location is accessible at al l times. All such controls shall be permanently labeled: \u201cREMOTE CONTROL FOR BURNER,\u201d or as appropriate to the oil - burning appliance. On storage tanks of 60 gallons (227.1 L) or less capacity used with manually operated appliances, such remote control may be installed in the supply lines between tank and burner. 3. In systems where either steam or air is used for atomizing the oil, the oil and the atomizing supply shall be interlocked so that where the supply of either is interrupted, the supply of the othe r will be immediately cut off. [CONT.]: 1305.10 Devices to control flow to oil - burning appliances including generators. The following requirements shall apply: 1. The pressure in oil lines to oil - burning appliances located above the lowes t floor of a building shall not be more than is required to circulate oil to and from the burners, and all parts of the oil system shall be capable of withstanding the maximum working pressure in that part of the system. 2. A remote control shall be provid ed to stop the flow of oil to any burner wherever located, and to any oil - burning appliances located on levels above the lowest floor in buildings as well as the fuel oil transfer pumps. Such control shall be located outside the entrance to the room in whi ch the burner is located and as close to such entrance as practicable, except that when an outside location is impracticable, such control may be located immediately inside the room in which the burner is located, provided such location is accessible at al l times. All such controls shall be permanently labeled: \u201cREMOTE CONTROL FOR BURNER,\u201d or as appropriate to the oil - burning appliance. On storage tanks of 60 gallons (227.1 L) or less capacity used with manually operated appliances, such remote control may be installed in the supply lines between tank and burner. 3. In systems where either steam or air is used for atomizing the oil, the oil and the atomizing supply shall be interlocked so that where the supply of either is interrupted, the supply of the othe r will be immediately cut off. [CONT.]: 1305.10 Devices to control flow to oil - burning appliances including generators. The following requirements shall apply: 1. The pressure in oil lines to oil - burning appliances located above the lowes t floor of a building shall not be more than is required to circulate oil to and from the burners, and all parts of the oil system shall be capable of withstanding the maximum working pressure in that part of the system. 2. A remote control shall be provid ed to stop the flow of oil to any burner wherever located, and to any oil - burning appliances located on levels above the lowest floor in buildings as well as the fuel oil transfer pumps. Such control shall be located outside the entrance to the room in whi ch the burner is located and as close to such entrance as practicable, except that when an outside location is impracticable, such control may be located immediately inside the room in which the burner is located, provided such location is accessible at al l times. All such controls shall be permanently labeled: \u201cREMOTE CONTROL FOR BURNER,\u201d or as appropriate to the oil - burning appliance. On storage tanks of 60 gallons (227.1 L) or less capacity used with manually operated appliances, such remote control may be installed in the supply lines between tank and burner. 3. In systems where either steam or air is used for atomizing the oil, the oil and the atomizing supply shall be interlocked so that where the supply of either is interrupted, the supply of the othe r will be immediately cut off. [CONT.]: 1305.10 Devices to control flow to oil - burning appliances including generators. The following requirements shall apply: 1. The pressure in oil lines to oil - burning appliances located above the lowes t floor of a building shall not be more than is required to circulate oil to and from the burners, and all parts of the oil system shall be capable of withstanding the maximum working pressure in that part of the system. 2. A remote control shall be provid ed to stop the flow of oil to any burner wherever located, and to any oil - burning appliances located on levels above the lowest floor in buildings as well as the fuel oil transfer pumps. Such control shall be located outside the entrance to the room in whi ch the burner is located and as close to such entrance as practicable, except that when an outside location is impracticable, such control may be located immediately inside the room in which the burner is located, provided such location is accessible at al l times. All such controls shall be permanently labeled: \u201cREMOTE CONTROL FOR BURNER,\u201d or as appropriate to the oil - burning appliance. On storage tanks of 60 gallons (227.1 L) or less capacity used with manually operated appliances, such remote control may be installed in the supply lines between tank and burner. 3. In systems where either steam or air is used for atomizing the oil, the oil and the atomizing supply shall be interlocked so that where the supply of either is interrupted, the supply of the othe r will be immediately cut off. [CONT.]: 1305.10 Devices to control flow to oil - burning appliances including generators. The following requirements shall apply: 1. The pressure in oil lines to oil - burning appliances located above the lowes t floor of a building shall not be more than is required to circulate oil to and from the burners, and all parts of the oil system shall be capable of withstanding the maximum working pressure in that part of the system. 2. A remote control shall be provid ed to stop the flow of oil to any burner wherever located, and to any oil - burning appliances located on levels above the lowest floor in buildings as well as the fuel oil transfer pumps. Such control shall be located outside the entrance to the room in whi ch the burner is located and as close to such entrance as practicable, except that when an outside location is impracticable, such control may be located immediately inside the room in which the burner is located, provided such location is accessible at al l times. All such controls shall be permanently labeled: \u201cREMOTE CONTROL FOR BURNER,\u201d or as appropriate to the oil - burning appliance. On storage tanks of 60 gallons (227.1 L) or less capacity used with manually operated appliances, such remote control may be installed in the supply lines between tank and burner. 3. In systems where either steam or air is used for atomizing the oil, the oil and the atomizing supply shall be interlocked so that where the supply of either is interrupted, the supply of the othe r will be immediately cut off. [CONT.]: 1305.10 Devices to control flow to oil - burning appliances including generators. The following requirements shall apply: 1. The pressure in oil lines to oil - burning appliances located above the lowes t floor of a building shall not be more than is required to circulate oil to and from the burners, and all parts of the oil system shall be capable of withstanding the maximum working pressure in that part of the system. 2. A remote control shall be provid ed to stop the flow of oil to any burner wherever located, and to any oil - burning appliances located on levels above the lowest floor in buildings as well as the fuel oil transfer pumps. Such control shall be located outside the entrance to the room in whi ch the burner is located and as close to such entrance as practicable, except that when an outside location is impracticable, such control may be located immediately inside the room in which the burner is located, provided such location is accessible at al l times. All such controls shall be permanently labeled: \u201cREMOTE CONTROL FOR BURNER,\u201d or as appropriate to the oil - burning appliance. On storage tanks of 60 gallons (227.1 L) or less capacity used with manually operated appliances, such remote control may be installed in the supply lines between tank and burner. 3. In systems where either steam or air is used for atomizing the oil, the oil and the atomizing supply shall be interlocked so that where the supply of either is interrupted, the supply of the othe r will be immediately cut off. [CONT.]: 1305.10 Devices to control flow to oil - burning appliances including generators. The following requirements shall apply: 1. The pressure in oil lines to oil - burning appliances located above the lowes t floor of a building shall not be more than is required to circulate oil to and from the burners, and all parts of the oil system shall be capable of withstanding the maximum working pressure in that part of the system. 2. A remote control shall be provid ed to stop the flow of oil to any burner wherever located, and to any oil - burning appliances located on levels above the lowest floor in buildings as well as the fuel oil transfer pumps. Such control shall be located outside the entrance to the room in whi ch the burner is located and as close to such entrance as practicable, except that when an outside location is impracticable, such control may be located immediately inside the room in which the burner is located, provided such location is accessible at al l times. All such controls shall be permanently labeled: \u201cREMOTE CONTROL FOR BURNER,\u201d or as appropriate to the oil - burning appliance. On storage tanks of 60 gallons (227.1 L) or less capacity used with manually operated appliances, such remote control may be installed in the supply lines between tank and burner. 3. In systems where either steam or air is used for atomizing the oil, the oil and the atomizing supply shall be interlocked so that where the supply of either is interrupted, the supply of the othe r will be immediately cut off. [CONT.]: 1305.10 Devices to control flow to oil - burning appliances including generators. The following requirements shall apply: 1. The pressure in oil lines to oil - burning appliances located above the lowes t floor of a building shall not be more than is required to circulate oil to and from the burners, and all parts of the oil system shall be capable of withstanding the maximum working pressure in that part of the system. 2. A remote control shall be provid ed to stop the flow of oil to any burner wherever located, and to any oil - burning appliances located on levels above the lowest floor in buildings as well as the fuel oil transfer pumps. Such control shall be located outside the entrance to the room in whi ch the burner is located and as close to such entrance as practicable, except that when an outside location is impracticable, such control may be located immediately inside the room in which the burner is located, provided such location is accessible at al l times. All such controls shall be permanently labeled: \u201cREMOTE CONTROL FOR BURNER,\u201d or as appropriate to the oil - burning appliance. On storage tanks of 60 gallons (227.1 L) or less capacity used with manually operated appliances, such remote control may be installed in the supply lines between tank and burner. 3. In systems where either steam or air is used for atomizing the oil, the oil and the atomizing supply shall be interlocked so that where the supply of either is interrupted, the supply of the othe r will be immediately cut off. [CONT.]: 1305.10 Devices to control flow to oil - burning appliances including generators. The following requirements shall apply: 1. The pressure in oil lines to oil - burning appliances located above the lowes t floor of a building shall not be more than is required to circulate oil to and from the burners, and all parts of the oil system shall be capable of withstanding the maximum working pressure in that part of the system. 2. A remote control shall be provid ed to stop the flow of oil to any burner wherever located, and to any oil - burning appliances located on levels above the lowest floor in buildings as well as the fuel oil transfer pumps. Such control shall be located outside the entrance to the room in whi ch the burner is located and as close to such entrance as practicable, except that when an outside location is impracticable, such control may be located immediately inside the room in which the burner is located, provided such location is accessible at al l times. All such controls shall be permanently labeled: \u201cREMOTE CONTROL FOR BURNER,\u201d or as appropriate to the oil - burning appliance. On storage tanks of 60 gallons (227.1 L) or less capacity used with manually operated appliances, such remote control may be installed in the supply lines between tank and burner. 3. In systems where either steam or air is used for atomizing the oil, the oil and the atomizing supply shall be interlocked so that where the supply of either is interrupted, the supply of the othe r will be immediately cut off. [CONT.]: 1305.10 Devices to control flow to oil - burning appliances including generators. The following requirements shall apply: 1. The pressure in oil lines to oil - burning appliances located above the lowes t floor of a building shall not be more than is required to circulate oil to and from the burners, and all parts of the oil system shall be capable of withstanding the maximum working pressure in that part of the system. 2. A remote control shall be provid ed to stop the flow of oil to any burner wherever located, and to any oil - burning appliances located on levels above the lowest floor in buildings as well as the fuel oil transfer pumps. Such control shall be located outside the entrance to the room in whi ch the burner is located and as close to such entrance as practicable, except that when an outside location is impracticable, such control may be located immediately inside the room in which the burner is located, provided such location is accessible at al l times. All such controls shall be permanently labeled: \u201cREMOTE CONTROL FOR BURNER,\u201d or as appropriate to the oil - burning appliance. On storage tanks of 60 gallons (227.1 L) or less capacity used with manually operated appliances, such remote control may be installed in the supply lines between tank and burner. 3. In systems where either steam or air is used for atomizing the oil, the oil and the atomizing supply shall be interlocked so that where the supply of either is interrupted, the supply of the othe r will be immediately cut off. [CONT.]: 1305.10 Devices to control flow to oil - burning appliances including generators. The following requirements shall apply: 1. The pressure in oil lines to oil - burning appliances located above the lowes t floor of a building shall not be more than is required to circulate oil to and from the burners, and all parts of the oil system shall be capable of withstanding the maximum working pressure in that part of the system. 2. A remote control shall be provid ed to stop the flow of oil to any burner wherever located, and to any oil - burning appliances located on levels above the lowest floor in buildings as well as the fuel oil transfer pumps. Such control shall be located outside the entrance to the room in whi ch the burner is located and as close to such entrance as practicable, except that when an outside location is impracticable, such control may be located immediately inside the room in which the burner is located, provided such location is accessible at al l times. All such controls shall be permanently labeled: \u201cREMOTE CONTROL FOR BURNER,\u201d or as appropriate to the oil - burning appliance. On storage tanks of 60 gallons (227.1 L) or less capacity used with manually operated appliances, such remote control may be installed in the supply lines between tank and burner. 3. In systems where either steam or air is used for atomizing the oil, the oil and the atomizing supply shall be interlocked so that where the supply of either is interrupted, the supply of the othe r will be immediately cut off.",
    "metadata": {
      "section_full": "1305.10",
      "parent_major": "1305",
      "parent_minor": "1305.10",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.11",
    "text": "CONTEXT: 1305 > 1305.11 | CONTENT: 1305.11 1305.11 Limitations on quantities of fuel - oil storage. Quantities of fuel - oil storage shall be limited in accordance with the provisions of this section. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings and located on the floor to which they are adjacent. [CONT.]: 1305.11 Limitations on quantities of fuel - oil storage. Quantities of fuel - oil storage shall be limited in accordance with the provisions of this section. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings and located on the floor to which they are adjacent. [CONT.]: 1305.11 Limitations on quantities of fuel - oil storage. Quantities of fuel - oil storage shall be limited in accordance with the provisions of this section. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings and located on the floor to which they are adjacent. [CONT.]: 1305.11 Limitations on quantities of fuel - oil storage. Quantities of fuel - oil storage shall be limited in accordance with the provisions of this section. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings and located on the floor to which they are adjacent. [CONT.]: 1305.11 Limitations on quantities of fuel - oil storage. Quantities of fuel - oil storage shall be limited in accordance with the provisions of this section. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings and located on the floor to which they are adjacent. [CONT.]: 1305.11 Limitations on quantities of fuel - oil storage. Quantities of fuel - oil storage shall be limited in accordance with the provisions of this section. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings and located on the floor to which they are adjacent. [CONT.]: 1305.11 Limitations on quantities of fuel - oil storage. Quantities of fuel - oil storage shall be limited in accordance with the provisions of this section. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings and located on the floor to which they are adjacent. [CONT.]: 1305.11 Limitations on quantities of fuel - oil storage. Quantities of fuel - oil storage shall be limited in accordance with the provisions of this section. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings and located on the floor to which they are adjacent. [CONT.]: 1305.11 Limitations on quantities of fuel - oil storage. Quantities of fuel - oil storage shall be limited in accordance with the provisions of this section. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings and located on the floor to which they are adjacent. [CONT.]: 1305.11 Limitations on quantities of fuel - oil storage. Quantities of fuel - oil storage shall be limited in accordance with the provisions of this section. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings and located on the floor to which they are adjacent. [CONT.]: 1305.11 Limitations on quantities of fuel - oil storage. Quantities of fuel - oil storage shall be limited in accordance with the provisions of this section. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings and located on the floor to which they are adjacent. [CONT.]: 1305.11 Limitations on quantities of fuel - oil storage. Quantities of fuel - oil storage shall be limited in accordance with the provisions of this section. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings and located on the floor to which they are adjacent. [CONT.]: 1305.11 Limitations on quantities of fuel - oil storage. Quantities of fuel - oil storage shall be limited in accordance with the provisions of this section. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings and located on the floor to which they are adjacent.",
    "metadata": {
      "section_full": "1305.11",
      "parent_major": "1305",
      "parent_minor": "1305.11",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.11.1",
    "text": "CONTEXT: 1305 > 1305.11 | CONTENT: 1305.11.1 1305.11.1 Inside of buildings. A total of not more than 100,000 gallons (378 541.2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections [CONT.]: 1305.11.1 Inside of buildings. A total of not more than 100,000 gallons (378 541.2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections [CONT.]: 1305.11.1 Inside of buildings. A total of not more than 100,000 gallons (378 541.2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections [CONT.]: 1305.11.1 Inside of buildings. A total of not more than 100,000 gallons (378 541.2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections [CONT.]: 1305.11.1 Inside of buildings. A total of not more than 100,000 gallons (378 541.2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections [CONT.]: 1305.11.1 Inside of buildings. A total of not more than 100,000 gallons (378 541.2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections [CONT.]: 1305.11.1 Inside of buildings. A total of not more than 100,000 gallons (378 541.2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections [CONT.]: 1305.11.1 Inside of buildings. A total of not more than 100,000 gallons (378 541.2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections [CONT.]: 1305.11.1 Inside of buildings. A total of not more than 100,000 gallons (378 541.2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections [CONT.]: 1305.11.1 Inside of buildings. A total of not more than 100,000 gallons (378 541.2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections [CONT.]: 1305.11.1 Inside of buildings. A total of not more than 100,000 gallons (378 541.2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections [CONT.]: 1305.11.1 Inside of buildings. A total of not more than 100,000 gallons (378 541.2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections [CONT.]: 1305.11.1 Inside of buildings. A total of not more than 100,000 gallons (378 541.2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections",
    "metadata": {
      "section_full": "1305.11.1",
      "parent_major": "1305",
      "parent_minor": "1305.11",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.11.1.1",
    "text": "CONTEXT: 1305 > 1305.11 | CONTENT: 1305.11.1.1 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021 [CONT.]: 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021 [CONT.]: 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021 [CONT.]: 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021 [CONT.]: 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021 [CONT.]: 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021 [CONT.]: 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021 [CONT.]: 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021 [CONT.]: 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021 [CONT.]: 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021 [CONT.]: 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021 [CONT.]: 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021 [CONT.]: 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021 [CONT.]: 1305.11.1.1 Inside of buildings; below ground. The maximum size of each below - ground oil - storage tank inside of a building shall be 35,000 gallons (132 489.4 L). \u2021\u2021\u2021",
    "metadata": {
      "section_full": "1305.11.1.1",
      "parent_major": "1305",
      "parent_minor": "1305.11",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.11.1.2",
    "text": "CONTEXT: 1305 > 1305.11 | CONTENT: 1305.11.1.2 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier 2 L) shall be stored inside of any building. Oil storage inside of buildings shall also comply with applicable requirements of Sections [CONT.]: 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier FUEL - OIL PIPING AND STORAGE construction of not less than 3 hours shall be permitted to serve as a wall of the vault. The vault shall be located in a dedicated room or area of the building that is cut off vertically and horizontally from other areas and floors of the building by assemblies having a fire and smoke barrier construction of not less than 2 hours. Where the aggregate f uel - oil storage on the lowest level of the building exceeds 50,000 gallons (189 270.6 L), such storage shall be protected with an alternate extinguishing system complying with the New York City Fire Code and Section 904 of the New York City Building Code. [CONT.]: 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier FUEL - OIL PIPING AND STORAGE construction of not less than 3 hours shall be permitted to serve as a wall of the vault. The vault shall be located in a dedicated room or area of the building that is cut off vertically and horizontally from other areas and floors of the building by assemblies having a fire and smoke barrier construction of not less than 2 hours. Where the aggregate f uel - oil storage on the lowest level of the building exceeds 50,000 gallons (189 270.6 L), such storage shall be protected with an alternate extinguishing system complying with the New York City Fire Code and Section 904 of the New York City Building Code. [CONT.]: 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier FUEL - OIL PIPING AND STORAGE construction of not less than 3 hours shall be permitted to serve as a wall of the vault. The vault shall be located in a dedicated room or area of the building that is cut off vertically and horizontally from other areas and floors of the building by assemblies having a fire and smoke barrier construction of not less than 2 hours. Where the aggregate f uel - oil storage on the lowest level of the building exceeds 50,000 gallons (189 270.6 L), such storage shall be protected with an alternate extinguishing system complying with the New York City Fire Code and Section 904 of the New York City Building Code. [CONT.]: 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier FUEL - OIL PIPING AND STORAGE construction of not less than 3 hours shall be permitted to serve as a wall of the vault. The vault shall be located in a dedicated room or area of the building that is cut off vertically and horizontally from other areas and floors of the building by assemblies having a fire and smoke barrier construction of not less than 2 hours. Where the aggregate f uel - oil storage on the lowest level of the building exceeds 50,000 gallons (189 270.6 L), such storage shall be protected with an alternate extinguishing system complying with the New York City Fire Code and Section 904 of the New York City Building Code. [CONT.]: 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier FUEL - OIL PIPING AND STORAGE construction of not less than 3 hours shall be permitted to serve as a wall of the vault. The vault shall be located in a dedicated room or area of the building that is cut off vertically and horizontally from other areas and floors of the building by assemblies having a fire and smoke barrier construction of not less than 2 hours. Where the aggregate f uel - oil storage on the lowest level of the building exceeds 50,000 gallons (189 270.6 L), such storage shall be protected with an alternate extinguishing system complying with the New York City Fire Code and Section 904 of the New York City Building Code. [CONT.]: 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier FUEL - OIL PIPING AND STORAGE construction of not less than 3 hours shall be permitted to serve as a wall of the vault. The vault shall be located in a dedicated room or area of the building that is cut off vertically and horizontally from other areas and floors of the building by assemblies having a fire and smoke barrier construction of not less than 2 hours. Where the aggregate f uel - oil storage on the lowest level of the building exceeds 50,000 gallons (189 270.6 L), such storage shall be protected with an alternate extinguishing system complying with the New York City Fire Code and Section 904 of the New York City Building Code. [CONT.]: 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier FUEL - OIL PIPING AND STORAGE construction of not less than 3 hours shall be permitted to serve as a wall of the vault. The vault shall be located in a dedicated room or area of the building that is cut off vertically and horizontally from other areas and floors of the building by assemblies having a fire and smoke barrier construction of not less than 2 hours. Where the aggregate f uel - oil storage on the lowest level of the building exceeds 50,000 gallons (189 270.6 L), such storage shall be protected with an alternate extinguishing system complying with the New York City Fire Code and Section 904 of the New York City Building Code. [CONT.]: 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier FUEL - OIL PIPING AND STORAGE construction of not less than 3 hours shall be permitted to serve as a wall of the vault. The vault shall be located in a dedicated room or area of the building that is cut off vertically and horizontally from other areas and floors of the building by assemblies having a fire and smoke barrier construction of not less than 2 hours. Where the aggregate f uel - oil storage on the lowest level of the building exceeds 50,000 gallons (189 270.6 L), such storage shall be protected with an alternate extinguishing system complying with the New York City Fire Code and Section 904 of the New York City Building Code. [CONT.]: 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier FUEL - OIL PIPING AND STORAGE construction of not less than 3 hours shall be permitted to serve as a wall of the vault. The vault shall be located in a dedicated room or area of the building that is cut off vertically and horizontally from other areas and floors of the building by assemblies having a fire and smoke barrier construction of not less than 2 hours. Where the aggregate f uel - oil storage on the lowest level of the building exceeds 50,000 gallons (189 270.6 L), such storage shall be protected with an alternate extinguishing system complying with the New York City Fire Code and Section 904 of the New York City Building Code. [CONT.]: 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier FUEL - OIL PIPING AND STORAGE construction of not less than 3 hours shall be permitted to serve as a wall of the vault. The vault shall be located in a dedicated room or area of the building that is cut off vertically and horizontally from other areas and floors of the building by assemblies having a fire and smoke barrier construction of not less than 2 hours. Where the aggregate f uel - oil storage on the lowest level of the building exceeds 50,000 gallons (189 270.6 L), such storage shall be protected with an alternate extinguishing system complying with the New York City Fire Code and Section 904 of the New York City Building Code. [CONT.]: 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier FUEL - OIL PIPING AND STORAGE construction of not less than 3 hours shall be permitted to serve as a wall of the vault. The vault shall be located in a dedicated room or area of the building that is cut off vertically and horizontally from other areas and floors of the building by assemblies having a fire and smoke barrier construction of not less than 2 hours. Where the aggregate f uel - oil storage on the lowest level of the building exceeds 50,000 gallons (189 270.6 L), such storage shall be protected with an alternate extinguishing system complying with the New York City Fire Code and Section 904 of the New York City Building Code. [CONT.]: 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier FUEL - OIL PIPING AND STORAGE construction of not less than 3 hours shall be permitted to serve as a wall of the vault. The vault shall be located in a dedicated room or area of the building that is cut off vertically and horizontally from other areas and floors of the building by assemblies having a fire and smoke barrier construction of not less than 2 hours. Where the aggregate f uel - oil storage on the lowest level of the building exceeds 50,000 gallons (189 270.6 L), such storage shall be protected with an alternate extinguishing system complying with the New York City Fire Code and Section 904 of the New York City Building Code. [CONT.]: 1305.11.1.2 Inside of buildings; above ground on the lowest floor. Fuel - oil storage tanks installed above ground on the lowest floor of a building shall be mounted on and anchored by adequate noncombustible supports. The maximum size of each individual tan k shall be 660 gallons (2498.4 L), and a total of not more than 1 , 375 gallons (5204.9 L) shall be stored within the same 2 - hour fire and smoke barrier construction. Exceptions: Fuel - oil storage tanks shall be permitted to exceed 660 gallons (2498.4 L), and the total quantity within a fire area shall be permitted to exceed 1,375 gallons (5204.9 L) in accordance with any one of the following options: 1. Buildings of Type I, II, IIIA, IV or VA construction with a total limit of 15,000 gallons (56 781.1 L). The maximum size of each individual tank shall be 15,000 gallons (56 781.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of at least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 15,000 gallons (56 781.1 L). 2. Buildings of Type IIIB or VB construction with a total limit of 10,000 gallons (37 854.1 L). Th e maximum size of each individual tank shall be 10,000 gallons (37 854.1 L) provided that all such tanks are located in a room or enclosure dedicated to oil storage that is separated from the rest of the building by fire and smoke barrier construction of a t least 3 hours. Notwithstanding Section 1305.11.1, in such cases, the maximum total quantity in the building shall be limited to 10,000 gallons (37 854.1 L). 3. Buildings of any type construction with a total limit of 100,000 gallons (378 541.8 L). The ma ximum size of each individual tank shall be 25,000 gallons (94 635.3 L) provided that all such tanks are enclosed in a vault (i) with walls, floor, and top having a fire and smoke barrier construction of not less than 3 hours, (ii) with such walls bonded t o the floor, and (iii) with such top and walls of the vault independent of the building structure. An exterior building wall having a fire and smoke barrier FUEL - OIL PIPING AND STORAGE construction of not less than 3 hours shall be permitted to serve as a wall of the vault. The vault shall be located in a dedicated room or area of the building that is cut off vertically and horizontally from other areas and floors of the building by assemblies having a fire and smoke barrier construction of not less than 2 hours. Where the aggregate f uel - oil storage on the lowest level of the building exceeds 50,000 gallons (189 270.6 L), such storage shall be protected with an alternate extinguishing system complying with the New York City Fire Code and Section 904 of the New York City Building Code.",
    "metadata": {
      "section_full": "1305.11.1.2",
      "parent_major": "1305",
      "parent_minor": "1305.11",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.11.1.3",
    "text": "CONTEXT: 1305 > 1305.11 | CONTENT: 1305.11.1.3 1305.11.1.3 Inside of buildings; above the lowest floor. Fuel oil above the lowest floor inside of a building shall be limited to 330 gallons (1249.1 L) per story. The maximum quantity shall include oversized piping as described in Section 1305.9.12. Pipin g installations shall comply with the requirements of Section 1305.9. Exception: Fuel - oil storage capacity in special flood hazard areas and shaded X - Zones, as defined in Chapter 2 of the New York City Building Code , shall comply with Section G307.4 of App endix G of the New York City Building Code. [CONT.]: 1305.11.1.3 Inside of buildings; above the lowest floor. Fuel oil above the lowest floor inside of a building shall be limited to 330 gallons (1249.1 L) per story. The maximum quantity shall include oversized piping as described in Section 1305.9.12. Pipin g installations shall comply with the requirements of Section 1305.9. Exception: Fuel - oil storage capacity in special flood hazard areas and shaded X - Zones, as defined in Chapter 2 of the New York City Building Code , shall comply with Section G307.4 of App endix G of the New York City Building Code. [CONT.]: 1305.11.1.3 Inside of buildings; above the lowest floor. Fuel oil above the lowest floor inside of a building shall be limited to 330 gallons (1249.1 L) per story. The maximum quantity shall include oversized piping as described in Section 1305.9.12. Pipin g installations shall comply with the requirements of Section 1305.9. Exception: Fuel - oil storage capacity in special flood hazard areas and shaded X - Zones, as defined in Chapter 2 of the New York City Building Code , shall comply with Section G307.4 of App endix G of the New York City Building Code. [CONT.]: 1305.11.1.3 Inside of buildings; above the lowest floor. Fuel oil above the lowest floor inside of a building shall be limited to 330 gallons (1249.1 L) per story. The maximum quantity shall include oversized piping as described in Section 1305.9.12. Pipin g installations shall comply with the requirements of Section 1305.9. Exception: Fuel - oil storage capacity in special flood hazard areas and shaded X - Zones, as defined in Chapter 2 of the New York City Building Code , shall comply with Section G307.4 of App endix G of the New York City Building Code. [CONT.]: 1305.11.1.3 Inside of buildings; above the lowest floor. Fuel oil above the lowest floor inside of a building shall be limited to 330 gallons (1249.1 L) per story. The maximum quantity shall include oversized piping as described in Section 1305.9.12. Pipin g installations shall comply with the requirements of Section 1305.9. Exception: Fuel - oil storage capacity in special flood hazard areas and shaded X - Zones, as defined in Chapter 2 of the New York City Building Code , shall comply with Section G307.4 of App endix G of the New York City Building Code. [CONT.]: 1305.11.1.3 Inside of buildings; above the lowest floor. Fuel oil above the lowest floor inside of a building shall be limited to 330 gallons (1249.1 L) per story. The maximum quantity shall include oversized piping as described in Section 1305.9.12. Pipin g installations shall comply with the requirements of Section 1305.9. Exception: Fuel - oil storage capacity in special flood hazard areas and shaded X - Zones, as defined in Chapter 2 of the New York City Building Code , shall comply with Section G307.4 of App endix G of the New York City Building Code. [CONT.]: 1305.11.1.3 Inside of buildings; above the lowest floor. Fuel oil above the lowest floor inside of a building shall be limited to 330 gallons (1249.1 L) per story. The maximum quantity shall include oversized piping as described in Section 1305.9.12. Pipin g installations shall comply with the requirements of Section 1305.9. Exception: Fuel - oil storage capacity in special flood hazard areas and shaded X - Zones, as defined in Chapter 2 of the New York City Building Code , shall comply with Section G307.4 of App endix G of the New York City Building Code. [CONT.]: 1305.11.1.3 Inside of buildings; above the lowest floor. Fuel oil above the lowest floor inside of a building shall be limited to 330 gallons (1249.1 L) per story. The maximum quantity shall include oversized piping as described in Section 1305.9.12. Pipin g installations shall comply with the requirements of Section 1305.9. Exception: Fuel - oil storage capacity in special flood hazard areas and shaded X - Zones, as defined in Chapter 2 of the New York City Building Code , shall comply with Section G307.4 of App endix G of the New York City Building Code. [CONT.]: 1305.11.1.3 Inside of buildings; above the lowest floor. Fuel oil above the lowest floor inside of a building shall be limited to 330 gallons (1249.1 L) per story. The maximum quantity shall include oversized piping as described in Section 1305.9.12. Pipin g installations shall comply with the requirements of Section 1305.9. Exception: Fuel - oil storage capacity in special flood hazard areas and shaded X - Zones, as defined in Chapter 2 of the New York City Building Code , shall comply with Section G307.4 of App endix G of the New York City Building Code. [CONT.]: 1305.11.1.3 Inside of buildings; above the lowest floor. Fuel oil above the lowest floor inside of a building shall be limited to 330 gallons (1249.1 L) per story. The maximum quantity shall include oversized piping as described in Section 1305.9.12. Pipin g installations shall comply with the requirements of Section 1305.9. Exception: Fuel - oil storage capacity in special flood hazard areas and shaded X - Zones, as defined in Chapter 2 of the New York City Building Code , shall comply with Section G307.4 of App endix G of the New York City Building Code. [CONT.]: 1305.11.1.3 Inside of buildings; above the lowest floor. Fuel oil above the lowest floor inside of a building shall be limited to 330 gallons (1249.1 L) per story. The maximum quantity shall include oversized piping as described in Section 1305.9.12. Pipin g installations shall comply with the requirements of Section 1305.9. Exception: Fuel - oil storage capacity in special flood hazard areas and shaded X - Zones, as defined in Chapter 2 of the New York City Building Code , shall comply with Section G307.4 of App endix G of the New York City Building Code. [CONT.]: 1305.11.1.3 Inside of buildings; above the lowest floor. Fuel oil above the lowest floor inside of a building shall be limited to 330 gallons (1249.1 L) per story. The maximum quantity shall include oversized piping as described in Section 1305.9.12. Pipin g installations shall comply with the requirements of Section 1305.9. Exception: Fuel - oil storage capacity in special flood hazard areas and shaded X - Zones, as defined in Chapter 2 of the New York City Building Code , shall comply with Section G307.4 of App endix G of the New York City Building Code. [CONT.]: 1305.11.1.3 Inside of buildings; above the lowest floor. Fuel oil above the lowest floor inside of a building shall be limited to 330 gallons (1249.1 L) per story. The maximum quantity shall include oversized piping as described in Section 1305.9.12. Pipin g installations shall comply with the requirements of Section 1305.9. Exception: Fuel - oil storage capacity in special flood hazard areas and shaded X - Zones, as defined in Chapter 2 of the New York City Building Code , shall comply with Section G307.4 of App endix G of the New York City Building Code.",
    "metadata": {
      "section_full": "1305.11.1.3",
      "parent_major": "1305",
      "parent_minor": "1305.11",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.11.2",
    "text": "CONTEXT: 1305 > 1305.11 | CONTENT: 1305.11.2 1305.11.2 Outside of buildings. Oil storage outside of buildings shall comply with applicable requirements of Sections 1305.11.2.1 and 1305.11.2.2. [CONT.]: 1305.11.2 Outside of buildings. Oil storage outside of buildings shall comply with applicable requirements of Sections 1305.11.2.1 and 1305.11.2.2. [CONT.]: 1305.11.2 Outside of buildings. Oil storage outside of buildings shall comply with applicable requirements of Sections 1305.11.2.1 and 1305.11.2.2. [CONT.]: 1305.11.2 Outside of buildings. Oil storage outside of buildings shall comply with applicable requirements of Sections 1305.11.2.1 and 1305.11.2.2. [CONT.]: 1305.11.2 Outside of buildings. Oil storage outside of buildings shall comply with applicable requirements of Sections 1305.11.2.1 and 1305.11.2.2. [CONT.]: 1305.11.2 Outside of buildings. Oil storage outside of buildings shall comply with applicable requirements of Sections 1305.11.2.1 and 1305.11.2.2. [CONT.]: 1305.11.2 Outside of buildings. Oil storage outside of buildings shall comply with applicable requirements of Sections 1305.11.2.1 and 1305.11.2.2. [CONT.]: 1305.11.2 Outside of buildings. Oil storage outside of buildings shall comply with applicable requirements of Sections 1305.11.2.1 and 1305.11.2.2. [CONT.]: 1305.11.2 Outside of buildings. Oil storage outside of buildings shall comply with applicable requirements of Sections 1305.11.2.1 and 1305.11.2.2. [CONT.]: 1305.11.2 Outside of buildings. Oil storage outside of buildings shall comply with applicable requirements of Sections 1305.11.2.1 and 1305.11.2.2. [CONT.]: 1305.11.2 Outside of buildings. Oil storage outside of buildings shall comply with applicable requirements of Sections 1305.11.2.1 and 1305.11.2.2. [CONT.]: 1305.11.2 Outside of buildings. Oil storage outside of buildings shall comply with applicable requirements of Sections 1305.11.2.1 and 1305.11.2.2. [CONT.]: 1305.11.2 Outside of buildings. Oil storage outside of buildings shall comply with applicable requirements of Sections 1305.11.2.1 and 1305.11.2.2.",
    "metadata": {
      "section_full": "1305.11.2",
      "parent_major": "1305",
      "parent_minor": "1305.11",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.11.2.1",
    "text": "CONTEXT: 1305 > 1305.11 | CONTENT: 1305.11.2.1 1305.11.2.1 Outside of buildings; below ground. The maximum size of each below - ground oil - storage tank outside of a building shall be 35,000 gallons (132 489.4 L). [CONT.]: 1305.11.2.1 Outside of buildings; below ground. The maximum size of each below - ground oil - storage tank outside of a building shall be 35,000 gallons (132 489.4 L). [CONT.]: 1305.11.2.1 Outside of buildings; below ground. The maximum size of each below - ground oil - storage tank outside of a building shall be 35,000 gallons (132 489.4 L). [CONT.]: 1305.11.2.1 Outside of buildings; below ground. The maximum size of each below - ground oil - storage tank outside of a building shall be 35,000 gallons (132 489.4 L). [CONT.]: 1305.11.2.1 Outside of buildings; below ground. The maximum size of each below - ground oil - storage tank outside of a building shall be 35,000 gallons (132 489.4 L). [CONT.]: 1305.11.2.1 Outside of buildings; below ground. The maximum size of each below - ground oil - storage tank outside of a building shall be 35,000 gallons (132 489.4 L). [CONT.]: 1305.11.2.1 Outside of buildings; below ground. The maximum size of each below - ground oil - storage tank outside of a building shall be 35,000 gallons (132 489.4 L). [CONT.]: 1305.11.2.1 Outside of buildings; below ground. The maximum size of each below - ground oil - storage tank outside of a building shall be 35,000 gallons (132 489.4 L). [CONT.]: 1305.11.2.1 Outside of buildings; below ground. The maximum size of each below - ground oil - storage tank outside of a building shall be 35,000 gallons (132 489.4 L). [CONT.]: 1305.11.2.1 Outside of buildings; below ground. The maximum size of each below - ground oil - storage tank outside of a building shall be 35,000 gallons (132 489.4 L). [CONT.]: 1305.11.2.1 Outside of buildings; below ground. The maximum size of each below - ground oil - storage tank outside of a building shall be 35,000 gallons (132 489.4 L). [CONT.]: 1305.11.2.1 Outside of buildings; below ground. The maximum size of each below - ground oil - storage tank outside of a building shall be 35,000 gallons (132 489.4 L). [CONT.]: 1305.11.2.1 Outside of buildings; below ground. The maximum size of each below - ground oil - storage tank outside of a building shall be 35,000 gallons (132 489.4 L).",
    "metadata": {
      "section_full": "1305.11.2.1",
      "parent_major": "1305",
      "parent_minor": "1305.11",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.11.2.2",
    "text": "CONTEXT: 1305 > 1305.11 | CONTENT: 1305.11.2.2 1305.11.2.2 Outside of buildings; above ground. The maximum size of each above - ground oil - storage tank outside of a building shall be 100,000 ga llons (378 541.2 L). [CONT.]: 1305.11.2.2 Outside of buildings; above ground. The maximum size of each above - ground oil - storage tank outside of a building shall be 100,000 ga llons (378 541.2 L). [CONT.]: 1305.11.2.2 Outside of buildings; above ground. The maximum size of each above - ground oil - storage tank outside of a building shall be 100,000 ga llons (378 541.2 L). [CONT.]: 1305.11.2.2 Outside of buildings; above ground. The maximum size of each above - ground oil - storage tank outside of a building shall be 100,000 ga llons (378 541.2 L). [CONT.]: 1305.11.2.2 Outside of buildings; above ground. The maximum size of each above - ground oil - storage tank outside of a building shall be 100,000 ga llons (378 541.2 L). [CONT.]: 1305.11.2.2 Outside of buildings; above ground. The maximum size of each above - ground oil - storage tank outside of a building shall be 100,000 ga llons (378 541.2 L). [CONT.]: 1305.11.2.2 Outside of buildings; above ground. The maximum size of each above - ground oil - storage tank outside of a building shall be 100,000 ga llons (378 541.2 L). [CONT.]: 1305.11.2.2 Outside of buildings; above ground. The maximum size of each above - ground oil - storage tank outside of a building shall be 100,000 ga llons (378 541.2 L). [CONT.]: 1305.11.2.2 Outside of buildings; above ground. The maximum size of each above - ground oil - storage tank outside of a building shall be 100,000 ga llons (378 541.2 L). [CONT.]: 1305.11.2.2 Outside of buildings; above ground. The maximum size of each above - ground oil - storage tank outside of a building shall be 100,000 ga llons (378 541.2 L). [CONT.]: 1305.11.2.2 Outside of buildings; above ground. The maximum size of each above - ground oil - storage tank outside of a building shall be 100,000 ga llons (378 541.2 L). [CONT.]: 1305.11.2.2 Outside of buildings; above ground. The maximum size of each above - ground oil - storage tank outside of a building shall be 100,000 ga llons (378 541.2 L). [CONT.]: 1305.11.2.2 Outside of buildings; above ground. The maximum size of each above - ground oil - storage tank outside of a building shall be 100,000 ga llons (378 541.2 L).",
    "metadata": {
      "section_full": "1305.11.2.2",
      "parent_major": "1305",
      "parent_minor": "1305.11",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.12",
    "text": "CONTEXT: 1305 > 1305.12 | CONTENT: 1305.12 1305.12 Standards for tank design. Tanks shall be designed and constructed in compliance with Sections 1305.12.1 and 1305.12.2. [CONT.]: 1305.12 Standards for tank design. Tanks shall be designed and constructed in compliance with Sections 1305.12.1 and 1305.12.2. [CONT.]: 1305.12 Standards for tank design. Tanks shall be designed and constructed in compliance with Sections 1305.12.1 and 1305.12.2. [CONT.]: 1305.12 Standards for tank design. Tanks shall be designed and constructed in compliance with Sections 1305.12.1 and 1305.12.2. [CONT.]: 1305.12 Standards for tank design. Tanks shall be designed and constructed in compliance with Sections 1305.12.1 and 1305.12.2. [CONT.]: 1305.12 Standards for tank design. Tanks shall be designed and constructed in compliance with Sections 1305.12.1 and 1305.12.2. [CONT.]: 1305.12 Standards for tank design. Tanks shall be designed and constructed in compliance with Sections 1305.12.1 and 1305.12.2. [CONT.]: 1305.12 Standards for tank design. Tanks shall be designed and constructed in compliance with Sections 1305.12.1 and 1305.12.2. [CONT.]: 1305.12 Standards for tank design. Tanks shall be designed and constructed in compliance with Sections 1305.12.1 and 1305.12.2. [CONT.]: 1305.12 Standards for tank design. Tanks shall be designed and constructed in compliance with Sections 1305.12.1 and 1305.12.2. [CONT.]: 1305.12 Standards for tank design. Tanks shall be designed and constructed in compliance with Sections 1305.12.1 and 1305.12.2. [CONT.]: 1305.12 Standards for tank design. Tanks shall be designed and constructed in compliance with Sections 1305.12.1 and 1305.12.2. [CONT.]: 1305.12 Standards for tank design. Tanks shall be designed and constructed in compliance with Sections 1305.12.1 and 1305.12.2.",
    "metadata": {
      "section_full": "1305.12",
      "parent_major": "1305",
      "parent_minor": "1305.12",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.12.1",
    "text": "CONTEXT: 1305 > 1305.12 | CONTENT: 1305.12.1 1305.12.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with any o ne of the following design standards, as appropriate for the specific installation as determined by the engineer. Cathodic protection shall be provided in accordance with subpart 613 - 2 of the New York State Department of Environmental Conservation\u2019s Petrol eum Bulk Storage Code . 1. UL 58; such tanks shall be listed and labeled; 2. UL 1316; such tanks shall be listed and labeled; or 3. Alternate tank design and construction standards contained in Section 1305.14. \u2021\u2021\u2021 [CONT.]: 1305.12.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with any o ne of the following design standards, as appropriate for the specific installation as determined by the engineer. Cathodic protection shall be provided in accordance with subpart 613 - 2 of the New York State Department of Environmental Conservation\u2019s Petrol eum Bulk Storage Code . 1. UL 58; such tanks shall be listed and labeled; 2. UL 1316; such tanks shall be listed and labeled; or 3. Alternate tank design and construction standards contained in Section 1305.14. \u2021\u2021\u2021 [CONT.]: 1305.12.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with any o ne of the following design standards, as appropriate for the specific installation as determined by the engineer. Cathodic protection shall be provided in accordance with subpart 613 - 2 of the New York State Department of Environmental Conservation\u2019s Petrol eum Bulk Storage Code . 1. UL 58; such tanks shall be listed and labeled; 2. UL 1316; such tanks shall be listed and labeled; or 3. Alternate tank design and construction standards contained in Section 1305.14. \u2021\u2021\u2021 [CONT.]: 1305.12.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with any o ne of the following design standards, as appropriate for the specific installation as determined by the engineer. Cathodic protection shall be provided in accordance with subpart 613 - 2 of the New York State Department of Environmental Conservation\u2019s Petrol eum Bulk Storage Code . 1. UL 58; such tanks shall be listed and labeled; 2. UL 1316; such tanks shall be listed and labeled; or 3. Alternate tank design and construction standards contained in Section 1305.14. \u2021\u2021\u2021 [CONT.]: 1305.12.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with any o ne of the following design standards, as appropriate for the specific installation as determined by the engineer. Cathodic protection shall be provided in accordance with subpart 613 - 2 of the New York State Department of Environmental Conservation\u2019s Petrol eum Bulk Storage Code . 1. UL 58; such tanks shall be listed and labeled; 2. UL 1316; such tanks shall be listed and labeled; or 3. Alternate tank design and construction standards contained in Section 1305.14. \u2021\u2021\u2021 [CONT.]: 1305.12.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with any o ne of the following design standards, as appropriate for the specific installation as determined by the engineer. Cathodic protection shall be provided in accordance with subpart 613 - 2 of the New York State Department of Environmental Conservation\u2019s Petrol eum Bulk Storage Code . 1. UL 58; such tanks shall be listed and labeled; 2. UL 1316; such tanks shall be listed and labeled; or 3. Alternate tank design and construction standards contained in Section 1305.14. \u2021\u2021\u2021 [CONT.]: 1305.12.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with any o ne of the following design standards, as appropriate for the specific installation as determined by the engineer. Cathodic protection shall be provided in accordance with subpart 613 - 2 of the New York State Department of Environmental Conservation\u2019s Petrol eum Bulk Storage Code . 1. UL 58; such tanks shall be listed and labeled; 2. UL 1316; such tanks shall be listed and labeled; or 3. Alternate tank design and construction standards contained in Section 1305.14. \u2021\u2021\u2021 [CONT.]: 1305.12.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with any o ne of the following design standards, as appropriate for the specific installation as determined by the engineer. Cathodic protection shall be provided in accordance with subpart 613 - 2 of the New York State Department of Environmental Conservation\u2019s Petrol eum Bulk Storage Code . 1. UL 58; such tanks shall be listed and labeled; 2. UL 1316; such tanks shall be listed and labeled; or 3. Alternate tank design and construction standards contained in Section 1305.14. \u2021\u2021\u2021 [CONT.]: 1305.12.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with any o ne of the following design standards, as appropriate for the specific installation as determined by the engineer. Cathodic protection shall be provided in accordance with subpart 613 - 2 of the New York State Department of Environmental Conservation\u2019s Petrol eum Bulk Storage Code . 1. UL 58; such tanks shall be listed and labeled; 2. UL 1316; such tanks shall be listed and labeled; or 3. Alternate tank design and construction standards contained in Section 1305.14. \u2021\u2021\u2021 [CONT.]: 1305.12.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with any o ne of the following design standards, as appropriate for the specific installation as determined by the engineer. Cathodic protection shall be provided in accordance with subpart 613 - 2 of the New York State Department of Environmental Conservation\u2019s Petrol eum Bulk Storage Code . 1. UL 58; such tanks shall be listed and labeled; 2. UL 1316; such tanks shall be listed and labeled; or 3. Alternate tank design and construction standards contained in Section 1305.14. \u2021\u2021\u2021 [CONT.]: 1305.12.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with any o ne of the following design standards, as appropriate for the specific installation as determined by the engineer. Cathodic protection shall be provided in accordance with subpart 613 - 2 of the New York State Department of Environmental Conservation\u2019s Petrol eum Bulk Storage Code . 1. UL 58; such tanks shall be listed and labeled; 2. UL 1316; such tanks shall be listed and labeled; or 3. Alternate tank design and construction standards contained in Section 1305.14. \u2021\u2021\u2021 [CONT.]: 1305.12.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with any o ne of the following design standards, as appropriate for the specific installation as determined by the engineer. Cathodic protection shall be provided in accordance with subpart 613 - 2 of the New York State Department of Environmental Conservation\u2019s Petrol eum Bulk Storage Code . 1. UL 58; such tanks shall be listed and labeled; 2. UL 1316; such tanks shall be listed and labeled; or 3. Alternate tank design and construction standards contained in Section 1305.14. \u2021\u2021\u2021 [CONT.]: 1305.12.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with any o ne of the following design standards, as appropriate for the specific installation as determined by the engineer. Cathodic protection shall be provided in accordance with subpart 613 - 2 of the New York State Department of Environmental Conservation\u2019s Petrol eum Bulk Storage Code . 1. UL 58; such tanks shall be listed and labeled; 2. UL 1316; such tanks shall be listed and labeled; or 3. Alternate tank design and construction standards contained in Section 1305.14. \u2021\u2021\u2021",
    "metadata": {
      "section_full": "1305.12.1",
      "parent_major": "1305",
      "parent_minor": "1305.12",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.12.2",
    "text": "CONTEXT: 1305 > 1305.12 | CONTENT: 1305.12.2 1305.12.2 Above ground. Tanks located above ground, inside or outside of buildings, shall comply with any one of the following design standards, as appropriate for the specific installation as determined by the engineer: 1. UL 80; such tanks shall be listed and labeled; 2. UL 142; such tanks shall be listed and labeled; 3. UL 2258; such tanks shall be installed only in one - or two - family dwellings in accordance with Section [CONT.]: 1305.12.2 Above ground. Tanks located above ground, inside or outside of buildings, shall comply with any one of the following design standards, as appropriate for the specific installation as determined by the engineer: 1. UL 80; such tanks shall be listed and labeled; 2. UL 142; such tanks shall be listed and labeled; 3. UL 2258; such tanks shall be installed only in one - or two - family dwellings in accordance with Section [CONT.]: 1305.12.2 Above ground. Tanks located above ground, inside or outside of buildings, shall comply with any one of the following design standards, as appropriate for the specific installation as determined by the engineer: 1. UL 80; such tanks shall be listed and labeled; 2. UL 142; such tanks shall be listed and labeled; 3. UL 2258; such tanks shall be installed only in one - or two - family dwellings in accordance with Section [CONT.]: 1305.12.2 Above ground. Tanks located above ground, inside or outside of buildings, shall comply with any one of the following design standards, as appropriate for the specific installation as determined by the engineer: 1. UL 80; such tanks shall be listed and labeled; 2. UL 142; such tanks shall be listed and labeled; 3. UL 2258; such tanks shall be installed only in one - or two - family dwellings in accordance with Section [CONT.]: 1305.12.2 Above ground. Tanks located above ground, inside or outside of buildings, shall comply with any one of the following design standards, as appropriate for the specific installation as determined by the engineer: 1. UL 80; such tanks shall be listed and labeled; 2. UL 142; such tanks shall be listed and labeled; 3. UL 2258; such tanks shall be installed only in one - or two - family dwellings in accordance with Section [CONT.]: 1305.12.2 Above ground. Tanks located above ground, inside or outside of buildings, shall comply with any one of the following design standards, as appropriate for the specific installation as determined by the engineer: 1. UL 80; such tanks shall be listed and labeled; 2. UL 142; such tanks shall be listed and labeled; 3. UL 2258; such tanks shall be installed only in one - or two - family dwellings in accordance with Section [CONT.]: 1305.12.2 Above ground. Tanks located above ground, inside or outside of buildings, shall comply with any one of the following design standards, as appropriate for the specific installation as determined by the engineer: 1. UL 80; such tanks shall be listed and labeled; 2. UL 142; such tanks shall be listed and labeled; 3. UL 2258; such tanks shall be installed only in one - or two - family dwellings in accordance with Section [CONT.]: 1305.12.2 Above ground. Tanks located above ground, inside or outside of buildings, shall comply with any one of the following design standards, as appropriate for the specific installation as determined by the engineer: 1. UL 80; such tanks shall be listed and labeled; 2. UL 142; such tanks shall be listed and labeled; 3. UL 2258; such tanks shall be installed only in one - or two - family dwellings in accordance with Section [CONT.]: 1305.12.2 Above ground. Tanks located above ground, inside or outside of buildings, shall comply with any one of the following design standards, as appropriate for the specific installation as determined by the engineer: 1. UL 80; such tanks shall be listed and labeled; 2. UL 142; such tanks shall be listed and labeled; 3. UL 2258; such tanks shall be installed only in one - or two - family dwellings in accordance with Section [CONT.]: 1305.12.2 Above ground. Tanks located above ground, inside or outside of buildings, shall comply with any one of the following design standards, as appropriate for the specific installation as determined by the engineer: 1. UL 80; such tanks shall be listed and labeled; 2. UL 142; such tanks shall be listed and labeled; 3. UL 2258; such tanks shall be installed only in one - or two - family dwellings in accordance with Section [CONT.]: 1305.12.2 Above ground. Tanks located above ground, inside or outside of buildings, shall comply with any one of the following design standards, as appropriate for the specific installation as determined by the engineer: 1. UL 80; such tanks shall be listed and labeled; 2. UL 142; such tanks shall be listed and labeled; 3. UL 2258; such tanks shall be installed only in one - or two - family dwellings in accordance with Section [CONT.]: 1305.12.2 Above ground. Tanks located above ground, inside or outside of buildings, shall comply with any one of the following design standards, as appropriate for the specific installation as determined by the engineer: 1. UL 80; such tanks shall be listed and labeled; 2. UL 142; such tanks shall be listed and labeled; 3. UL 2258; such tanks shall be installed only in one - or two - family dwellings in accordance with Section [CONT.]: 1305.12.2 Above ground. Tanks located above ground, inside or outside of buildings, shall comply with any one of the following design standards, as appropriate for the specific installation as determined by the engineer: 1. UL 80; such tanks shall be listed and labeled; 2. UL 142; such tanks shall be listed and labeled; 3. UL 2258; such tanks shall be installed only in one - or two - family dwellings in accordance with Section",
    "metadata": {
      "section_full": "1305.12.2",
      "parent_major": "1305",
      "parent_minor": "1305.12",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.13",
    "text": "CONTEXT: 1305 > 1305.13 | CONTENT: 1305.13 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions. [CONT.]: 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions. [CONT.]: 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions. [CONT.]: 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions. [CONT.]: 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions. [CONT.]: 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions. [CONT.]: 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions. [CONT.]: 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions. [CONT.]: 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions. [CONT.]: 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions. [CONT.]: 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions. [CONT.]: 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions. [CONT.]: 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions. [CONT.]: 1305.13 Installation of tanks. Tanks shall be installed in accordance with the provisions of Sections 1305.13.1 through 1305.13.4. For the purposes of this section, fuel oil stored on roofs shall be deemed inside of buildings. At least 15 inches (381 mm) clearance shall be provided over tanks and on all sides between the tanks and the enclosure, embankment or dike or greater clearance as required by the manuf acturer\u2019s instructions.",
    "metadata": {
      "section_full": "1305.13",
      "parent_major": "1305",
      "parent_minor": "1305.13",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.13.1",
    "text": "CONTEXT: 1305 > 1305.13 | CONTENT: 1305.13.1 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served., an approved overflow/spill containment device shall be provided. [CONT.]: 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served., an approved overflow/spill containment device shall be provided. [CONT.]: 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served. FUEL - OIL PIPING AND STORAGE 2. Burial. Regardless of capacity, fuel - oil tanks shall be buried with the top of the tank at least 2 feet ( [CONT.]: 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served. FUEL - OIL PIPING AND STORAGE 2. Burial. Regardless of capacity, fuel - oil tanks shall be buried with the top of the tank at least 2 feet ( [CONT.]: 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served. FUEL - OIL PIPING AND STORAGE 2. Burial. Regardless of capacity, fuel - oil tanks shall be buried with the top of the tank at least 2 feet ( [CONT.]: 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served. FUEL - OIL PIPING AND STORAGE 2. Burial. Regardless of capacity, fuel - oil tanks shall be buried with the top of the tank at least 2 feet ( [CONT.]: 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served. FUEL - OIL PIPING AND STORAGE 2. Burial. Regardless of capacity, fuel - oil tanks shall be buried with the top of the tank at least 2 feet ( [CONT.]: 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served. FUEL - OIL PIPING AND STORAGE 2. Burial. Regardless of capacity, fuel - oil tanks shall be buried with the top of the tank at least 2 feet ( [CONT.]: 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served. FUEL - OIL PIPING AND STORAGE 2. Burial. Regardless of capacity, fuel - oil tanks shall be buried with the top of the tank at least 2 feet ( [CONT.]: 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served. FUEL - OIL PIPING AND STORAGE 2. Burial. Regardless of capacity, fuel - oil tanks shall be buried with the top of the tank at least 2 feet ( [CONT.]: 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served. FUEL - OIL PIPING AND STORAGE 2. Burial. Regardless of capacity, fuel - oil tanks shall be buried with the top of the tank at least 2 feet ( [CONT.]: 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served. FUEL - OIL PIPING AND STORAGE 2. Burial. Regardless of capacity, fuel - oil tanks shall be buried with the top of the tank at least 2 feet ( [CONT.]: 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served. FUEL - OIL PIPING AND STORAGE 2. Burial. Regardless of capacity, fuel - oil tanks shall be buried with the top of the tank at least 2 feet ( [CONT.]: 1305.13.1 Below ground. Tanks located below ground, inside or outside of buildings, shall comply with the following requirements: 1. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) shall be provided with secondary containment intended to prevent any leakage of fuel oil from the tank from entering the environment. The capacity of the containment shall equal or exceed the capacity of the tank served. FUEL - OIL PIPING AND STORAGE 2. Burial. Regardless of capacity, fuel - oil tanks shall be buried with the top of the tank at least 2 feet (",
    "metadata": {
      "section_full": "1305.13.1",
      "parent_major": "1305",
      "parent_minor": "1305.13",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.13.2",
    "text": "CONTEXT: 1305 > 1305.13 | CONTENT: 1305.13.2 1305.13.2 Above ground; on the lowest floor inside a building. Tanks located above ground, on the lowest floor inside of buildings, shall comply with the fol lowing requirements: 1. Enclosure of room. Installation of tank(s) and enclosure of room shall comply with Section 1305.11.1.2. 2. Fire - extinguishing system. Fire extinguishing systems shall comply with Section 1305.11.1.2. 3. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed. [CONT.]: 1305.13.2 Above ground; on the lowest floor inside a building. Tanks located above ground, on the lowest floor inside of buildings, shall comply with the fol lowing requirements: 1. Enclosure of room. Installation of tank(s) and enclosure of room shall comply with Section 1305.11.1.2. 2. Fire - extinguishing system. Fire extinguishing systems shall comply with Section 1305.11.1.2. 3. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed. [CONT.]: 1305.13.2 Above ground; on the lowest floor inside a building. Tanks located above ground, on the lowest floor inside of buildings, shall comply with the fol lowing requirements: 1. Enclosure of room. Installation of tank(s) and enclosure of room shall comply with Section 1305.11.1.2. 2. Fire - extinguishing system. Fire extinguishing systems shall comply with Section 1305.11.1.2. 3. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed. [CONT.]: 1305.13.2 Above ground; on the lowest floor inside a building. Tanks located above ground, on the lowest floor inside of buildings, shall comply with the fol lowing requirements: 1. Enclosure of room. Installation of tank(s) and enclosure of room shall comply with Section 1305.11.1.2. 2. Fire - extinguishing system. Fire extinguishing systems shall comply with Section 1305.11.1.2. 3. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed. [CONT.]: 1305.13.2 Above ground; on the lowest floor inside a building. Tanks located above ground, on the lowest floor inside of buildings, shall comply with the fol lowing requirements: 1. Enclosure of room. Installation of tank(s) and enclosure of room shall comply with Section 1305.11.1.2. 2. Fire - extinguishing system. Fire extinguishing systems shall comply with Section 1305.11.1.2. 3. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed. [CONT.]: 1305.13.2 Above ground; on the lowest floor inside a building. Tanks located above ground, on the lowest floor inside of buildings, shall comply with the fol lowing requirements: 1. Enclosure of room. Installation of tank(s) and enclosure of room shall comply with Section 1305.11.1.2. 2. Fire - extinguishing system. Fire extinguishing systems shall comply with Section 1305.11.1.2. 3. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed. [CONT.]: 1305.13.2 Above ground; on the lowest floor inside a building. Tanks located above ground, on the lowest floor inside of buildings, shall comply with the fol lowing requirements: 1. Enclosure of room. Installation of tank(s) and enclosure of room shall comply with Section 1305.11.1.2. 2. Fire - extinguishing system. Fire extinguishing systems shall comply with Section 1305.11.1.2. 3. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed. [CONT.]: 1305.13.2 Above ground; on the lowest floor inside a building. Tanks located above ground, on the lowest floor inside of buildings, shall comply with the fol lowing requirements: 1. Enclosure of room. Installation of tank(s) and enclosure of room shall comply with Section 1305.11.1.2. 2. Fire - extinguishing system. Fire extinguishing systems shall comply with Section 1305.11.1.2. 3. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed. [CONT.]: 1305.13.2 Above ground; on the lowest floor inside a building. Tanks located above ground, on the lowest floor inside of buildings, shall comply with the fol lowing requirements: 1. Enclosure of room. Installation of tank(s) and enclosure of room shall comply with Section 1305.11.1.2. 2. Fire - extinguishing system. Fire extinguishing systems shall comply with Section 1305.11.1.2. 3. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed. [CONT.]: 1305.13.2 Above ground; on the lowest floor inside a building. Tanks located above ground, on the lowest floor inside of buildings, shall comply with the fol lowing requirements: 1. Enclosure of room. Installation of tank(s) and enclosure of room shall comply with Section 1305.11.1.2. 2. Fire - extinguishing system. Fire extinguishing systems shall comply with Section 1305.11.1.2. 3. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed. [CONT.]: 1305.13.2 Above ground; on the lowest floor inside a building. Tanks located above ground, on the lowest floor inside of buildings, shall comply with the fol lowing requirements: 1. Enclosure of room. Installation of tank(s) and enclosure of room shall comply with Section 1305.11.1.2. 2. Fire - extinguishing system. Fire extinguishing systems shall comply with Section 1305.11.1.2. 3. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed. [CONT.]: 1305.13.2 Above ground; on the lowest floor inside a building. Tanks located above ground, on the lowest floor inside of buildings, shall comply with the fol lowing requirements: 1. Enclosure of room. Installation of tank(s) and enclosure of room shall comply with Section 1305.11.1.2. 2. Fire - extinguishing system. Fire extinguishing systems shall comply with Section 1305.11.1.2. 3. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed.",
    "metadata": {
      "section_full": "1305.13.2",
      "parent_major": "1305",
      "parent_minor": "1305.13",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.13.3",
    "text": "CONTEXT: 1305 > 1305.13 | CONTENT: 1305.13.3 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed. [CONT.]: 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in 4. Containment. Fuel - oil tanks having a capacity of more than 660 gallons (2498.4 L) storage shall be provided with secondary containment intended to capture any leakage of fuel oil from the tank. The capacity of the containment shall equal or exceed the capacity of the tank served. For fuel storage, the capacity shall include the port ion of the tank up to the height of the containment. 5. Special limitations near subways. Regardless of capacity, fuel - oil tanks located within the outer lines of the subway, or within 20 feet (6096 mm) of the outside line of a subway shall be placed withi n a welded steel oil - tight pan of not less than No. 18 Gage metal suitably reinforced and of capacity to contain the contents of the tank. For the purpose of the foregoing requirement, a subway shall be deemed to include any subsurface railroad or rapid tr ansit roadbed. [CONT.]: 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in FUEL - OIL PIPING AND STORAGE containment areas. For tanks, the capacity of the containment area shall equal or excee d 2 times the capacity of the tank served. For fuel storage, the capacity shall include the portion of the tank up to the height of the containment. For fuel - oil - burning appliances and related equipment, the capacity of the containment area shall equal or exceed 1.5 times the fuel capacity of the equipment or appliance. 6. Transfer pumps. Fuel - oil tanks shall be filled by means of a transfer pump supplied from a primary storage tank located on the lowest floor. A separate transfer pump and piping circuit sh all be provided for each storage tank installed above the lowest floor. No intermediate pumping stations shall be provided between the storage tank and the transfer pump. Appropriate devices shall be provided for the automatic and manual starting and stopp ing of the transfer pumps so as to prevent the overflow of oil from these storage tanks. The transfer pumps shall be located above the tank secondary containment level or outside the tank containment area. 7. Indicators and alarms. Indicators and alarms shall be provided for fuel - oil tanks and rooms containing fuel - oil - burning appliances, including a level sensor for height and capacity of fuel oil, high and low levels, and leak detection. The float switch shall be provided within th e containment areas and shall be arranged so as to sound an alarm and stop the transfer pump in case of failure of the tank or the control in the tank. These indicators shall be connected to a local audible alarm in the tank room and to a remote alarm loca ted at a supervising station. The wiring shall comply with the New York City Electrical Code . 8. Weekly testing. The operation of the float switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sectio ns 1301.10 and 1308.3. [CONT.]: 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in FUEL - OIL PIPING AND STORAGE containment areas. For tanks, the capacity of the containment area shall equal or excee d 2 times the capacity of the tank served. For fuel storage, the capacity shall include the portion of the tank up to the height of the containment. For fuel - oil - burning appliances and related equipment, the capacity of the containment area shall equal or exceed 1.5 times the fuel capacity of the equipment or appliance. 6. Transfer pumps. Fuel - oil tanks shall be filled by means of a transfer pump supplied from a primary storage tank located on the lowest floor. A separate transfer pump and piping circuit sh all be provided for each storage tank installed above the lowest floor. No intermediate pumping stations shall be provided between the storage tank and the transfer pump. Appropriate devices shall be provided for the automatic and manual starting and stopp ing of the transfer pumps so as to prevent the overflow of oil from these storage tanks. The transfer pumps shall be located above the tank secondary containment level or outside the tank containment area. 7. Indicators and alarms. Indicators and alarms shall be provided for fuel - oil tanks and rooms containing fuel - oil - burning appliances, including a level sensor for height and capacity of fuel oil, high and low levels, and leak detection. The float switch shall be provided within th e containment areas and shall be arranged so as to sound an alarm and stop the transfer pump in case of failure of the tank or the control in the tank. These indicators shall be connected to a local audible alarm in the tank room and to a remote alarm loca ted at a supervising station. The wiring shall comply with the New York City Electrical Code . 8. Weekly testing. The operation of the float switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sectio ns 1301.10 and 1308.3. [CONT.]: 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in FUEL - OIL PIPING AND STORAGE containment areas. For tanks, the capacity of the containment area shall equal or excee d 2 times the capacity of the tank served. For fuel storage, the capacity shall include the portion of the tank up to the height of the containment. For fuel - oil - burning appliances and related equipment, the capacity of the containment area shall equal or exceed 1.5 times the fuel capacity of the equipment or appliance. 6. Transfer pumps. Fuel - oil tanks shall be filled by means of a transfer pump supplied from a primary storage tank located on the lowest floor. A separate transfer pump and piping circuit sh all be provided for each storage tank installed above the lowest floor. No intermediate pumping stations shall be provided between the storage tank and the transfer pump. Appropriate devices shall be provided for the automatic and manual starting and stopp ing of the transfer pumps so as to prevent the overflow of oil from these storage tanks. The transfer pumps shall be located above the tank secondary containment level or outside the tank containment area. 7. Indicators and alarms. Indicators and alarms shall be provided for fuel - oil tanks and rooms containing fuel - oil - burning appliances, including a level sensor for height and capacity of fuel oil, high and low levels, and leak detection. The float switch shall be provided within th e containment areas and shall be arranged so as to sound an alarm and stop the transfer pump in case of failure of the tank or the control in the tank. These indicators shall be connected to a local audible alarm in the tank room and to a remote alarm loca ted at a supervising station. The wiring shall comply with the New York City Electrical Code . 8. Weekly testing. The operation of the float switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sectio ns 1301.10 and 1308.3. [CONT.]: 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in FUEL - OIL PIPING AND STORAGE containment areas. For tanks, the capacity of the containment area shall equal or excee d 2 times the capacity of the tank served. For fuel storage, the capacity shall include the portion of the tank up to the height of the containment. For fuel - oil - burning appliances and related equipment, the capacity of the containment area shall equal or exceed 1.5 times the fuel capacity of the equipment or appliance. 6. Transfer pumps. Fuel - oil tanks shall be filled by means of a transfer pump supplied from a primary storage tank located on the lowest floor. A separate transfer pump and piping circuit sh all be provided for each storage tank installed above the lowest floor. No intermediate pumping stations shall be provided between the storage tank and the transfer pump. Appropriate devices shall be provided for the automatic and manual starting and stopp ing of the transfer pumps so as to prevent the overflow of oil from these storage tanks. The transfer pumps shall be located above the tank secondary containment level or outside the tank containment area. 7. Indicators and alarms. Indicators and alarms shall be provided for fuel - oil tanks and rooms containing fuel - oil - burning appliances, including a level sensor for height and capacity of fuel oil, high and low levels, and leak detection. The float switch shall be provided within th e containment areas and shall be arranged so as to sound an alarm and stop the transfer pump in case of failure of the tank or the control in the tank. These indicators shall be connected to a local audible alarm in the tank room and to a remote alarm loca ted at a supervising station. The wiring shall comply with the New York City Electrical Code . 8. Weekly testing. The operation of the float switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sectio ns 1301.10 and 1308.3. [CONT.]: 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in FUEL - OIL PIPING AND STORAGE containment areas. For tanks, the capacity of the containment area shall equal or excee d 2 times the capacity of the tank served. For fuel storage, the capacity shall include the portion of the tank up to the height of the containment. For fuel - oil - burning appliances and related equipment, the capacity of the containment area shall equal or exceed 1.5 times the fuel capacity of the equipment or appliance. 6. Transfer pumps. Fuel - oil tanks shall be filled by means of a transfer pump supplied from a primary storage tank located on the lowest floor. A separate transfer pump and piping circuit sh all be provided for each storage tank installed above the lowest floor. No intermediate pumping stations shall be provided between the storage tank and the transfer pump. Appropriate devices shall be provided for the automatic and manual starting and stopp ing of the transfer pumps so as to prevent the overflow of oil from these storage tanks. The transfer pumps shall be located above the tank secondary containment level or outside the tank containment area. 7. Indicators and alarms. Indicators and alarms shall be provided for fuel - oil tanks and rooms containing fuel - oil - burning appliances, including a level sensor for height and capacity of fuel oil, high and low levels, and leak detection. The float switch shall be provided within th e containment areas and shall be arranged so as to sound an alarm and stop the transfer pump in case of failure of the tank or the control in the tank. These indicators shall be connected to a local audible alarm in the tank room and to a remote alarm loca ted at a supervising station. The wiring shall comply with the New York City Electrical Code . 8. Weekly testing. The operation of the float switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sectio ns 1301.10 and 1308.3. [CONT.]: 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in FUEL - OIL PIPING AND STORAGE containment areas. For tanks, the capacity of the containment area shall equal or excee d 2 times the capacity of the tank served. For fuel storage, the capacity shall include the portion of the tank up to the height of the containment. For fuel - oil - burning appliances and related equipment, the capacity of the containment area shall equal or exceed 1.5 times the fuel capacity of the equipment or appliance. 6. Transfer pumps. Fuel - oil tanks shall be filled by means of a transfer pump supplied from a primary storage tank located on the lowest floor. A separate transfer pump and piping circuit sh all be provided for each storage tank installed above the lowest floor. No intermediate pumping stations shall be provided between the storage tank and the transfer pump. Appropriate devices shall be provided for the automatic and manual starting and stopp ing of the transfer pumps so as to prevent the overflow of oil from these storage tanks. The transfer pumps shall be located above the tank secondary containment level or outside the tank containment area. 7. Indicators and alarms. Indicators and alarms shall be provided for fuel - oil tanks and rooms containing fuel - oil - burning appliances, including a level sensor for height and capacity of fuel oil, high and low levels, and leak detection. The float switch shall be provided within th e containment areas and shall be arranged so as to sound an alarm and stop the transfer pump in case of failure of the tank or the control in the tank. These indicators shall be connected to a local audible alarm in the tank room and to a remote alarm loca ted at a supervising station. The wiring shall comply with the New York City Electrical Code . 8. Weekly testing. The operation of the float switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sectio ns 1301.10 and 1308.3. [CONT.]: 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in FUEL - OIL PIPING AND STORAGE containment areas. For tanks, the capacity of the containment area shall equal or excee d 2 times the capacity of the tank served. For fuel storage, the capacity shall include the portion of the tank up to the height of the containment. For fuel - oil - burning appliances and related equipment, the capacity of the containment area shall equal or exceed 1.5 times the fuel capacity of the equipment or appliance. 6. Transfer pumps. Fuel - oil tanks shall be filled by means of a transfer pump supplied from a primary storage tank located on the lowest floor. A separate transfer pump and piping circuit sh all be provided for each storage tank installed above the lowest floor. No intermediate pumping stations shall be provided between the storage tank and the transfer pump. Appropriate devices shall be provided for the automatic and manual starting and stopp ing of the transfer pumps so as to prevent the overflow of oil from these storage tanks. The transfer pumps shall be located above the tank secondary containment level or outside the tank containment area. 7. Indicators and alarms. Indicators and alarms shall be provided for fuel - oil tanks and rooms containing fuel - oil - burning appliances, including a level sensor for height and capacity of fuel oil, high and low levels, and leak detection. The float switch shall be provided within th e containment areas and shall be arranged so as to sound an alarm and stop the transfer pump in case of failure of the tank or the control in the tank. These indicators shall be connected to a local audible alarm in the tank room and to a remote alarm loca ted at a supervising station. The wiring shall comply with the New York City Electrical Code . 8. Weekly testing. The operation of the float switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sectio ns 1301.10 and 1308.3. [CONT.]: 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in FUEL - OIL PIPING AND STORAGE containment areas. For tanks, the capacity of the containment area shall equal or excee d 2 times the capacity of the tank served. For fuel storage, the capacity shall include the portion of the tank up to the height of the containment. For fuel - oil - burning appliances and related equipment, the capacity of the containment area shall equal or exceed 1.5 times the fuel capacity of the equipment or appliance. 6. Transfer pumps. Fuel - oil tanks shall be filled by means of a transfer pump supplied from a primary storage tank located on the lowest floor. A separate transfer pump and piping circuit sh all be provided for each storage tank installed above the lowest floor. No intermediate pumping stations shall be provided between the storage tank and the transfer pump. Appropriate devices shall be provided for the automatic and manual starting and stopp ing of the transfer pumps so as to prevent the overflow of oil from these storage tanks. The transfer pumps shall be located above the tank secondary containment level or outside the tank containment area. 7. Indicators and alarms. Indicators and alarms shall be provided for fuel - oil tanks and rooms containing fuel - oil - burning appliances, including a level sensor for height and capacity of fuel oil, high and low levels, and leak detection. The float switch shall be provided within th e containment areas and shall be arranged so as to sound an alarm and stop the transfer pump in case of failure of the tank or the control in the tank. These indicators shall be connected to a local audible alarm in the tank room and to a remote alarm loca ted at a supervising station. The wiring shall comply with the New York City Electrical Code . 8. Weekly testing. The operation of the float switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sectio ns 1301.10 and 1308.3. [CONT.]: 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in FUEL - OIL PIPING AND STORAGE containment areas. For tanks, the capacity of the containment area shall equal or excee d 2 times the capacity of the tank served. For fuel storage, the capacity shall include the portion of the tank up to the height of the containment. For fuel - oil - burning appliances and related equipment, the capacity of the containment area shall equal or exceed 1.5 times the fuel capacity of the equipment or appliance. 6. Transfer pumps. Fuel - oil tanks shall be filled by means of a transfer pump supplied from a primary storage tank located on the lowest floor. A separate transfer pump and piping circuit sh all be provided for each storage tank installed above the lowest floor. No intermediate pumping stations shall be provided between the storage tank and the transfer pump. Appropriate devices shall be provided for the automatic and manual starting and stopp ing of the transfer pumps so as to prevent the overflow of oil from these storage tanks. The transfer pumps shall be located above the tank secondary containment level or outside the tank containment area. 7. Indicators and alarms. Indicators and alarms shall be provided for fuel - oil tanks and rooms containing fuel - oil - burning appliances, including a level sensor for height and capacity of fuel oil, high and low levels, and leak detection. The float switch shall be provided within th e containment areas and shall be arranged so as to sound an alarm and stop the transfer pump in case of failure of the tank or the control in the tank. These indicators shall be connected to a local audible alarm in the tank room and to a remote alarm loca ted at a supervising station. The wiring shall comply with the New York City Electrical Code . 8. Weekly testing. The operation of the float switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sectio ns 1301.10 and 1308.3. [CONT.]: 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in FUEL - OIL PIPING AND STORAGE containment areas. For tanks, the capacity of the containment area shall equal or excee d 2 times the capacity of the tank served. For fuel storage, the capacity shall include the portion of the tank up to the height of the containment. For fuel - oil - burning appliances and related equipment, the capacity of the containment area shall equal or exceed 1.5 times the fuel capacity of the equipment or appliance. 6. Transfer pumps. Fuel - oil tanks shall be filled by means of a transfer pump supplied from a primary storage tank located on the lowest floor. A separate transfer pump and piping circuit sh all be provided for each storage tank installed above the lowest floor. No intermediate pumping stations shall be provided between the storage tank and the transfer pump. Appropriate devices shall be provided for the automatic and manual starting and stopp ing of the transfer pumps so as to prevent the overflow of oil from these storage tanks. The transfer pumps shall be located above the tank secondary containment level or outside the tank containment area. 7. Indicators and alarms. Indicators and alarms shall be provided for fuel - oil tanks and rooms containing fuel - oil - burning appliances, including a level sensor for height and capacity of fuel oil, high and low levels, and leak detection. The float switch shall be provided within th e containment areas and shall be arranged so as to sound an alarm and stop the transfer pump in case of failure of the tank or the control in the tank. These indicators shall be connected to a local audible alarm in the tank room and to a remote alarm loca ted at a supervising station. The wiring shall comply with the New York City Electrical Code . 8. Weekly testing. The operation of the float switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sectio ns 1301.10 and 1308.3. [CONT.]: 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in FUEL - OIL PIPING AND STORAGE containment areas. For tanks, the capacity of the containment area shall equal or excee d 2 times the capacity of the tank served. For fuel storage, the capacity shall include the portion of the tank up to the height of the containment. For fuel - oil - burning appliances and related equipment, the capacity of the containment area shall equal or exceed 1.5 times the fuel capacity of the equipment or appliance. 6. Transfer pumps. Fuel - oil tanks shall be filled by means of a transfer pump supplied from a primary storage tank located on the lowest floor. A separate transfer pump and piping circuit sh all be provided for each storage tank installed above the lowest floor. No intermediate pumping stations shall be provided between the storage tank and the transfer pump. Appropriate devices shall be provided for the automatic and manual starting and stopp ing of the transfer pumps so as to prevent the overflow of oil from these storage tanks. The transfer pumps shall be located above the tank secondary containment level or outside the tank containment area. 7. Indicators and alarms. Indicators and alarms shall be provided for fuel - oil tanks and rooms containing fuel - oil - burning appliances, including a level sensor for height and capacity of fuel oil, high and low levels, and leak detection. The float switch shall be provided within th e containment areas and shall be arranged so as to sound an alarm and stop the transfer pump in case of failure of the tank or the control in the tank. These indicators shall be connected to a local audible alarm in the tank room and to a remote alarm loca ted at a supervising station. The wiring shall comply with the New York City Electrical Code . 8. Weekly testing. The operation of the float switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sectio ns 1301.10 and 1308.3. [CONT.]: 1305.13.3 Above ground; above the lowest floor inside a building. Regardless of capacity, fuel - oil tanks and fuel - oil - burning appliances located above ground, above the lowest floor inside of buildings, shall comply with the following requirements: 1. Enclosure of room. Fuel - oil tanks and fuel - oil - burning appliances shall be located in a dedicated room or enclosure, having a fire - resistance rating of at least 2 hours. Rooftop tanks need not be enclosed provided that all exteri or walls and roofs within 10 feet (3048 mm) horizontally and 20 feet (6096 mm) vertically have a fire - resistance rating of at least 2 hours or are otherwise separated by a constructed assembly with a fire - resistance rating of at least 2 hours. 2. Fire - exti nguishing system. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with an automatic sprinkler system in accordance with Section 903.3.1 of the New York City Building Code. To prevent overfilling of the containment barriers , sprinkler shut - offs shall be located on the outside of tank and generator rooms and prominently placarded for immediate control by the Fire Department. 3. Smoke detection. Rooms containing fuel - oil tanks and fuel - oil - burning appliances shall be equipped with automatic smoke detection in accordance with Section 907 of the New York City Building Code , except that heat detectors may be utilized where, during normal operation, products of combustion are present in sufficient quantity to actuate a smoke detect or. 4. Ventilation. Rooms containing fuel - oil tanks shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used. 5. Containment. Fuel - oil tanks, fuel - oil - burn ing appliances, and related equipment shall be provided with secondary containment area intended to capture any leakage of fuel oil. Floor drains shall be prohibited in FUEL - OIL PIPING AND STORAGE containment areas. For tanks, the capacity of the containment area shall equal or excee d 2 times the capacity of the tank served. For fuel storage, the capacity shall include the portion of the tank up to the height of the containment. For fuel - oil - burning appliances and related equipment, the capacity of the containment area shall equal or exceed 1.5 times the fuel capacity of the equipment or appliance. 6. Transfer pumps. Fuel - oil tanks shall be filled by means of a transfer pump supplied from a primary storage tank located on the lowest floor. A separate transfer pump and piping circuit sh all be provided for each storage tank installed above the lowest floor. No intermediate pumping stations shall be provided between the storage tank and the transfer pump. Appropriate devices shall be provided for the automatic and manual starting and stopp ing of the transfer pumps so as to prevent the overflow of oil from these storage tanks. The transfer pumps shall be located above the tank secondary containment level or outside the tank containment area. 7. Indicators and alarms. Indicators and alarms shall be provided for fuel - oil tanks and rooms containing fuel - oil - burning appliances, including a level sensor for height and capacity of fuel oil, high and low levels, and leak detection. The float switch shall be provided within th e containment areas and shall be arranged so as to sound an alarm and stop the transfer pump in case of failure of the tank or the control in the tank. These indicators shall be connected to a local audible alarm in the tank room and to a remote alarm loca ted at a supervising station. The wiring shall comply with the New York City Electrical Code . 8. Weekly testing. The operation of the float switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sectio ns 1301.10 and 1308.3.",
    "metadata": {
      "section_full": "1305.13.3",
      "parent_major": "1305",
      "parent_minor": "1305.13",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.13.4",
    "text": "CONTEXT: 1305 > 1305.13 | CONTENT: 1305.13.4 1305.13.4 Above ground; outside a building. Tanks located above ground, outside of buildings, shall comply with the following requirements: 1. Containment. Regardless of capacity, each fuel - oil storage tank shall be protected by an e mbankment or dike. Such protection shall have a capacity at least 1 1 / 2 times the capacity of the tank so surrounded (including the portion of the tank up to the height of the containment) and shall be at least 4 feet ( [CONT.]: 1305.13.4 Above ground; outside a building. Tanks located above ground, outside of buildings, shall comply with the following requirements: 1. Containment. Regardless of capacity, each fuel - oil storage tank shall be protected by an e mbankment or dike. Such protection shall have a capacity at least 1 1 / 2 times the capacity of the tank so surrounded (including the portion of the tank up to the height of the containment) and shall be at least 4 feet ( [CONT.]: 1305.13.4 Above ground; outside a building. Tanks located above ground, outside of buildings, shall comply with the following requirements: 1. Containment. Regardless of capacity, each fuel - oil storage tank shall be protected by an e mbankment or dike. Such protection shall have a capacity at least 1 1 / 2 times the capacity of the tank so surrounded (including the portion of the tank up to the height of the containment) and shall be at least 4 feet ( [CONT.]: 1305.13.4 Above ground; outside a building. Tanks located above ground, outside of buildings, shall comply with the following requirements: 1. Containment. Regardless of capacity, each fuel - oil storage tank shall be protected by an e mbankment or dike. Such protection shall have a capacity at least 1 1 / 2 times the capacity of the tank so surrounded (including the portion of the tank up to the height of the containment) and shall be at least 4 feet ( [CONT.]: 1305.13.4 Above ground; outside a building. Tanks located above ground, outside of buildings, shall comply with the following requirements: 1. Containment. Regardless of capacity, each fuel - oil storage tank shall be protected by an e mbankment or dike. Such protection shall have a capacity at least 1 1 / 2 times the capacity of the tank so surrounded (including the portion of the tank up to the height of the containment) and shall be at least 4 feet ( [CONT.]: 1305.13.4 Above ground; outside a building. Tanks located above ground, outside of buildings, shall comply with the following requirements: 1. Containment. Regardless of capacity, each fuel - oil storage tank shall be protected by an e mbankment or dike. Such protection shall have a capacity at least 1 1 / 2 times the capacity of the tank so surrounded (including the portion of the tank up to the height of the containment) and shall be at least 4 feet ( [CONT.]: 1305.13.4 Above ground; outside a building. Tanks located above ground, outside of buildings, shall comply with the following requirements: 1. Containment. Regardless of capacity, each fuel - oil storage tank shall be protected by an e mbankment or dike. Such protection shall have a capacity at least 1 1 / 2 times the capacity of the tank so surrounded (including the portion of the tank up to the height of the containment) and shall be at least 4 feet ( [CONT.]: 1305.13.4 Above ground; outside a building. Tanks located above ground, outside of buildings, shall comply with the following requirements: 1. Containment. Regardless of capacity, each fuel - oil storage tank shall be protected by an e mbankment or dike. Such protection shall have a capacity at least 1 1 / 2 times the capacity of the tank so surrounded (including the portion of the tank up to the height of the containment) and shall be at least 4 feet ( [CONT.]: 1305.13.4 Above ground; outside a building. Tanks located above ground, outside of buildings, shall comply with the following requirements: 1. Containment. Regardless of capacity, each fuel - oil storage tank shall be protected by an e mbankment or dike. Such protection shall have a capacity at least 1 1 / 2 times the capacity of the tank so surrounded (including the portion of the tank up to the height of the containment) and shall be at least 4 feet ( [CONT.]: 1305.13.4 Above ground; outside a building. Tanks located above ground, outside of buildings, shall comply with the following requirements: 1. Containment. Regardless of capacity, each fuel - oil storage tank shall be protected by an e mbankment or dike. Such protection shall have a capacity at least 1 1 / 2 times the capacity of the tank so surrounded (including the portion of the tank up to the height of the containment) and shall be at least 4 feet ( [CONT.]: 1305.13.4 Above ground; outside a building. Tanks located above ground, outside of buildings, shall comply with the following requirements: 1. Containment. Regardless of capacity, each fuel - oil storage tank shall be protected by an e mbankment or dike. Such protection shall have a capacity at least 1 1 / 2 times the capacity of the tank so surrounded (including the portion of the tank up to the height of the containment) and shall be at least 4 feet ( [CONT.]: 1305.13.4 Above ground; outside a building. Tanks located above ground, outside of buildings, shall comply with the following requirements: 1. Containment. Regardless of capacity, each fuel - oil storage tank shall be protected by an e mbankment or dike. Such protection shall have a capacity at least 1 1 / 2 times the capacity of the tank so surrounded (including the portion of the tank up to the height of the containment) and shall be at least 4 feet (",
    "metadata": {
      "section_full": "1305.13.4",
      "parent_major": "1305",
      "parent_minor": "1305.13",
      "source": "037.txt"
    }
  },
  {
    "id": "1219.2",
    "text": "CONTEXT: 1219 > 1219.2 | CONTENT: 1219.2 1219.2 mm) high, but in no case shall the protection be higher than one - quarter the height of the tank when the height of the tank exceeds 16 feet (4876.8 mm). Embankments or dikes shall be made of earthwork with clay core, of masonry, of reinforced concrete or of steel. Earthwork embankments shall be firmly and compactly built of good earth free from stones, vegetable matter, or other similar material, and shall have a flat section of at least 3 feet ( [CONT.]: 1219.2 mm) high, but in no case shall the protection be higher than one - quarter the height of the tank when the height of the tank exceeds 16 feet (4876.8 mm). Embankments or dikes shall be made of earthwork with clay core, of masonry, of reinforced concrete or of steel. Earthwork embankments shall be firmly and compactly built of good earth free from stones, vegetable matter, or other similar material, and shall have a flat section of at least 3 feet ( [CONT.]: 1219.2 mm) high, but in no case shall the protection be higher than one - quarter the height of the tank when the height of the tank exceeds 16 feet (4876.8 mm). Embankments or dikes shall be made of earthwork with clay core, of masonry, of reinforced concrete or of steel. Earthwork embankments shall be firmly and compactly built of good earth free from stones, vegetable matter, or other similar material, and shall have a flat section of at least 3 feet ( [CONT.]: 1219.2 mm) high, but in no case shall the protection be higher than one - quarter the height of the tank when the height of the tank exceeds 16 feet (4876.8 mm). Embankments or dikes shall be made of earthwork with clay core, of masonry, of reinforced concrete or of steel. Earthwork embankments shall be firmly and compactly built of good earth free from stones, vegetable matter, or other similar material, and shall have a flat section of at least 3 feet ( [CONT.]: 1219.2 mm) high, but in no case shall the protection be higher than one - quarter the height of the tank when the height of the tank exceeds 16 feet (4876.8 mm). Embankments or dikes shall be made of earthwork with clay core, of masonry, of reinforced concrete or of steel. Earthwork embankments shall be firmly and compactly built of good earth free from stones, vegetable matter, or other similar material, and shall have a flat section of at least 3 feet ( [CONT.]: 1219.2 mm) high, but in no case shall the protection be higher than one - quarter the height of the tank when the height of the tank exceeds 16 feet (4876.8 mm). Embankments or dikes shall be made of earthwork with clay core, of masonry, of reinforced concrete or of steel. Earthwork embankments shall be firmly and compactly built of good earth free from stones, vegetable matter, or other similar material, and shall have a flat section of at least 3 feet ( [CONT.]: 1219.2 mm) high, but in no case shall the protection be higher than one - quarter the height of the tank when the height of the tank exceeds 16 feet (4876.8 mm). Embankments or dikes shall be made of earthwork with clay core, of masonry, of reinforced concrete or of steel. Earthwork embankments shall be firmly and compactly built of good earth free from stones, vegetable matter, or other similar material, and shall have a flat section of at least 3 feet ( [CONT.]: 1219.2 mm) high, but in no case shall the protection be higher than one - quarter the height of the tank when the height of the tank exceeds 16 feet (4876.8 mm). Embankments or dikes shall be made of earthwork with clay core, of masonry, of reinforced concrete or of steel. Earthwork embankments shall be firmly and compactly built of good earth free from stones, vegetable matter, or other similar material, and shall have a flat section of at least 3 feet ( [CONT.]: 1219.2 mm) high, but in no case shall the protection be higher than one - quarter the height of the tank when the height of the tank exceeds 16 feet (4876.8 mm). Embankments or dikes shall be made of earthwork with clay core, of masonry, of reinforced concrete or of steel. Earthwork embankments shall be firmly and compactly built of good earth free from stones, vegetable matter, or other similar material, and shall have a flat section of at least 3 feet ( [CONT.]: 1219.2 mm) high, but in no case shall the protection be higher than one - quarter the height of the tank when the height of the tank exceeds 16 feet (4876.8 mm). Embankments or dikes shall be made of earthwork with clay core, of masonry, of reinforced concrete or of steel. Earthwork embankments shall be firmly and compactly built of good earth free from stones, vegetable matter, or other similar material, and shall have a flat section of at least 3 feet ( [CONT.]: 1219.2 mm) high, but in no case shall the protection be higher than one - quarter the height of the tank when the height of the tank exceeds 16 feet (4876.8 mm). Embankments or dikes shall be made of earthwork with clay core, of masonry, of reinforced concrete or of steel. Earthwork embankments shall be firmly and compactly built of good earth free from stones, vegetable matter, or other similar material, and shall have a flat section of at least 3 feet ( [CONT.]: 1219.2 mm) high, but in no case shall the protection be higher than one - quarter the height of the tank when the height of the tank exceeds 16 feet (4876.8 mm). Embankments or dikes shall be made of earthwork with clay core, of masonry, of reinforced concrete or of steel. Earthwork embankments shall be firmly and compactly built of good earth free from stones, vegetable matter, or other similar material, and shall have a flat section of at least 3 feet (",
    "metadata": {
      "section_full": "1219.2",
      "parent_major": "1219",
      "parent_minor": "1219.2",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14 1305.14 Alternate tank design and construction standards. Oil - storage tanks, other than those conforming to ASME Boiler and Pressure Vessel Code , Section VIII, Division 1 or 2, UL 58, UL 80, UL 142, or UL 1316 shall be designed, constructed and installed in accordance with the requirements of Sections 1305.14.1 through 1305.14.5.; such tanks sha ll be labeled; or 5. Alternate tank design and construction standards contained in Section 1305.14. [CONT.]: 1305.14 Alternate tank design and construction standards. Oil - storage tanks, other than those conforming to ASME Boiler and Pressure Vessel Code , Section VIII, Division 1 or 2, UL 58, UL 80, UL 142, or UL 1316 shall be designed, constructed and installed in accordance with the requirements of Sections 1305.14.1 through 1305.14.5. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14 Alternate tank design and construction standards. Oil - storage tanks, other than those conforming to ASME Boiler and Pressure Vessel Code , Section VIII, Division 1 or 2, UL 58, UL 80, UL 142, or UL 1316 shall be designed, constructed and installed in accordance with the requirements of Sections 1305.14.1 through 1305.14.5. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14 Alternate tank design and construction standards. Oil - storage tanks, other than those conforming to ASME Boiler and Pressure Vessel Code , Section VIII, Division 1 or 2, UL 58, UL 80, UL 142, or UL 1316 shall be designed, constructed and installed in accordance with the requirements of Sections 1305.14.1 through 1305.14.5. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14 Alternate tank design and construction standards. Oil - storage tanks, other than those conforming to ASME Boiler and Pressure Vessel Code , Section VIII, Division 1 or 2, UL 58, UL 80, UL 142, or UL 1316 shall be designed, constructed and installed in accordance with the requirements of Sections 1305.14.1 through 1305.14.5. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14 Alternate tank design and construction standards. Oil - storage tanks, other than those conforming to ASME Boiler and Pressure Vessel Code , Section VIII, Division 1 or 2, UL 58, UL 80, UL 142, or UL 1316 shall be designed, constructed and installed in accordance with the requirements of Sections 1305.14.1 through 1305.14.5. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14 Alternate tank design and construction standards. Oil - storage tanks, other than those conforming to ASME Boiler and Pressure Vessel Code , Section VIII, Division 1 or 2, UL 58, UL 80, UL 142, or UL 1316 shall be designed, constructed and installed in accordance with the requirements of Sections 1305.14.1 through 1305.14.5. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14 Alternate tank design and construction standards. Oil - storage tanks, other than those conforming to ASME Boiler and Pressure Vessel Code , Section VIII, Division 1 or 2, UL 58, UL 80, UL 142, or UL 1316 shall be designed, constructed and installed in accordance with the requirements of Sections 1305.14.1 through 1305.14.5. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14 Alternate tank design and construction standards. Oil - storage tanks, other than those conforming to ASME Boiler and Pressure Vessel Code , Section VIII, Division 1 or 2, UL 58, UL 80, UL 142, or UL 1316 shall be designed, constructed and installed in accordance with the requirements of Sections 1305.14.1 through 1305.14.5. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14 Alternate tank design and construction standards. Oil - storage tanks, other than those conforming to ASME Boiler and Pressure Vessel Code , Section VIII, Division 1 or 2, UL 58, UL 80, UL 142, or UL 1316 shall be designed, constructed and installed in accordance with the requirements of Sections 1305.14.1 through 1305.14.5. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14 Alternate tank design and construction standards. Oil - storage tanks, other than those conforming to ASME Boiler and Pressure Vessel Code , Section VIII, Division 1 or 2, UL 58, UL 80, UL 142, or UL 1316 shall be designed, constructed and installed in accordance with the requirements of Sections 1305.14.1 through 1305.14.5. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14 Alternate tank design and construction standards. Oil - storage tanks, other than those conforming to ASME Boiler and Pressure Vessel Code , Section VIII, Division 1 or 2, UL 58, UL 80, UL 142, or UL 1316 shall be designed, constructed and installed in accordance with the requirements of Sections 1305.14.1 through 1305.14.5. FUEL - OIL PIPING AND STORAGE",
    "metadata": {
      "section_full": "1305.14",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.1",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.1 1305.14.1 General construction stand ards. All tanks shall comply with the requirements of Sections 1305.14.1.1 through 1305.14.1.9. [CONT.]: 1305.14.1 General construction stand ards. All tanks shall comply with the requirements of Sections 1305.14.1.1 through 1305.14.1.9. [CONT.]: 1305.14.1 General construction stand ards. All tanks shall comply with the requirements of Sections 1305.14.1.1 through 1305.14.1.9. [CONT.]: 1305.14.1 General construction stand ards. All tanks shall comply with the requirements of Sections 1305.14.1.1 through 1305.14.1.9. [CONT.]: 1305.14.1 General construction stand ards. All tanks shall comply with the requirements of Sections 1305.14.1.1 through 1305.14.1.9. [CONT.]: 1305.14.1 General construction stand ards. All tanks shall comply with the requirements of Sections 1305.14.1.1 through 1305.14.1.9. [CONT.]: 1305.14.1 General construction stand ards. All tanks shall comply with the requirements of Sections 1305.14.1.1 through 1305.14.1.9. [CONT.]: 1305.14.1 General construction stand ards. All tanks shall comply with the requirements of Sections 1305.14.1.1 through 1305.14.1.9. [CONT.]: 1305.14.1 General construction stand ards. All tanks shall comply with the requirements of Sections 1305.14.1.1 through 1305.14.1.9. [CONT.]: 1305.14.1 General construction stand ards. All tanks shall comply with the requirements of Sections 1305.14.1.1 through 1305.14.1.9. [CONT.]: 1305.14.1 General construction stand ards. All tanks shall comply with the requirements of Sections 1305.14.1.1 through 1305.14.1.9.",
    "metadata": {
      "section_full": "1305.14.1",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.1.1",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.1.1 1305.14.1.1 Materials and workmanship. All fuel - oil storage tanks shall be built of steel plates or sheets, made by the open hearth or basic oxygen process. Suc h steel shall be free from physical imperfections, and shall be new, in good condition and free from rust. [CONT.]: 1305.14.1.1 Materials and workmanship. All fuel - oil storage tanks shall be built of steel plates or sheets, made by the open hearth or basic oxygen process. Suc h steel shall be free from physical imperfections, and shall be new, in good condition and free from rust. [CONT.]: 1305.14.1.1 Materials and workmanship. All fuel - oil storage tanks shall be built of steel plates or sheets, made by the open hearth or basic oxygen process. Suc h steel shall be free from physical imperfections, and shall be new, in good condition and free from rust. [CONT.]: 1305.14.1.1 Materials and workmanship. All fuel - oil storage tanks shall be built of steel plates or sheets, made by the open hearth or basic oxygen process. Suc h steel shall be free from physical imperfections, and shall be new, in good condition and free from rust. [CONT.]: 1305.14.1.1 Materials and workmanship. All fuel - oil storage tanks shall be built of steel plates or sheets, made by the open hearth or basic oxygen process. Suc h steel shall be free from physical imperfections, and shall be new, in good condition and free from rust. [CONT.]: 1305.14.1.1 Materials and workmanship. All fuel - oil storage tanks shall be built of steel plates or sheets, made by the open hearth or basic oxygen process. Suc h steel shall be free from physical imperfections, and shall be new, in good condition and free from rust. [CONT.]: 1305.14.1.1 Materials and workmanship. All fuel - oil storage tanks shall be built of steel plates or sheets, made by the open hearth or basic oxygen process. Suc h steel shall be free from physical imperfections, and shall be new, in good condition and free from rust. [CONT.]: 1305.14.1.1 Materials and workmanship. All fuel - oil storage tanks shall be built of steel plates or sheets, made by the open hearth or basic oxygen process. Suc h steel shall be free from physical imperfections, and shall be new, in good condition and free from rust. [CONT.]: 1305.14.1.1 Materials and workmanship. All fuel - oil storage tanks shall be built of steel plates or sheets, made by the open hearth or basic oxygen process. Suc h steel shall be free from physical imperfections, and shall be new, in good condition and free from rust. [CONT.]: 1305.14.1.1 Materials and workmanship. All fuel - oil storage tanks shall be built of steel plates or sheets, made by the open hearth or basic oxygen process. Suc h steel shall be free from physical imperfections, and shall be new, in good condition and free from rust. [CONT.]: 1305.14.1.1 Materials and workmanship. All fuel - oil storage tanks shall be built of steel plates or sheets, made by the open hearth or basic oxygen process. Suc h steel shall be free from physical imperfections, and shall be new, in good condition and free from rust.",
    "metadata": {
      "section_full": "1305.14.1.1",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.1.2",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.1.2 1305.14.1.2 Assembly. Tanks, flanges or other pipe connections shall be welded. Filler of any kind between plates shall be prohibited. [CONT.]: 1305.14.1.2 Assembly. Tanks, flanges or other pipe connections shall be welded. Filler of any kind between plates shall be prohibited. [CONT.]: 1305.14.1.2 Assembly. Tanks, flanges or other pipe connections shall be welded. Filler of any kind between plates shall be prohibited. [CONT.]: 1305.14.1.2 Assembly. Tanks, flanges or other pipe connections shall be welded. Filler of any kind between plates shall be prohibited. [CONT.]: 1305.14.1.2 Assembly. Tanks, flanges or other pipe connections shall be welded. Filler of any kind between plates shall be prohibited. [CONT.]: 1305.14.1.2 Assembly. Tanks, flanges or other pipe connections shall be welded. Filler of any kind between plates shall be prohibited. [CONT.]: 1305.14.1.2 Assembly. Tanks, flanges or other pipe connections shall be welded. Filler of any kind between plates shall be prohibited. [CONT.]: 1305.14.1.2 Assembly. Tanks, flanges or other pipe connections shall be welded. Filler of any kind between plates shall be prohibited. [CONT.]: 1305.14.1.2 Assembly. Tanks, flanges or other pipe connections shall be welded. Filler of any kind between plates shall be prohibited. [CONT.]: 1305.14.1.2 Assembly. Tanks, flanges or other pipe connections shall be welded. Filler of any kind between plates shall be prohibited. [CONT.]: 1305.14.1.2 Assembly. Tanks, flanges or other pipe connections shall be welded. Filler of any kind between plates shall be prohibited.",
    "metadata": {
      "section_full": "1305.14.1.2",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.1.3",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.1.3 1305.14.1.3 Co rrosion resistance. Tanks to be buried shall be cleaned and then coated on the outside with two coats of corrosion protective material. They shall be further protected by a coating of hot tar, asphalt, or equivalent rust - resistive material, applied at the work site. Tanks installed inside buildings above ground shall be coated with one coat of corrosion protective material. [CONT.]: 1305.14.1.3 Co rrosion resistance. Tanks to be buried shall be cleaned and then coated on the outside with two coats of corrosion protective material. They shall be further protected by a coating of hot tar, asphalt, or equivalent rust - resistive material, applied at the work site. Tanks installed inside buildings above ground shall be coated with one coat of corrosion protective material. [CONT.]: 1305.14.1.3 Co rrosion resistance. Tanks to be buried shall be cleaned and then coated on the outside with two coats of corrosion protective material. They shall be further protected by a coating of hot tar, asphalt, or equivalent rust - resistive material, applied at the work site. Tanks installed inside buildings above ground shall be coated with one coat of corrosion protective material. [CONT.]: 1305.14.1.3 Co rrosion resistance. Tanks to be buried shall be cleaned and then coated on the outside with two coats of corrosion protective material. They shall be further protected by a coating of hot tar, asphalt, or equivalent rust - resistive material, applied at the work site. Tanks installed inside buildings above ground shall be coated with one coat of corrosion protective material. [CONT.]: 1305.14.1.3 Co rrosion resistance. Tanks to be buried shall be cleaned and then coated on the outside with two coats of corrosion protective material. They shall be further protected by a coating of hot tar, asphalt, or equivalent rust - resistive material, applied at the work site. Tanks installed inside buildings above ground shall be coated with one coat of corrosion protective material. [CONT.]: 1305.14.1.3 Co rrosion resistance. Tanks to be buried shall be cleaned and then coated on the outside with two coats of corrosion protective material. They shall be further protected by a coating of hot tar, asphalt, or equivalent rust - resistive material, applied at the work site. Tanks installed inside buildings above ground shall be coated with one coat of corrosion protective material. [CONT.]: 1305.14.1.3 Co rrosion resistance. Tanks to be buried shall be cleaned and then coated on the outside with two coats of corrosion protective material. They shall be further protected by a coating of hot tar, asphalt, or equivalent rust - resistive material, applied at the work site. Tanks installed inside buildings above ground shall be coated with one coat of corrosion protective material. [CONT.]: 1305.14.1.3 Co rrosion resistance. Tanks to be buried shall be cleaned and then coated on the outside with two coats of corrosion protective material. They shall be further protected by a coating of hot tar, asphalt, or equivalent rust - resistive material, applied at the work site. Tanks installed inside buildings above ground shall be coated with one coat of corrosion protective material. [CONT.]: 1305.14.1.3 Co rrosion resistance. Tanks to be buried shall be cleaned and then coated on the outside with two coats of corrosion protective material. They shall be further protected by a coating of hot tar, asphalt, or equivalent rust - resistive material, applied at the work site. Tanks installed inside buildings above ground shall be coated with one coat of corrosion protective material. [CONT.]: 1305.14.1.3 Co rrosion resistance. Tanks to be buried shall be cleaned and then coated on the outside with two coats of corrosion protective material. They shall be further protected by a coating of hot tar, asphalt, or equivalent rust - resistive material, applied at the work site. Tanks installed inside buildings above ground shall be coated with one coat of corrosion protective material. [CONT.]: 1305.14.1.3 Co rrosion resistance. Tanks to be buried shall be cleaned and then coated on the outside with two coats of corrosion protective material. They shall be further protected by a coating of hot tar, asphalt, or equivalent rust - resistive material, applied at the work site. Tanks installed inside buildings above ground shall be coated with one coat of corrosion protective material.",
    "metadata": {
      "section_full": "1305.14.1.3",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.1.4",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.1.4 1305.14.1.4 External loads on underground tanks. All buried storage tanks shall be constructed of at least 1 / 4 - inch - thick (6.4 mm) metal and shall be designed to withstand any external loads to which the tank may be subjected. [CONT.]: 1305.14.1.4 External loads on underground tanks. All buried storage tanks shall be constructed of at least 1 / 4 - inch - thick (6.4 mm) metal and shall be designed to withstand any external loads to which the tank may be subjected. [CONT.]: 1305.14.1.4 External loads on underground tanks. All buried storage tanks shall be constructed of at least 1 / 4 - inch - thick (6.4 mm) metal and shall be designed to withstand any external loads to which the tank may be subjected. [CONT.]: 1305.14.1.4 External loads on underground tanks. All buried storage tanks shall be constructed of at least 1 / 4 - inch - thick (6.4 mm) metal and shall be designed to withstand any external loads to which the tank may be subjected. [CONT.]: 1305.14.1.4 External loads on underground tanks. All buried storage tanks shall be constructed of at least 1 / 4 - inch - thick (6.4 mm) metal and shall be designed to withstand any external loads to which the tank may be subjected. [CONT.]: 1305.14.1.4 External loads on underground tanks. All buried storage tanks shall be constructed of at least 1 / 4 - inch - thick (6.4 mm) metal and shall be designed to withstand any external loads to which the tank may be subjected. [CONT.]: 1305.14.1.4 External loads on underground tanks. All buried storage tanks shall be constructed of at least 1 / 4 - inch - thick (6.4 mm) metal and shall be designed to withstand any external loads to which the tank may be subjected. [CONT.]: 1305.14.1.4 External loads on underground tanks. All buried storage tanks shall be constructed of at least 1 / 4 - inch - thick (6.4 mm) metal and shall be designed to withstand any external loads to which the tank may be subjected. [CONT.]: 1305.14.1.4 External loads on underground tanks. All buried storage tanks shall be constructed of at least 1 / 4 - inch - thick (6.4 mm) metal and shall be designed to withstand any external loads to which the tank may be subjected. [CONT.]: 1305.14.1.4 External loads on underground tanks. All buried storage tanks shall be constructed of at least 1 / 4 - inch - thick (6.4 mm) metal and shall be designed to withstand any external loads to which the tank may be subjected. [CONT.]: 1305.14.1.4 External loads on underground tanks. All buried storage tanks shall be constructed of at least 1 / 4 - inch - thick (6.4 mm) metal and shall be designed to withstand any external loads to which the tank may be subjected.",
    "metadata": {
      "section_full": "1305.14.1.4",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.1.5",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.1.5 1305.14.1.5 Identification. At the time of installation, all storage tanks shall bear a permanently fixed plate, spot welded or equivalent, bearing the name of the tank manufacturer, the gage of the material, and capacity of the tank. Shop - fabricated storage tanks shall be installed without structural alteration. [CONT.]: 1305.14.1.5 Identification. At the time of installation, all storage tanks shall bear a permanently fixed plate, spot welded or equivalent, bearing the name of the tank manufacturer, the gage of the material, and capacity of the tank. Shop - fabricated storage tanks shall be installed without structural alteration. [CONT.]: 1305.14.1.5 Identification. At the time of installation, all storage tanks shall bear a permanently fixed plate, spot welded or equivalent, bearing the name of the tank manufacturer, the gage of the material, and capacity of the tank. Shop - fabricated storage tanks shall be installed without structural alteration. [CONT.]: 1305.14.1.5 Identification. At the time of installation, all storage tanks shall bear a permanently fixed plate, spot welded or equivalent, bearing the name of the tank manufacturer, the gage of the material, and capacity of the tank. Shop - fabricated storage tanks shall be installed without structural alteration. [CONT.]: 1305.14.1.5 Identification. At the time of installation, all storage tanks shall bear a permanently fixed plate, spot welded or equivalent, bearing the name of the tank manufacturer, the gage of the material, and capacity of the tank. Shop - fabricated storage tanks shall be installed without structural alteration. [CONT.]: 1305.14.1.5 Identification. At the time of installation, all storage tanks shall bear a permanently fixed plate, spot welded or equivalent, bearing the name of the tank manufacturer, the gage of the material, and capacity of the tank. Shop - fabricated storage tanks shall be installed without structural alteration. [CONT.]: 1305.14.1.5 Identification. At the time of installation, all storage tanks shall bear a permanently fixed plate, spot welded or equivalent, bearing the name of the tank manufacturer, the gage of the material, and capacity of the tank. Shop - fabricated storage tanks shall be installed without structural alteration. [CONT.]: 1305.14.1.5 Identification. At the time of installation, all storage tanks shall bear a permanently fixed plate, spot welded or equivalent, bearing the name of the tank manufacturer, the gage of the material, and capacity of the tank. Shop - fabricated storage tanks shall be installed without structural alteration. [CONT.]: 1305.14.1.5 Identification. At the time of installation, all storage tanks shall bear a permanently fixed plate, spot welded or equivalent, bearing the name of the tank manufacturer, the gage of the material, and capacity of the tank. Shop - fabricated storage tanks shall be installed without structural alteration. [CONT.]: 1305.14.1.5 Identification. At the time of installation, all storage tanks shall bear a permanently fixed plate, spot welded or equivalent, bearing the name of the tank manufacturer, the gage of the material, and capacity of the tank. Shop - fabricated storage tanks shall be installed without structural alteration. [CONT.]: 1305.14.1.5 Identification. At the time of installation, all storage tanks shall bear a permanently fixed plate, spot welded or equivalent, bearing the name of the tank manufacturer, the gage of the material, and capacity of the tank. Shop - fabricated storage tanks shall be installed without structural alteration.",
    "metadata": {
      "section_full": "1305.14.1.5",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.1.6",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.1.6 1305.14.1.6 Openings. All openings shall be through the top of the storage tank, except that storage tanks of 330 gallon (1249.2 L) capacity or less, located above ground on the lowest story, may be provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the storage tank. [CONT.]: 1305.14.1.6 Openings. All openings shall be through the top of the storage tank, except that storage tanks of 330 gallon (1249.2 L) capacity or less, located above ground on the lowest story, may be provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the storage tank. [CONT.]: 1305.14.1.6 Openings. All openings shall be through the top of the storage tank, except that storage tanks of 330 gallon (1249.2 L) capacity or less, located above ground on the lowest story, may be provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the storage tank. [CONT.]: 1305.14.1.6 Openings. All openings shall be through the top of the storage tank, except that storage tanks of 330 gallon (1249.2 L) capacity or less, located above ground on the lowest story, may be provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the storage tank. [CONT.]: 1305.14.1.6 Openings. All openings shall be through the top of the storage tank, except that storage tanks of 330 gallon (1249.2 L) capacity or less, located above ground on the lowest story, may be provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the storage tank. [CONT.]: 1305.14.1.6 Openings. All openings shall be through the top of the storage tank, except that storage tanks of 330 gallon (1249.2 L) capacity or less, located above ground on the lowest story, may be provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the storage tank. [CONT.]: 1305.14.1.6 Openings. All openings shall be through the top of the storage tank, except that storage tanks of 330 gallon (1249.2 L) capacity or less, located above ground on the lowest story, may be provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the storage tank. [CONT.]: 1305.14.1.6 Openings. All openings shall be through the top of the storage tank, except that storage tanks of 330 gallon (1249.2 L) capacity or less, located above ground on the lowest story, may be provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the storage tank. [CONT.]: 1305.14.1.6 Openings. All openings shall be through the top of the storage tank, except that storage tanks of 330 gallon (1249.2 L) capacity or less, located above ground on the lowest story, may be provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the storage tank. [CONT.]: 1305.14.1.6 Openings. All openings shall be through the top of the storage tank, except that storage tanks of 330 gallon (1249.2 L) capacity or less, located above ground on the lowest story, may be provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the storage tank. [CONT.]: 1305.14.1.6 Openings. All openings shall be through the top of the storage tank, except that storage tanks of 330 gallon (1249.2 L) capacity or less, located above ground on the lowest story, may be provided with a 1 / 2 - inch (12.7 mm) opening for gravity discharge in the bottom of the storage tank.",
    "metadata": {
      "section_full": "1305.14.1.6",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.1.7",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.1.7 1305.14.1.7 Manholes. Tanks for No. 1, No. 2, No. 3 and No . 4 commercial - grade oils need not have manholes. However, if manholes are used for tanks containing such oils, the manhole covers shall be bolted and made gas tight. Tanks for No. 5 and No. 6 commercial - grade oils shall have manhole covers bolted or other wise secured to the tanks and kept hydrostatically tight at all times. Tanks 330 gallon (1249.2 L) capacity or less, and all other tanks without manholes, shall be provided with a two screwed connection on the top of the tank to permit measuring the level of the oil within. [CONT.]: 1305.14.1.7 Manholes. Tanks for No. 1, No. 2, No. 3 and No . 4 commercial - grade oils need not have manholes. However, if manholes are used for tanks containing such oils, the manhole covers shall be bolted and made gas tight. Tanks for No. 5 and No. 6 commercial - grade oils shall have manhole covers bolted or other wise secured to the tanks and kept hydrostatically tight at all times. Tanks 330 gallon (1249.2 L) capacity or less, and all other tanks without manholes, shall be provided with a two screwed connection on the top of the tank to permit measuring the level of the oil within. [CONT.]: 1305.14.1.7 Manholes. Tanks for No. 1, No. 2, No. 3 and No . 4 commercial - grade oils need not have manholes. However, if manholes are used for tanks containing such oils, the manhole covers shall be bolted and made gas tight. Tanks for No. 5 and No. 6 commercial - grade oils shall have manhole covers bolted or other wise secured to the tanks and kept hydrostatically tight at all times. Tanks 330 gallon (1249.2 L) capacity or less, and all other tanks without manholes, shall be provided with a two screwed connection on the top of the tank to permit measuring the level of the oil within. [CONT.]: 1305.14.1.7 Manholes. Tanks for No. 1, No. 2, No. 3 and No . 4 commercial - grade oils need not have manholes. However, if manholes are used for tanks containing such oils, the manhole covers shall be bolted and made gas tight. Tanks for No. 5 and No. 6 commercial - grade oils shall have manhole covers bolted or other wise secured to the tanks and kept hydrostatically tight at all times. Tanks 330 gallon (1249.2 L) capacity or less, and all other tanks without manholes, shall be provided with a two screwed connection on the top of the tank to permit measuring the level of the oil within. [CONT.]: 1305.14.1.7 Manholes. Tanks for No. 1, No. 2, No. 3 and No . 4 commercial - grade oils need not have manholes. However, if manholes are used for tanks containing such oils, the manhole covers shall be bolted and made gas tight. Tanks for No. 5 and No. 6 commercial - grade oils shall have manhole covers bolted or other wise secured to the tanks and kept hydrostatically tight at all times. Tanks 330 gallon (1249.2 L) capacity or less, and all other tanks without manholes, shall be provided with a two screwed connection on the top of the tank to permit measuring the level of the oil within. [CONT.]: 1305.14.1.7 Manholes. Tanks for No. 1, No. 2, No. 3 and No . 4 commercial - grade oils need not have manholes. However, if manholes are used for tanks containing such oils, the manhole covers shall be bolted and made gas tight. Tanks for No. 5 and No. 6 commercial - grade oils shall have manhole covers bolted or other wise secured to the tanks and kept hydrostatically tight at all times. Tanks 330 gallon (1249.2 L) capacity or less, and all other tanks without manholes, shall be provided with a two screwed connection on the top of the tank to permit measuring the level of the oil within. [CONT.]: 1305.14.1.7 Manholes. Tanks for No. 1, No. 2, No. 3 and No . 4 commercial - grade oils need not have manholes. However, if manholes are used for tanks containing such oils, the manhole covers shall be bolted and made gas tight. Tanks for No. 5 and No. 6 commercial - grade oils shall have manhole covers bolted or other wise secured to the tanks and kept hydrostatically tight at all times. Tanks 330 gallon (1249.2 L) capacity or less, and all other tanks without manholes, shall be provided with a two screwed connection on the top of the tank to permit measuring the level of the oil within. [CONT.]: 1305.14.1.7 Manholes. Tanks for No. 1, No. 2, No. 3 and No . 4 commercial - grade oils need not have manholes. However, if manholes are used for tanks containing such oils, the manhole covers shall be bolted and made gas tight. Tanks for No. 5 and No. 6 commercial - grade oils shall have manhole covers bolted or other wise secured to the tanks and kept hydrostatically tight at all times. Tanks 330 gallon (1249.2 L) capacity or less, and all other tanks without manholes, shall be provided with a two screwed connection on the top of the tank to permit measuring the level of the oil within. [CONT.]: 1305.14.1.7 Manholes. Tanks for No. 1, No. 2, No. 3 and No . 4 commercial - grade oils need not have manholes. However, if manholes are used for tanks containing such oils, the manhole covers shall be bolted and made gas tight. Tanks for No. 5 and No. 6 commercial - grade oils shall have manhole covers bolted or other wise secured to the tanks and kept hydrostatically tight at all times. Tanks 330 gallon (1249.2 L) capacity or less, and all other tanks without manholes, shall be provided with a two screwed connection on the top of the tank to permit measuring the level of the oil within. [CONT.]: 1305.14.1.7 Manholes. Tanks for No. 1, No. 2, No. 3 and No . 4 commercial - grade oils need not have manholes. However, if manholes are used for tanks containing such oils, the manhole covers shall be bolted and made gas tight. Tanks for No. 5 and No. 6 commercial - grade oils shall have manhole covers bolted or other wise secured to the tanks and kept hydrostatically tight at all times. Tanks 330 gallon (1249.2 L) capacity or less, and all other tanks without manholes, shall be provided with a two screwed connection on the top of the tank to permit measuring the level of the oil within. [CONT.]: 1305.14.1.7 Manholes. Tanks for No. 1, No. 2, No. 3 and No . 4 commercial - grade oils need not have manholes. However, if manholes are used for tanks containing such oils, the manhole covers shall be bolted and made gas tight. Tanks for No. 5 and No. 6 commercial - grade oils shall have manhole covers bolted or other wise secured to the tanks and kept hydrostatically tight at all times. Tanks 330 gallon (1249.2 L) capacity or less, and all other tanks without manholes, shall be provided with a two screwed connection on the top of the tank to permit measuring the level of the oil within.",
    "metadata": {
      "section_full": "1305.14.1.7",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.1.8",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.1.8 1305.14.1.8 Electrical grounding. Tanks outside of buildings shall be electrically grounded in accordance with the requirements for equipment grounding of the New York City Electrical Code. [CONT.]: 1305.14.1.8 Electrical grounding. Tanks outside of buildings shall be electrically grounded in accordance with the requirements for equipment grounding of the New York City Electrical Code. [CONT.]: 1305.14.1.8 Electrical grounding. Tanks outside of buildings shall be electrically grounded in accordance with the requirements for equipment grounding of the New York City Electrical Code. [CONT.]: 1305.14.1.8 Electrical grounding. Tanks outside of buildings shall be electrically grounded in accordance with the requirements for equipment grounding of the New York City Electrical Code. [CONT.]: 1305.14.1.8 Electrical grounding. Tanks outside of buildings shall be electrically grounded in accordance with the requirements for equipment grounding of the New York City Electrical Code. [CONT.]: 1305.14.1.8 Electrical grounding. Tanks outside of buildings shall be electrically grounded in accordance with the requirements for equipment grounding of the New York City Electrical Code. [CONT.]: 1305.14.1.8 Electrical grounding. Tanks outside of buildings shall be electrically grounded in accordance with the requirements for equipment grounding of the New York City Electrical Code. [CONT.]: 1305.14.1.8 Electrical grounding. Tanks outside of buildings shall be electrically grounded in accordance with the requirements for equipment grounding of the New York City Electrical Code. [CONT.]: 1305.14.1.8 Electrical grounding. Tanks outside of buildings shall be electrically grounded in accordance with the requirements for equipment grounding of the New York City Electrical Code. [CONT.]: 1305.14.1.8 Electrical grounding. Tanks outside of buildings shall be electrically grounded in accordance with the requirements for equipment grounding of the New York City Electrical Code. [CONT.]: 1305.14.1.8 Electrical grounding. Tanks outside of buildings shall be electrically grounded in accordance with the requirements for equipment grounding of the New York City Electrical Code.",
    "metadata": {
      "section_full": "1305.14.1.8",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.1.9",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.1.9 1305.14.1.9 Protection from heat and flame. Tanks shall be located at least 7 feet (2133.6 mm), measured in the most direct manner, from any source of exposed flame unless protected as provided in Section 1305.11.1.2, Exception 3, and at least 2 feet ( [CONT.]: 1305.14.1.9 Protection from heat and flame. Tanks shall be located at least 7 feet (2133.6 mm), measured in the most direct manner, from any source of exposed flame unless protected as provided in Section 1305.11.1.2, Exception 3, and at least 2 feet ( [CONT.]: 1305.14.1.9 Protection from heat and flame. Tanks shall be located at least 7 feet (2133.6 mm), measured in the most direct manner, from any source of exposed flame unless protected as provided in Section 1305.11.1.2, Exception 3, and at least 2 feet ( [CONT.]: 1305.14.1.9 Protection from heat and flame. Tanks shall be located at least 7 feet (2133.6 mm), measured in the most direct manner, from any source of exposed flame unless protected as provided in Section 1305.11.1.2, Exception 3, and at least 2 feet ( [CONT.]: 1305.14.1.9 Protection from heat and flame. Tanks shall be located at least 7 feet (2133.6 mm), measured in the most direct manner, from any source of exposed flame unless protected as provided in Section 1305.11.1.2, Exception 3, and at least 2 feet ( [CONT.]: 1305.14.1.9 Protection from heat and flame. Tanks shall be located at least 7 feet (2133.6 mm), measured in the most direct manner, from any source of exposed flame unless protected as provided in Section 1305.11.1.2, Exception 3, and at least 2 feet ( [CONT.]: 1305.14.1.9 Protection from heat and flame. Tanks shall be located at least 7 feet (2133.6 mm), measured in the most direct manner, from any source of exposed flame unless protected as provided in Section 1305.11.1.2, Exception 3, and at least 2 feet ( [CONT.]: 1305.14.1.9 Protection from heat and flame. Tanks shall be located at least 7 feet (2133.6 mm), measured in the most direct manner, from any source of exposed flame unless protected as provided in Section 1305.11.1.2, Exception 3, and at least 2 feet ( [CONT.]: 1305.14.1.9 Protection from heat and flame. Tanks shall be located at least 7 feet (2133.6 mm), measured in the most direct manner, from any source of exposed flame unless protected as provided in Section 1305.11.1.2, Exception 3, and at least 2 feet ( [CONT.]: 1305.14.1.9 Protection from heat and flame. Tanks shall be located at least 7 feet (2133.6 mm), measured in the most direct manner, from any source of exposed flame unless protected as provided in Section 1305.11.1.2, Exception 3, and at least 2 feet ( [CONT.]: 1305.14.1.9 Protection from heat and flame. Tanks shall be located at least 7 feet (2133.6 mm), measured in the most direct manner, from any source of exposed flame unless protected as provided in Section 1305.11.1.2, Exception 3, and at least 2 feet (",
    "metadata": {
      "section_full": "1305.14.1.9",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.2",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.2 1305.14.2 Additional construction standards for cylindrical tanks exceeding 330 gallons (1249.2 L). Cylindrical tanks, including oval, elongated oval, or round tanks, exceeding 330 gallons (1249.2 L) shall comply with the re quirements of Sections 1305.14.2.1 through 1305.14.2.3. Exception: Such above - ground vertical tanks that are outside of buildings shall comply with Sections [CONT.]: 1305.14.2 Additional construction standards for cylindrical tanks exceeding 330 gallons (1249.2 L). Cylindrical tanks, including oval, elongated oval, or round tanks, exceeding 330 gallons (1249.2 L) shall comply with the re quirements of Sections 1305.14.2.1 through 1305.14.2.3. Exception: Such above - ground vertical tanks that are outside of buildings shall comply with Sections [CONT.]: 1305.14.2 Additional construction standards for cylindrical tanks exceeding 330 gallons (1249.2 L). Cylindrical tanks, including oval, elongated oval, or round tanks, exceeding 330 gallons (1249.2 L) shall comply with the re quirements of Sections 1305.14.2.1 through 1305.14.2.3. Exception: Such above - ground vertical tanks that are outside of buildings shall comply with Sections [CONT.]: 1305.14.2 Additional construction standards for cylindrical tanks exceeding 330 gallons (1249.2 L). Cylindrical tanks, including oval, elongated oval, or round tanks, exceeding 330 gallons (1249.2 L) shall comply with the re quirements of Sections 1305.14.2.1 through 1305.14.2.3. Exception: Such above - ground vertical tanks that are outside of buildings shall comply with Sections [CONT.]: 1305.14.2 Additional construction standards for cylindrical tanks exceeding 330 gallons (1249.2 L). Cylindrical tanks, including oval, elongated oval, or round tanks, exceeding 330 gallons (1249.2 L) shall comply with the re quirements of Sections 1305.14.2.1 through 1305.14.2.3. Exception: Such above - ground vertical tanks that are outside of buildings shall comply with Sections [CONT.]: 1305.14.2 Additional construction standards for cylindrical tanks exceeding 330 gallons (1249.2 L). Cylindrical tanks, including oval, elongated oval, or round tanks, exceeding 330 gallons (1249.2 L) shall comply with the re quirements of Sections 1305.14.2.1 through 1305.14.2.3. Exception: Such above - ground vertical tanks that are outside of buildings shall comply with Sections [CONT.]: 1305.14.2 Additional construction standards for cylindrical tanks exceeding 330 gallons (1249.2 L). Cylindrical tanks, including oval, elongated oval, or round tanks, exceeding 330 gallons (1249.2 L) shall comply with the re quirements of Sections 1305.14.2.1 through 1305.14.2.3. Exception: Such above - ground vertical tanks that are outside of buildings shall comply with Sections [CONT.]: 1305.14.2 Additional construction standards for cylindrical tanks exceeding 330 gallons (1249.2 L). Cylindrical tanks, including oval, elongated oval, or round tanks, exceeding 330 gallons (1249.2 L) shall comply with the re quirements of Sections 1305.14.2.1 through 1305.14.2.3. Exception: Such above - ground vertical tanks that are outside of buildings shall comply with Sections [CONT.]: 1305.14.2 Additional construction standards for cylindrical tanks exceeding 330 gallons (1249.2 L). Cylindrical tanks, including oval, elongated oval, or round tanks, exceeding 330 gallons (1249.2 L) shall comply with the re quirements of Sections 1305.14.2.1 through 1305.14.2.3. Exception: Such above - ground vertical tanks that are outside of buildings shall comply with Sections [CONT.]: 1305.14.2 Additional construction standards for cylindrical tanks exceeding 330 gallons (1249.2 L). Cylindrical tanks, including oval, elongated oval, or round tanks, exceeding 330 gallons (1249.2 L) shall comply with the re quirements of Sections 1305.14.2.1 through 1305.14.2.3. Exception: Such above - ground vertical tanks that are outside of buildings shall comply with Sections [CONT.]: 1305.14.2 Additional construction standards for cylindrical tanks exceeding 330 gallons (1249.2 L). Cylindrical tanks, including oval, elongated oval, or round tanks, exceeding 330 gallons (1249.2 L) shall comply with the re quirements of Sections 1305.14.2.1 through 1305.14.2.3. Exception: Such above - ground vertical tanks that are outside of buildings shall comply with Sections",
    "metadata": {
      "section_full": "1305.14.2",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.2.1",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.2.1 1305.14.2.1 Thickness. The minimum thickness shall be as follows: 1. Tanks 36 inches ( [CONT.]: 1305.14.2.1 Thickness. The minimum thickness shall be as follows: 1. Tanks 36 inches ( [CONT.]: 1305.14.2.1 Thickness. The minimum thickness shall be as follows: 1. Tanks 36 inches ( [CONT.]: 1305.14.2.1 Thickness. The minimum thickness shall be as follows: 1. Tanks 36 inches ( [CONT.]: 1305.14.2.1 Thickness. The minimum thickness shall be as follows: 1. Tanks 36 inches ( [CONT.]: 1305.14.2.1 Thickness. The minimum thickness shall be as follows: 1. Tanks 36 inches ( [CONT.]: 1305.14.2.1 Thickness. The minimum thickness shall be as follows: 1. Tanks 36 inches ( [CONT.]: 1305.14.2.1 Thickness. The minimum thickness shall be as follows: 1. Tanks 36 inches ( [CONT.]: 1305.14.2.1 Thickness. The minimum thickness shall be as follows: 1. Tanks 36 inches ( [CONT.]: 1305.14.2.1 Thickness. The minimum thickness shall be as follows: 1. Tanks 36 inches ( [CONT.]: 1305.14.2.1 Thickness. The minimum thickness shall be as follows: 1. Tanks 36 inches (",
    "metadata": {
      "section_full": "1305.14.2.1",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.2.2",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.2.2 1305.14.2.2 Dished heads. Dished heads for such tanks shall have a curvature the radius of which is not greater than the diameter of the tank. Dished heads shall be formed with an adequate cylindrical extension rim to provide a welding surface. \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1305.14.2.2 Dished heads. Dished heads for such tanks shall have a curvature the radius of which is not greater than the diameter of the tank. Dished heads shall be formed with an adequate cylindrical extension rim to provide a welding surface. \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1305.14.2.2 Dished heads. Dished heads for such tanks shall have a curvature the radius of which is not greater than the diameter of the tank. Dished heads shall be formed with an adequate cylindrical extension rim to provide a welding surface. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.2.2 Dished heads. Dished heads for such tanks shall have a curvature the radius of which is not greater than the diameter of the tank. Dished heads shall be formed with an adequate cylindrical extension rim to provide a welding surface. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.2.2 Dished heads. Dished heads for such tanks shall have a curvature the radius of which is not greater than the diameter of the tank. Dished heads shall be formed with an adequate cylindrical extension rim to provide a welding surface. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.2.2 Dished heads. Dished heads for such tanks shall have a curvature the radius of which is not greater than the diameter of the tank. Dished heads shall be formed with an adequate cylindrical extension rim to provide a welding surface. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.2.2 Dished heads. Dished heads for such tanks shall have a curvature the radius of which is not greater than the diameter of the tank. Dished heads shall be formed with an adequate cylindrical extension rim to provide a welding surface. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.2.2 Dished heads. Dished heads for such tanks shall have a curvature the radius of which is not greater than the diameter of the tank. Dished heads shall be formed with an adequate cylindrical extension rim to provide a welding surface. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.2.2 Dished heads. Dished heads for such tanks shall have a curvature the radius of which is not greater than the diameter of the tank. Dished heads shall be formed with an adequate cylindrical extension rim to provide a welding surface. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.2.2 Dished heads. Dished heads for such tanks shall have a curvature the radius of which is not greater than the diameter of the tank. Dished heads shall be formed with an adequate cylindrical extension rim to provide a welding surface. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.2.2 Dished heads. Dished heads for such tanks shall have a curvature the radius of which is not greater than the diameter of the tank. Dished heads shall be formed with an adequate cylindrical extension rim to provide a welding surface. FUEL - OIL PIPING AND STORAGE",
    "metadata": {
      "section_full": "1305.14.2.2",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.2.3",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.2.3 1305.14.2.3 Flat heads. If flat heads are used, they shall be braced in the same manner as described for the bracing of flat sides of rectangular tanks as provided for in Section 1305 .14.3. [CONT.]: 1305.14.2.3 Flat heads. If flat heads are used, they shall be braced in the same manner as described for the bracing of flat sides of rectangular tanks as provided for in Section 1305 .14.3. [CONT.]: 1305.14.2.3 Flat heads. If flat heads are used, they shall be braced in the same manner as described for the bracing of flat sides of rectangular tanks as provided for in Section 1305 .14.3. [CONT.]: 1305.14.2.3 Flat heads. If flat heads are used, they shall be braced in the same manner as described for the bracing of flat sides of rectangular tanks as provided for in Section 1305 .14.3. [CONT.]: 1305.14.2.3 Flat heads. If flat heads are used, they shall be braced in the same manner as described for the bracing of flat sides of rectangular tanks as provided for in Section 1305 .14.3. [CONT.]: 1305.14.2.3 Flat heads. If flat heads are used, they shall be braced in the same manner as described for the bracing of flat sides of rectangular tanks as provided for in Section 1305 .14.3. [CONT.]: 1305.14.2.3 Flat heads. If flat heads are used, they shall be braced in the same manner as described for the bracing of flat sides of rectangular tanks as provided for in Section 1305 .14.3. [CONT.]: 1305.14.2.3 Flat heads. If flat heads are used, they shall be braced in the same manner as described for the bracing of flat sides of rectangular tanks as provided for in Section 1305 .14.3. [CONT.]: 1305.14.2.3 Flat heads. If flat heads are used, they shall be braced in the same manner as described for the bracing of flat sides of rectangular tanks as provided for in Section 1305 .14.3.",
    "metadata": {
      "section_full": "1305.14.2.3",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.3",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.3 1305.14.3 Additional construction standards for rectangular tanks exceeding 330 gallon (1249.2 L). Rectangular tanks exceeding 330 - gallon (1249.2 L) capacity shall comply with the requirements of Sections 1305.14.3.1 through 1305.14.3.6. [CONT.]: 1305.14.3 Additional construction standards for rectangular tanks exceeding 330 gallon (1249.2 L). Rectangular tanks exceeding 330 - gallon (1249.2 L) capacity shall comply with the requirements of Sections 1305.14.3.1 through 1305.14.3.6. [CONT.]: 1305.14.3 Additional construction standards for rectangular tanks exceeding 330 gallon (1249.2 L). Rectangular tanks exceeding 330 - gallon (1249.2 L) capacity shall comply with the requirements of Sections 1305.14.3.1 through 1305.14.3.6. [CONT.]: 1305.14.3 Additional construction standards for rectangular tanks exceeding 330 gallon (1249.2 L). Rectangular tanks exceeding 330 - gallon (1249.2 L) capacity shall comply with the requirements of Sections 1305.14.3.1 through 1305.14.3.6. [CONT.]: 1305.14.3 Additional construction standards for rectangular tanks exceeding 330 gallon (1249.2 L). Rectangular tanks exceeding 330 - gallon (1249.2 L) capacity shall comply with the requirements of Sections 1305.14.3.1 through 1305.14.3.6. [CONT.]: 1305.14.3 Additional construction standards for rectangular tanks exceeding 330 gallon (1249.2 L). Rectangular tanks exceeding 330 - gallon (1249.2 L) capacity shall comply with the requirements of Sections 1305.14.3.1 through 1305.14.3.6. [CONT.]: 1305.14.3 Additional construction standards for rectangular tanks exceeding 330 gallon (1249.2 L). Rectangular tanks exceeding 330 - gallon (1249.2 L) capacity shall comply with the requirements of Sections 1305.14.3.1 through 1305.14.3.6. [CONT.]: 1305.14.3 Additional construction standards for rectangular tanks exceeding 330 gallon (1249.2 L). Rectangular tanks exceeding 330 - gallon (1249.2 L) capacity shall comply with the requirements of Sections 1305.14.3.1 through 1305.14.3.6. [CONT.]: 1305.14.3 Additional construction standards for rectangular tanks exceeding 330 gallon (1249.2 L). Rectangular tanks exceeding 330 - gallon (1249.2 L) capacity shall comply with the requirements of Sections 1305.14.3.1 through 1305.14.3.6.",
    "metadata": {
      "section_full": "1305.14.3",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.3.1",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.3.1 1305.14.3.1 Thickness. Plates for rectangular tanks of more than 330 gallon (1249.2 L) capacity shall be at least 5 / 16 inch (7.9 mm) thick. [CONT.]: 1305.14.3.1 Thickness. Plates for rectangular tanks of more than 330 gallon (1249.2 L) capacity shall be at least 5 / 16 inch (7.9 mm) thick. [CONT.]: 1305.14.3.1 Thickness. Plates for rectangular tanks of more than 330 gallon (1249.2 L) capacity shall be at least 5 / 16 inch (7.9 mm) thick. [CONT.]: 1305.14.3.1 Thickness. Plates for rectangular tanks of more than 330 gallon (1249.2 L) capacity shall be at least 5 / 16 inch (7.9 mm) thick. [CONT.]: 1305.14.3.1 Thickness. Plates for rectangular tanks of more than 330 gallon (1249.2 L) capacity shall be at least 5 / 16 inch (7.9 mm) thick. [CONT.]: 1305.14.3.1 Thickness. Plates for rectangular tanks of more than 330 gallon (1249.2 L) capacity shall be at least 5 / 16 inch (7.9 mm) thick. [CONT.]: 1305.14.3.1 Thickness. Plates for rectangular tanks of more than 330 gallon (1249.2 L) capacity shall be at least 5 / 16 inch (7.9 mm) thick. [CONT.]: 1305.14.3.1 Thickness. Plates for rectangular tanks of more than 330 gallon (1249.2 L) capacity shall be at least 5 / 16 inch (7.9 mm) thick. [CONT.]: 1305.14.3.1 Thickness. Plates for rectangular tanks of more than 330 gallon (1249.2 L) capacity shall be at least 5 / 16 inch (7.9 mm) thick.",
    "metadata": {
      "section_full": "1305.14.3.1",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.3.2",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.3.2 1305.14.3.2 Corners. Corners may be made up by bending the plates or by using angles. [CONT.]: 1305.14.3.2 Corners. Corners may be made up by bending the plates or by using angles. [CONT.]: 1305.14.3.2 Corners. Corners may be made up by bending the plates or by using angles. [CONT.]: 1305.14.3.2 Corners. Corners may be made up by bending the plates or by using angles. [CONT.]: 1305.14.3.2 Corners. Corners may be made up by bending the plates or by using angles. [CONT.]: 1305.14.3.2 Corners. Corners may be made up by bending the plates or by using angles. [CONT.]: 1305.14.3.2 Corners. Corners may be made up by bending the plates or by using angles. [CONT.]: 1305.14.3.2 Corners. Corners may be made up by bending the plates or by using angles. [CONT.]: 1305.14.3.2 Corners. Corners may be made up by bending the plates or by using angles.",
    "metadata": {
      "section_full": "1305.14.3.2",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.3.3",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.3.3 1305.14.3.3 Seams. All tanks shall have full penetration 5 / 16 welds at all seams. [CONT.]: 1305.14.3.3 Seams. All tanks shall have full penetration 5 / 16 welds at all seams. [CONT.]: 1305.14.3.3 Seams. All tanks shall have full penetration 5 / 16 welds at all seams. [CONT.]: 1305.14.3.3 Seams. All tanks shall have full penetration 5 / 16 welds at all seams. [CONT.]: 1305.14.3.3 Seams. All tanks shall have full penetration 5 / 16 welds at all seams. [CONT.]: 1305.14.3.3 Seams. All tanks shall have full penetration 5 / 16 welds at all seams. [CONT.]: 1305.14.3.3 Seams. All tanks shall have full penetration 5 / 16 welds at all seams. [CONT.]: 1305.14.3.3 Seams. All tanks shall have full penetration 5 / 16 welds at all seams. [CONT.]: 1305.14.3.3 Seams. All tanks shall have full penetration 5 / 16 welds at all seams.",
    "metadata": {
      "section_full": "1305.14.3.3",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.3.4",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.3.4 1305.14.3.4 Bracing. All flat surfaces of rectangular tanks shall be braced by structural members or rods. [CONT.]: 1305.14.3.4 Bracing. All flat surfaces of rectangular tanks shall be braced by structural members or rods. [CONT.]: 1305.14.3.4 Bracing. All flat surfaces of rectangular tanks shall be braced by structural members or rods. [CONT.]: 1305.14.3.4 Bracing. All flat surfaces of rectangular tanks shall be braced by structural members or rods. [CONT.]: 1305.14.3.4 Bracing. All flat surfaces of rectangular tanks shall be braced by structural members or rods. [CONT.]: 1305.14.3.4 Bracing. All flat surfaces of rectangular tanks shall be braced by structural members or rods. [CONT.]: 1305.14.3.4 Bracing. All flat surfaces of rectangular tanks shall be braced by structural members or rods. [CONT.]: 1305.14.3.4 Bracing. All flat surfaces of rectangular tanks shall be braced by structural members or rods. [CONT.]: 1305.14.3.4 Bracing. All flat surfaces of rectangular tanks shall be braced by structural members or rods.",
    "metadata": {
      "section_full": "1305.14.3.4",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.3.5",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.3.5 1305.14.3.5 Structural work. All structural members shall be designed in accordance wi th the requirements of the New York City Building Code. [CONT.]: 1305.14.3.5 Structural work. All structural members shall be designed in accordance wi th the requirements of the New York City Building Code. [CONT.]: 1305.14.3.5 Structural work. All structural members shall be designed in accordance wi th the requirements of the New York City Building Code. [CONT.]: 1305.14.3.5 Structural work. All structural members shall be designed in accordance wi th the requirements of the New York City Building Code. [CONT.]: 1305.14.3.5 Structural work. All structural members shall be designed in accordance wi th the requirements of the New York City Building Code. [CONT.]: 1305.14.3.5 Structural work. All structural members shall be designed in accordance wi th the requirements of the New York City Building Code. [CONT.]: 1305.14.3.5 Structural work. All structural members shall be designed in accordance wi th the requirements of the New York City Building Code. [CONT.]: 1305.14.3.5 Structural work. All structural members shall be designed in accordance wi th the requirements of the New York City Building Code. [CONT.]: 1305.14.3.5 Structural work. All structural members shall be designed in accordance wi th the requirements of the New York City Building Code.",
    "metadata": {
      "section_full": "1305.14.3.5",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.3.6",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.3.6 1305.14.3.6 Connections. Connections between bracing members and the sides of the tank shall be designed so that the connection will not fail before the member will fail. [CONT.]: 1305.14.3.6 Connections. Connections between bracing members and the sides of the tank shall be designed so that the connection will not fail before the member will fail. [CONT.]: 1305.14.3.6 Connections. Connections between bracing members and the sides of the tank shall be designed so that the connection will not fail before the member will fail. [CONT.]: 1305.14.3.6 Connections. Connections between bracing members and the sides of the tank shall be designed so that the connection will not fail before the member will fail. [CONT.]: 1305.14.3.6 Connections. Connections between bracing members and the sides of the tank shall be designed so that the connection will not fail before the member will fail. [CONT.]: 1305.14.3.6 Connections. Connections between bracing members and the sides of the tank shall be designed so that the connection will not fail before the member will fail. [CONT.]: 1305.14.3.6 Connections. Connections between bracing members and the sides of the tank shall be designed so that the connection will not fail before the member will fail. [CONT.]: 1305.14.3.6 Connections. Connections between bracing members and the sides of the tank shall be designed so that the connection will not fail before the member will fail. [CONT.]: 1305.14.3.6 Connections. Connections between bracing members and the sides of the tank shall be designed so that the connection will not fail before the member will fail.",
    "metadata": {
      "section_full": "1305.14.3.6",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.4",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.4 1305.14.4 Additional construction standards for tanks 330 gallons (1249.2 L) or less. Storage tanks with a capacity of less than or equal to 330 gallons ( [CONT.]: 1305.14.4 Additional construction standards for tanks 330 gallons (1249.2 L) or less. Storage tanks with a capacity of less than or equal to 330 gallons ( [CONT.]: 1305.14.4 Additional construction standards for tanks 330 gallons (1249.2 L) or less. Storage tanks with a capacity of less than or equal to 330 gallons ( [CONT.]: 1305.14.4 Additional construction standards for tanks 330 gallons (1249.2 L) or less. Storage tanks with a capacity of less than or equal to 330 gallons ( [CONT.]: 1305.14.4 Additional construction standards for tanks 330 gallons (1249.2 L) or less. Storage tanks with a capacity of less than or equal to 330 gallons ( [CONT.]: 1305.14.4 Additional construction standards for tanks 330 gallons (1249.2 L) or less. Storage tanks with a capacity of less than or equal to 330 gallons ( [CONT.]: 1305.14.4 Additional construction standards for tanks 330 gallons (1249.2 L) or less. Storage tanks with a capacity of less than or equal to 330 gallons ( [CONT.]: 1305.14.4 Additional construction standards for tanks 330 gallons (1249.2 L) or less. Storage tanks with a capacity of less than or equal to 330 gallons ( [CONT.]: 1305.14.4 Additional construction standards for tanks 330 gallons (1249.2 L) or less. Storage tanks with a capacity of less than or equal to 330 gallons (",
    "metadata": {
      "section_full": "1305.14.4",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1249.2",
    "text": "CONTEXT: 1249 > 1249.2 | CONTENT: 1249.2 1249.2 L) shall have a minimum thickness of shell and head plates of No. 10 manufacturer\u2019s standard Gage steel p late. Storage tanks of 60 gallon (227.1 L) capacity or less shall be similarly constructed but need not be thicker than No.14 manufacturer\u2019s standard Gage. Exceptions: 1. Such vertical above - ground cylindrical tanks outside of buildings shall comply with Sections 1305.14.1 and 1305.14.5. 2. Such underground tanks need comply only with Section 1305.14.1. 3. Storage containers of 6 gallons (22.7 L) or less used with burners or oil - burning heaters need only be designed so as to withstand a hydrostatic pressure test of at least 5 psi (34.5 kPa) without permanent deformation, rupture, or leakage, and shall be approved. Such containers shall be installed with rigid metal fasteners for wall, floor, or stand - type installations, and shall be protected against m echanical damage. Portable storage containers of 6 gallons (22.7 L) or less may be filled by a pump mounted on a storage tank, provided that the pump is approved. [CONT.]: 1249.2 L) shall have a minimum thickness of shell and head plates of No. 10 manufacturer\u2019s standard Gage steel p late. Storage tanks of 60 gallon (227.1 L) capacity or less shall be similarly constructed but need not be thicker than No.14 manufacturer\u2019s standard Gage. Exceptions: 1. Such vertical above - ground cylindrical tanks outside of buildings shall comply with Sections 1305.14.1 and 1305.14.5. 2. Such underground tanks need comply only with Section 1305.14.1. 3. Storage containers of 6 gallons (22.7 L) or less used with burners or oil - burning heaters need only be designed so as to withstand a hydrostatic pressure test of at least 5 psi (34.5 kPa) without permanent deformation, rupture, or leakage, and shall be approved. Such containers shall be installed with rigid metal fasteners for wall, floor, or stand - type installations, and shall be protected against m echanical damage. Portable storage containers of 6 gallons (22.7 L) or less may be filled by a pump mounted on a storage tank, provided that the pump is approved. [CONT.]: 1249.2 L) shall have a minimum thickness of shell and head plates of No. 10 manufacturer\u2019s standard Gage steel p late. Storage tanks of 60 gallon (227.1 L) capacity or less shall be similarly constructed but need not be thicker than No.14 manufacturer\u2019s standard Gage. Exceptions: 1. Such vertical above - ground cylindrical tanks outside of buildings shall comply with Sections 1305.14.1 and 1305.14.5. 2. Such underground tanks need comply only with Section 1305.14.1. 3. Storage containers of 6 gallons (22.7 L) or less used with burners or oil - burning heaters need only be designed so as to withstand a hydrostatic pressure test of at least 5 psi (34.5 kPa) without permanent deformation, rupture, or leakage, and shall be approved. Such containers shall be installed with rigid metal fasteners for wall, floor, or stand - type installations, and shall be protected against m echanical damage. Portable storage containers of 6 gallons (22.7 L) or less may be filled by a pump mounted on a storage tank, provided that the pump is approved. [CONT.]: 1249.2 L) shall have a minimum thickness of shell and head plates of No. 10 manufacturer\u2019s standard Gage steel p late. Storage tanks of 60 gallon (227.1 L) capacity or less shall be similarly constructed but need not be thicker than No.14 manufacturer\u2019s standard Gage. Exceptions: 1. Such vertical above - ground cylindrical tanks outside of buildings shall comply with Sections 1305.14.1 and 1305.14.5. 2. Such underground tanks need comply only with Section 1305.14.1. 3. Storage containers of 6 gallons (22.7 L) or less used with burners or oil - burning heaters need only be designed so as to withstand a hydrostatic pressure test of at least 5 psi (34.5 kPa) without permanent deformation, rupture, or leakage, and shall be approved. Such containers shall be installed with rigid metal fasteners for wall, floor, or stand - type installations, and shall be protected against m echanical damage. Portable storage containers of 6 gallons (22.7 L) or less may be filled by a pump mounted on a storage tank, provided that the pump is approved. [CONT.]: 1249.2 L) shall have a minimum thickness of shell and head plates of No. 10 manufacturer\u2019s standard Gage steel p late. Storage tanks of 60 gallon (227.1 L) capacity or less shall be similarly constructed but need not be thicker than No.14 manufacturer\u2019s standard Gage. Exceptions: 1. Such vertical above - ground cylindrical tanks outside of buildings shall comply with Sections 1305.14.1 and 1305.14.5. 2. Such underground tanks need comply only with Section 1305.14.1. 3. Storage containers of 6 gallons (22.7 L) or less used with burners or oil - burning heaters need only be designed so as to withstand a hydrostatic pressure test of at least 5 psi (34.5 kPa) without permanent deformation, rupture, or leakage, and shall be approved. Such containers shall be installed with rigid metal fasteners for wall, floor, or stand - type installations, and shall be protected against m echanical damage. Portable storage containers of 6 gallons (22.7 L) or less may be filled by a pump mounted on a storage tank, provided that the pump is approved. [CONT.]: 1249.2 L) shall have a minimum thickness of shell and head plates of No. 10 manufacturer\u2019s standard Gage steel p late. Storage tanks of 60 gallon (227.1 L) capacity or less shall be similarly constructed but need not be thicker than No.14 manufacturer\u2019s standard Gage. Exceptions: 1. Such vertical above - ground cylindrical tanks outside of buildings shall comply with Sections 1305.14.1 and 1305.14.5. 2. Such underground tanks need comply only with Section 1305.14.1. 3. Storage containers of 6 gallons (22.7 L) or less used with burners or oil - burning heaters need only be designed so as to withstand a hydrostatic pressure test of at least 5 psi (34.5 kPa) without permanent deformation, rupture, or leakage, and shall be approved. Such containers shall be installed with rigid metal fasteners for wall, floor, or stand - type installations, and shall be protected against m echanical damage. Portable storage containers of 6 gallons (22.7 L) or less may be filled by a pump mounted on a storage tank, provided that the pump is approved. [CONT.]: 1249.2 L) shall have a minimum thickness of shell and head plates of No. 10 manufacturer\u2019s standard Gage steel p late. Storage tanks of 60 gallon (227.1 L) capacity or less shall be similarly constructed but need not be thicker than No.14 manufacturer\u2019s standard Gage. Exceptions: 1. Such vertical above - ground cylindrical tanks outside of buildings shall comply with Sections 1305.14.1 and 1305.14.5. 2. Such underground tanks need comply only with Section 1305.14.1. 3. Storage containers of 6 gallons (22.7 L) or less used with burners or oil - burning heaters need only be designed so as to withstand a hydrostatic pressure test of at least 5 psi (34.5 kPa) without permanent deformation, rupture, or leakage, and shall be approved. Such containers shall be installed with rigid metal fasteners for wall, floor, or stand - type installations, and shall be protected against m echanical damage. Portable storage containers of 6 gallons (22.7 L) or less may be filled by a pump mounted on a storage tank, provided that the pump is approved. [CONT.]: 1249.2 L) shall have a minimum thickness of shell and head plates of No. 10 manufacturer\u2019s standard Gage steel p late. Storage tanks of 60 gallon (227.1 L) capacity or less shall be similarly constructed but need not be thicker than No.14 manufacturer\u2019s standard Gage. Exceptions: 1. Such vertical above - ground cylindrical tanks outside of buildings shall comply with Sections 1305.14.1 and 1305.14.5. 2. Such underground tanks need comply only with Section 1305.14.1. 3. Storage containers of 6 gallons (22.7 L) or less used with burners or oil - burning heaters need only be designed so as to withstand a hydrostatic pressure test of at least 5 psi (34.5 kPa) without permanent deformation, rupture, or leakage, and shall be approved. Such containers shall be installed with rigid metal fasteners for wall, floor, or stand - type installations, and shall be protected against m echanical damage. Portable storage containers of 6 gallons (22.7 L) or less may be filled by a pump mounted on a storage tank, provided that the pump is approved. [CONT.]: 1249.2 L) shall have a minimum thickness of shell and head plates of No. 10 manufacturer\u2019s standard Gage steel p late. Storage tanks of 60 gallon (227.1 L) capacity or less shall be similarly constructed but need not be thicker than No.14 manufacturer\u2019s standard Gage. Exceptions: 1. Such vertical above - ground cylindrical tanks outside of buildings shall comply with Sections 1305.14.1 and 1305.14.5. 2. Such underground tanks need comply only with Section 1305.14.1. 3. Storage containers of 6 gallons (22.7 L) or less used with burners or oil - burning heaters need only be designed so as to withstand a hydrostatic pressure test of at least 5 psi (34.5 kPa) without permanent deformation, rupture, or leakage, and shall be approved. Such containers shall be installed with rigid metal fasteners for wall, floor, or stand - type installations, and shall be protected against m echanical damage. Portable storage containers of 6 gallons (22.7 L) or less may be filled by a pump mounted on a storage tank, provided that the pump is approved.",
    "metadata": {
      "section_full": "1249.2",
      "parent_major": "1249",
      "parent_minor": "1249.2",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.5",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.5 1305.14.5 Additional construction standards for vertical above - ground cylindrical tanks outside of buildings exceeding 6 gallons (22.7 L). Vertical above - ground cylindrical storage tanks exceeding 6 gallons (22.7 L) that are located outside of buildings shall comply with the requirements of Sections 1305.14.5.1 through 1305.14.5.3. [CONT.]: 1305.14.5 Additional construction standards for vertical above - ground cylindrical tanks outside of buildings exceeding 6 gallons (22.7 L). Vertical above - ground cylindrical storage tanks exceeding 6 gallons (22.7 L) that are located outside of buildings shall comply with the requirements of Sections 1305.14.5.1 through 1305.14.5.3. [CONT.]: 1305.14.5 Additional construction standards for vertical above - ground cylindrical tanks outside of buildings exceeding 6 gallons (22.7 L). Vertical above - ground cylindrical storage tanks exceeding 6 gallons (22.7 L) that are located outside of buildings shall comply with the requirements of Sections 1305.14.5.1 through 1305.14.5.3. [CONT.]: 1305.14.5 Additional construction standards for vertical above - ground cylindrical tanks outside of buildings exceeding 6 gallons (22.7 L). Vertical above - ground cylindrical storage tanks exceeding 6 gallons (22.7 L) that are located outside of buildings shall comply with the requirements of Sections 1305.14.5.1 through 1305.14.5.3. [CONT.]: 1305.14.5 Additional construction standards for vertical above - ground cylindrical tanks outside of buildings exceeding 6 gallons (22.7 L). Vertical above - ground cylindrical storage tanks exceeding 6 gallons (22.7 L) that are located outside of buildings shall comply with the requirements of Sections 1305.14.5.1 through 1305.14.5.3. [CONT.]: 1305.14.5 Additional construction standards for vertical above - ground cylindrical tanks outside of buildings exceeding 6 gallons (22.7 L). Vertical above - ground cylindrical storage tanks exceeding 6 gallons (22.7 L) that are located outside of buildings shall comply with the requirements of Sections 1305.14.5.1 through 1305.14.5.3. [CONT.]: 1305.14.5 Additional construction standards for vertical above - ground cylindrical tanks outside of buildings exceeding 6 gallons (22.7 L). Vertical above - ground cylindrical storage tanks exceeding 6 gallons (22.7 L) that are located outside of buildings shall comply with the requirements of Sections 1305.14.5.1 through 1305.14.5.3. [CONT.]: 1305.14.5 Additional construction standards for vertical above - ground cylindrical tanks outside of buildings exceeding 6 gallons (22.7 L). Vertical above - ground cylindrical storage tanks exceeding 6 gallons (22.7 L) that are located outside of buildings shall comply with the requirements of Sections 1305.14.5.1 through 1305.14.5.3. [CONT.]: 1305.14.5 Additional construction standards for vertical above - ground cylindrical tanks outside of buildings exceeding 6 gallons (22.7 L). Vertical above - ground cylindrical storage tanks exceeding 6 gallons (22.7 L) that are located outside of buildings shall comply with the requirements of Sections 1305.14.5.1 through 1305.14.5.3.",
    "metadata": {
      "section_full": "1305.14.5",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.5.1",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.5.1 1305.14.5.1 Pla tes. Such tanks shall be built of steel plates of the quality required for cylindrical tanks in accordance with Section 1305.14.2. [CONT.]: 1305.14.5.1 Pla tes. Such tanks shall be built of steel plates of the quality required for cylindrical tanks in accordance with Section 1305.14.2. [CONT.]: 1305.14.5.1 Pla tes. Such tanks shall be built of steel plates of the quality required for cylindrical tanks in accordance with Section 1305.14.2. [CONT.]: 1305.14.5.1 Pla tes. Such tanks shall be built of steel plates of the quality required for cylindrical tanks in accordance with Section 1305.14.2. [CONT.]: 1305.14.5.1 Pla tes. Such tanks shall be built of steel plates of the quality required for cylindrical tanks in accordance with Section 1305.14.2. [CONT.]: 1305.14.5.1 Pla tes. Such tanks shall be built of steel plates of the quality required for cylindrical tanks in accordance with Section 1305.14.2. [CONT.]: 1305.14.5.1 Pla tes. Such tanks shall be built of steel plates of the quality required for cylindrical tanks in accordance with Section 1305.14.2. [CONT.]: 1305.14.5.1 Pla tes. Such tanks shall be built of steel plates of the quality required for cylindrical tanks in accordance with Section 1305.14.2. [CONT.]: 1305.14.5.1 Pla tes. Such tanks shall be built of steel plates of the quality required for cylindrical tanks in accordance with Section 1305.14.2.",
    "metadata": {
      "section_full": "1305.14.5.1",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.5.2",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.5.2 1305.14.5.2 Thickness. The minimum thickness of shell or bottom plates shall be 1 / 4 inch (6.4 mm), and the minimum thickness of roof plates 1 / 8 inch (3.2 mm). The thickness of shell plates shall be determined in accordance with the following formula: \ud461\ud461 = \ud443\ud443 \u00d7 \ud445\ud445 \u00d7 \ud439\ud439 \ud447\ud447 \u00d7 \ud438\ud438 (Equation 13 - 2) where: t = Thickness of shell plate in inches. P = Head pressure at bottom of ring under consideration in psi. R = Radius of shell, in inches. F = Factor of safety (taken as 5). T = Tensile strength of plate, in psi, as verified by mill test certificate. E = Efficiency of vertical joint in ring under consid eration. E shall in no case be taken greater than 1.00. \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1305.14.5.2 Thickness. The minimum thickness of shell or bottom plates shall be 1 / 4 inch (6.4 mm), and the minimum thickness of roof plates 1 / 8 inch (3.2 mm). The thickness of shell plates shall be determined in accordance with the following formula: \ud461\ud461 = \ud443\ud443 \u00d7 \ud445\ud445 \u00d7 \ud439\ud439 \ud447\ud447 \u00d7 \ud438\ud438 (Equation 13 - 2) where: t = Thickness of shell plate in inches. P = Head pressure at bottom of ring under consideration in psi. R = Radius of shell, in inches. F = Factor of safety (taken as 5). T = Tensile strength of plate, in psi, as verified by mill test certificate. E = Efficiency of vertical joint in ring under consid eration. E shall in no case be taken greater than 1.00. \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1305.14.5.2 Thickness. The minimum thickness of shell or bottom plates shall be 1 / 4 inch (6.4 mm), and the minimum thickness of roof plates 1 / 8 inch (3.2 mm). The thickness of shell plates shall be determined in accordance with the following formula: \ud461\ud461 = \ud443\ud443 \u00d7 \ud445\ud445 \u00d7 \ud439\ud439 \ud447\ud447 \u00d7 \ud438\ud438 (Equation 13 - 2) where: t = Thickness of shell plate in inches. P = Head pressure at bottom of ring under consideration in psi. R = Radius of shell, in inches. F = Factor of safety (taken as 5). T = Tensile strength of plate, in psi, as verified by mill test certificate. E = Efficiency of vertical joint in ring under consid eration. E shall in no case be taken greater than 1.00. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.5.2 Thickness. The minimum thickness of shell or bottom plates shall be 1 / 4 inch (6.4 mm), and the minimum thickness of roof plates 1 / 8 inch (3.2 mm). The thickness of shell plates shall be determined in accordance with the following formula: \ud461\ud461 = \ud443\ud443 \u00d7 \ud445\ud445 \u00d7 \ud439\ud439 \ud447\ud447 \u00d7 \ud438\ud438 (Equation 13 - 2) where: t = Thickness of shell plate in inches. P = Head pressure at bottom of ring under consideration in psi. R = Radius of shell, in inches. F = Factor of safety (taken as 5). T = Tensile strength of plate, in psi, as verified by mill test certificate. E = Efficiency of vertical joint in ring under consid eration. E shall in no case be taken greater than 1.00. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.5.2 Thickness. The minimum thickness of shell or bottom plates shall be 1 / 4 inch (6.4 mm), and the minimum thickness of roof plates 1 / 8 inch (3.2 mm). The thickness of shell plates shall be determined in accordance with the following formula: \ud461\ud461 = \ud443\ud443 \u00d7 \ud445\ud445 \u00d7 \ud439\ud439 \ud447\ud447 \u00d7 \ud438\ud438 (Equation 13 - 2) where: t = Thickness of shell plate in inches. P = Head pressure at bottom of ring under consideration in psi. R = Radius of shell, in inches. F = Factor of safety (taken as 5). T = Tensile strength of plate, in psi, as verified by mill test certificate. E = Efficiency of vertical joint in ring under consid eration. E shall in no case be taken greater than 1.00. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.5.2 Thickness. The minimum thickness of shell or bottom plates shall be 1 / 4 inch (6.4 mm), and the minimum thickness of roof plates 1 / 8 inch (3.2 mm). The thickness of shell plates shall be determined in accordance with the following formula: \ud461\ud461 = \ud443\ud443 \u00d7 \ud445\ud445 \u00d7 \ud439\ud439 \ud447\ud447 \u00d7 \ud438\ud438 (Equation 13 - 2) where: t = Thickness of shell plate in inches. P = Head pressure at bottom of ring under consideration in psi. R = Radius of shell, in inches. F = Factor of safety (taken as 5). T = Tensile strength of plate, in psi, as verified by mill test certificate. E = Efficiency of vertical joint in ring under consid eration. E shall in no case be taken greater than 1.00. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.5.2 Thickness. The minimum thickness of shell or bottom plates shall be 1 / 4 inch (6.4 mm), and the minimum thickness of roof plates 1 / 8 inch (3.2 mm). The thickness of shell plates shall be determined in accordance with the following formula: \ud461\ud461 = \ud443\ud443 \u00d7 \ud445\ud445 \u00d7 \ud439\ud439 \ud447\ud447 \u00d7 \ud438\ud438 (Equation 13 - 2) where: t = Thickness of shell plate in inches. P = Head pressure at bottom of ring under consideration in psi. R = Radius of shell, in inches. F = Factor of safety (taken as 5). T = Tensile strength of plate, in psi, as verified by mill test certificate. E = Efficiency of vertical joint in ring under consid eration. E shall in no case be taken greater than 1.00. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.5.2 Thickness. The minimum thickness of shell or bottom plates shall be 1 / 4 inch (6.4 mm), and the minimum thickness of roof plates 1 / 8 inch (3.2 mm). The thickness of shell plates shall be determined in accordance with the following formula: \ud461\ud461 = \ud443\ud443 \u00d7 \ud445\ud445 \u00d7 \ud439\ud439 \ud447\ud447 \u00d7 \ud438\ud438 (Equation 13 - 2) where: t = Thickness of shell plate in inches. P = Head pressure at bottom of ring under consideration in psi. R = Radius of shell, in inches. F = Factor of safety (taken as 5). T = Tensile strength of plate, in psi, as verified by mill test certificate. E = Efficiency of vertical joint in ring under consid eration. E shall in no case be taken greater than 1.00. FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.14.5.2 Thickness. The minimum thickness of shell or bottom plates shall be 1 / 4 inch (6.4 mm), and the minimum thickness of roof plates 1 / 8 inch (3.2 mm). The thickness of shell plates shall be determined in accordance with the following formula: \ud461\ud461 = \ud443\ud443 \u00d7 \ud445\ud445 \u00d7 \ud439\ud439 \ud447\ud447 \u00d7 \ud438\ud438 (Equation 13 - 2) where: t = Thickness of shell plate in inches. P = Head pressure at bottom of ring under consideration in psi. R = Radius of shell, in inches. F = Factor of safety (taken as 5). T = Tensile strength of plate, in psi, as verified by mill test certificate. E = Efficiency of vertical joint in ring under consid eration. E shall in no case be taken greater than 1.00. FUEL - OIL PIPING AND STORAGE",
    "metadata": {
      "section_full": "1305.14.5.2",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.14.5.3",
    "text": "CONTEXT: 1305 > 1305.14 | CONTENT: 1305.14.5.3 1305.14.5.3 Seams. Roof plates shall have welded water - tight seams, and the roof shall be built to shed water. Bottom plates shall have welded seams. Shell plate seams shall be designed to develop the full strength of the p late. [CONT.]: 1305.14.5.3 Seams. Roof plates shall have welded water - tight seams, and the roof shall be built to shed water. Bottom plates shall have welded seams. Shell plate seams shall be designed to develop the full strength of the p late. [CONT.]: 1305.14.5.3 Seams. Roof plates shall have welded water - tight seams, and the roof shall be built to shed water. Bottom plates shall have welded seams. Shell plate seams shall be designed to develop the full strength of the p late. [CONT.]: 1305.14.5.3 Seams. Roof plates shall have welded water - tight seams, and the roof shall be built to shed water. Bottom plates shall have welded seams. Shell plate seams shall be designed to develop the full strength of the p late. [CONT.]: 1305.14.5.3 Seams. Roof plates shall have welded water - tight seams, and the roof shall be built to shed water. Bottom plates shall have welded seams. Shell plate seams shall be designed to develop the full strength of the p late. [CONT.]: 1305.14.5.3 Seams. Roof plates shall have welded water - tight seams, and the roof shall be built to shed water. Bottom plates shall have welded seams. Shell plate seams shall be designed to develop the full strength of the p late. [CONT.]: 1305.14.5.3 Seams. Roof plates shall have welded water - tight seams, and the roof shall be built to shed water. Bottom plates shall have welded seams. Shell plate seams shall be designed to develop the full strength of the p late.",
    "metadata": {
      "section_full": "1305.14.5.3",
      "parent_major": "1305",
      "parent_minor": "1305.14",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.15",
    "text": "CONTEXT: 1305 > 1305.15 | CONTENT: 1305.15 1305.15 Above - ground nonmetallic fuel - oil storage tanks for one - and two - family dwellings. Above - ground nonmetallic fuel - oil storage tanks may be used for indoor and outdoor storage and supply of fuel - oil in accordance with this section. [CONT.]: 1305.15 Above - ground nonmetallic fuel - oil storage tanks for one - and two - family dwellings. Above - ground nonmetallic fuel - oil storage tanks may be used for indoor and outdoor storage and supply of fuel - oil in accordance with this section. [CONT.]: 1305.15 Above - ground nonmetallic fuel - oil storage tanks for one - and two - family dwellings. Above - ground nonmetallic fuel - oil storage tanks may be used for indoor and outdoor storage and supply of fuel - oil in accordance with this section. [CONT.]: 1305.15 Above - ground nonmetallic fuel - oil storage tanks for one - and two - family dwellings. Above - ground nonmetallic fuel - oil storage tanks may be used for indoor and outdoor storage and supply of fuel - oil in accordance with this section. [CONT.]: 1305.15 Above - ground nonmetallic fuel - oil storage tanks for one - and two - family dwellings. Above - ground nonmetallic fuel - oil storage tanks may be used for indoor and outdoor storage and supply of fuel - oil in accordance with this section. [CONT.]: 1305.15 Above - ground nonmetallic fuel - oil storage tanks for one - and two - family dwellings. Above - ground nonmetallic fuel - oil storage tanks may be used for indoor and outdoor storage and supply of fuel - oil in accordance with this section. [CONT.]: 1305.15 Above - ground nonmetallic fuel - oil storage tanks for one - and two - family dwellings. Above - ground nonmetallic fuel - oil storage tanks may be used for indoor and outdoor storage and supply of fuel - oil in accordance with this section.",
    "metadata": {
      "section_full": "1305.15",
      "parent_major": "1305",
      "parent_minor": "1305.15",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.15.1",
    "text": "CONTEXT: 1305 > 1305.15 | CONTENT: 1305.15.1 1305.15.1 Us e. Nonmetallic tanks shall be permitted for one - and two - family dwellings only. Use of nonmetallic tanks in multi - family dwellings is prohibited. Nonmetallic fuel - oil tanks shall not be used for storage of waste - oil and flammable liquids. [CONT.]: 1305.15.1 Us e. Nonmetallic tanks shall be permitted for one - and two - family dwellings only. Use of nonmetallic tanks in multi - family dwellings is prohibited. Nonmetallic fuel - oil tanks shall not be used for storage of waste - oil and flammable liquids. [CONT.]: 1305.15.1 Us e. Nonmetallic tanks shall be permitted for one - and two - family dwellings only. Use of nonmetallic tanks in multi - family dwellings is prohibited. Nonmetallic fuel - oil tanks shall not be used for storage of waste - oil and flammable liquids. [CONT.]: 1305.15.1 Us e. Nonmetallic tanks shall be permitted for one - and two - family dwellings only. Use of nonmetallic tanks in multi - family dwellings is prohibited. Nonmetallic fuel - oil tanks shall not be used for storage of waste - oil and flammable liquids. [CONT.]: 1305.15.1 Us e. Nonmetallic tanks shall be permitted for one - and two - family dwellings only. Use of nonmetallic tanks in multi - family dwellings is prohibited. Nonmetallic fuel - oil tanks shall not be used for storage of waste - oil and flammable liquids. [CONT.]: 1305.15.1 Us e. Nonmetallic tanks shall be permitted for one - and two - family dwellings only. Use of nonmetallic tanks in multi - family dwellings is prohibited. Nonmetallic fuel - oil tanks shall not be used for storage of waste - oil and flammable liquids. [CONT.]: 1305.15.1 Us e. Nonmetallic tanks shall be permitted for one - and two - family dwellings only. Use of nonmetallic tanks in multi - family dwellings is prohibited. Nonmetallic fuel - oil tanks shall not be used for storage of waste - oil and flammable liquids.",
    "metadata": {
      "section_full": "1305.15.1",
      "parent_major": "1305",
      "parent_minor": "1305.15",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.15.2",
    "text": "CONTEXT: 1305 > 1305.15 | CONTENT: 1305.15.2 1305.15.2 Capacit y. The capacity of nonmetallic fuel - oil storage tanks shall be not less than 60 gallons (227.1 L) and not more than 660 gallons (2498.4 L). \u2021\u2021\u2021 [CONT.]: 1305.15.2 Capacit y. The capacity of nonmetallic fuel - oil storage tanks shall be not less than 60 gallons (227.1 L) and not more than 660 gallons (2498.4 L). \u2021\u2021\u2021 [CONT.]: 1305.15.2 Capacit y. The capacity of nonmetallic fuel - oil storage tanks shall be not less than 60 gallons (227.1 L) and not more than 660 gallons (2498.4 L). \u2021\u2021\u2021 [CONT.]: 1305.15.2 Capacit y. The capacity of nonmetallic fuel - oil storage tanks shall be not less than 60 gallons (227.1 L) and not more than 660 gallons (2498.4 L). \u2021\u2021\u2021 [CONT.]: 1305.15.2 Capacit y. The capacity of nonmetallic fuel - oil storage tanks shall be not less than 60 gallons (227.1 L) and not more than 660 gallons (2498.4 L). \u2021\u2021\u2021 [CONT.]: 1305.15.2 Capacit y. The capacity of nonmetallic fuel - oil storage tanks shall be not less than 60 gallons (227.1 L) and not more than 660 gallons (2498.4 L). \u2021\u2021\u2021 [CONT.]: 1305.15.2 Capacit y. The capacity of nonmetallic fuel - oil storage tanks shall be not less than 60 gallons (227.1 L) and not more than 660 gallons (2498.4 L). \u2021\u2021\u2021",
    "metadata": {
      "section_full": "1305.15.2",
      "parent_major": "1305",
      "parent_minor": "1305.15",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.15.3",
    "text": "CONTEXT: 1305 > 1305.15 | CONTENT: 1305.15.3 1305.15.3 Construction standards. Nonmetallic tanks shall be constructed per Sections 7, 8, 9, 10, 11 and 12 of UL 2258 and Chapter 7 of NFPA 31 and shall consist of a non - metallic primary tank and a metallic secondary tank. [CONT.]: 1305.15.3 Construction standards. Nonmetallic tanks shall be constructed per Sections 7, 8, 9, 10, 11 and 12 of UL 2258 and Chapter 7 of NFPA 31 and shall consist of a non - metallic primary tank and a metallic secondary tank. [CONT.]: 1305.15.3 Construction standards. Nonmetallic tanks shall be constructed per Sections 7, 8, 9, 10, 11 and 12 of UL 2258 and Chapter 7 of NFPA 31 and shall consist of a non - metallic primary tank and a metallic secondary tank. [CONT.]: 1305.15.3 Construction standards. Nonmetallic tanks shall be constructed per Sections 7, 8, 9, 10, 11 and 12 of UL 2258 and Chapter 7 of NFPA 31 and shall consist of a non - metallic primary tank and a metallic secondary tank. [CONT.]: 1305.15.3 Construction standards. Nonmetallic tanks shall be constructed per Sections 7, 8, 9, 10, 11 and 12 of UL 2258 and Chapter 7 of NFPA 31 and shall consist of a non - metallic primary tank and a metallic secondary tank. [CONT.]: 1305.15.3 Construction standards. Nonmetallic tanks shall be constructed per Sections 7, 8, 9, 10, 11 and 12 of UL 2258 and Chapter 7 of NFPA 31 and shall consist of a non - metallic primary tank and a metallic secondary tank. [CONT.]: 1305.15.3 Construction standards. Nonmetallic tanks shall be constructed per Sections 7, 8, 9, 10, 11 and 12 of UL 2258 and Chapter 7 of NFPA 31 and shall consist of a non - metallic primary tank and a metallic secondary tank.",
    "metadata": {
      "section_full": "1305.15.3",
      "parent_major": "1305",
      "parent_minor": "1305.15",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.15.4",
    "text": "CONTEXT: 1305 > 1305.15 | CONTENT: 1305.15.4 1305.15.4 Identification. Above - ground nonmetallic fuel - oil storage tanks shall be marked in accordance with Sections 40, 41 and 42 of UL 2258. The label shall also include the biodiesel percentage as identified in the scope of UL 2258. [CONT.]: 1305.15.4 Identification. Above - ground nonmetallic fuel - oil storage tanks shall be marked in accordance with Sections 40, 41 and 42 of UL 2258. The label shall also include the biodiesel percentage as identified in the scope of UL 2258. [CONT.]: 1305.15.4 Identification. Above - ground nonmetallic fuel - oil storage tanks shall be marked in accordance with Sections 40, 41 and 42 of UL 2258. The label shall also include the biodiesel percentage as identified in the scope of UL 2258. [CONT.]: 1305.15.4 Identification. Above - ground nonmetallic fuel - oil storage tanks shall be marked in accordance with Sections 40, 41 and 42 of UL 2258. The label shall also include the biodiesel percentage as identified in the scope of UL 2258. [CONT.]: 1305.15.4 Identification. Above - ground nonmetallic fuel - oil storage tanks shall be marked in accordance with Sections 40, 41 and 42 of UL 2258. The label shall also include the biodiesel percentage as identified in the scope of UL 2258. [CONT.]: 1305.15.4 Identification. Above - ground nonmetallic fuel - oil storage tanks shall be marked in accordance with Sections 40, 41 and 42 of UL 2258. The label shall also include the biodiesel percentage as identified in the scope of UL 2258. [CONT.]: 1305.15.4 Identification. Above - ground nonmetallic fuel - oil storage tanks shall be marked in accordance with Sections 40, 41 and 42 of UL 2258. The label shall also include the biodiesel percentage as identified in the scope of UL 2258.",
    "metadata": {
      "section_full": "1305.15.4",
      "parent_major": "1305",
      "parent_minor": "1305.15",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.15.5",
    "text": "CONTEXT: 1305 > 1305.15 | CONTENT: 1305.15.5 1305.15.5 Location. Above - ground nonmetallic fuel - oil storage tanks installed indoors shall not be exposed to sunlight on any plastic parts. Above - ground nonmetallic fuel - oil storage tanks installed outdoors shall be assembled with a required cover per the manufacturer\u2019s recommendations. Outdoor ins tallations shall comply with Section 1305.13.4. [CONT.]: 1305.15.5 Location. Above - ground nonmetallic fuel - oil storage tanks installed indoors shall not be exposed to sunlight on any plastic parts. Above - ground nonmetallic fuel - oil storage tanks installed outdoors shall be assembled with a required cover per the manufacturer\u2019s recommendations. Outdoor ins tallations shall comply with Section 1305.13.4. [CONT.]: 1305.15.5 Location. Above - ground nonmetallic fuel - oil storage tanks installed indoors shall not be exposed to sunlight on any plastic parts. Above - ground nonmetallic fuel - oil storage tanks installed outdoors shall be assembled with a required cover per the manufacturer\u2019s recommendations. Outdoor ins tallations shall comply with Section 1305.13.4. [CONT.]: 1305.15.5 Location. Above - ground nonmetallic fuel - oil storage tanks installed indoors shall not be exposed to sunlight on any plastic parts. Above - ground nonmetallic fuel - oil storage tanks installed outdoors shall be assembled with a required cover per the manufacturer\u2019s recommendations. Outdoor ins tallations shall comply with Section 1305.13.4. [CONT.]: 1305.15.5 Location. Above - ground nonmetallic fuel - oil storage tanks installed indoors shall not be exposed to sunlight on any plastic parts. Above - ground nonmetallic fuel - oil storage tanks installed outdoors shall be assembled with a required cover per the manufacturer\u2019s recommendations. Outdoor ins tallations shall comply with Section 1305.13.4. [CONT.]: 1305.15.5 Location. Above - ground nonmetallic fuel - oil storage tanks installed indoors shall not be exposed to sunlight on any plastic parts. Above - ground nonmetallic fuel - oil storage tanks installed outdoors shall be assembled with a required cover per the manufacturer\u2019s recommendations. Outdoor ins tallations shall comply with Section 1305.13.4. [CONT.]: 1305.15.5 Location. Above - ground nonmetallic fuel - oil storage tanks installed indoors shall not be exposed to sunlight on any plastic parts. Above - ground nonmetallic fuel - oil storage tanks installed outdoors shall be assembled with a required cover per the manufacturer\u2019s recommendations. Outdoor ins tallations shall comply with Section 1305.13.4.",
    "metadata": {
      "section_full": "1305.15.5",
      "parent_major": "1305",
      "parent_minor": "1305.15",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.15.6",
    "text": "CONTEXT: 1305 > 1305.15 | CONTENT: 1305.15.6 1305.15.6 Installation. Nonmetallic fuel - oil tanks shall be installed in accordance with the manufacturer\u2019s instructions, this code and NFPA 31. Installation of above - ground nonmetallic fuel - oil storage tanks shall be performed by an oil - burning equipment installer licensed by the department with training and experience certified by the manufacturer. [CONT.]: 1305.15.6 Installation. Nonmetallic fuel - oil tanks shall be installed in accordance with the manufacturer\u2019s instructions, this code and NFPA 31. Installation of above - ground nonmetallic fuel - oil storage tanks shall be performed by an oil - burning equipment installer licensed by the department with training and experience certified by the manufacturer. [CONT.]: 1305.15.6 Installation. Nonmetallic fuel - oil tanks shall be installed in accordance with the manufacturer\u2019s instructions, this code and NFPA 31. Installation of above - ground nonmetallic fuel - oil storage tanks shall be performed by an oil - burning equipment installer licensed by the department with training and experience certified by the manufacturer. [CONT.]: 1305.15.6 Installation. Nonmetallic fuel - oil tanks shall be installed in accordance with the manufacturer\u2019s instructions, this code and NFPA 31. Installation of above - ground nonmetallic fuel - oil storage tanks shall be performed by an oil - burning equipment installer licensed by the department with training and experience certified by the manufacturer. [CONT.]: 1305.15.6 Installation. Nonmetallic fuel - oil tanks shall be installed in accordance with the manufacturer\u2019s instructions, this code and NFPA 31. Installation of above - ground nonmetallic fuel - oil storage tanks shall be performed by an oil - burning equipment installer licensed by the department with training and experience certified by the manufacturer. [CONT.]: 1305.15.6 Installation. Nonmetallic fuel - oil tanks shall be installed in accordance with the manufacturer\u2019s instructions, this code and NFPA 31. Installation of above - ground nonmetallic fuel - oil storage tanks shall be performed by an oil - burning equipment installer licensed by the department with training and experience certified by the manufacturer. [CONT.]: 1305.15.6 Installation. Nonmetallic fuel - oil tanks shall be installed in accordance with the manufacturer\u2019s instructions, this code and NFPA 31. Installation of above - ground nonmetallic fuel - oil storage tanks shall be performed by an oil - burning equipment installer licensed by the department with training and experience certified by the manufacturer.",
    "metadata": {
      "section_full": "1305.15.6",
      "parent_major": "1305",
      "parent_minor": "1305.15",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.15.7",
    "text": "CONTEXT: 1305 > 1305.15 | CONTENT: 1305.15.7 1305.15.7 Testing. Nonmetallic fuel - oil tanks shall be tested in accordance with UL 2258. [CONT.]: 1305.15.7 Testing. Nonmetallic fuel - oil tanks shall be tested in accordance with UL 2258. [CONT.]: 1305.15.7 Testing. Nonmetallic fuel - oil tanks shall be tested in accordance with UL 2258. [CONT.]: 1305.15.7 Testing. Nonmetallic fuel - oil tanks shall be tested in accordance with UL 2258. [CONT.]: 1305.15.7 Testing. Nonmetallic fuel - oil tanks shall be tested in accordance with UL 2258. [CONT.]: 1305.15.7 Testing. Nonmetallic fuel - oil tanks shall be tested in accordance with UL 2258. [CONT.]: 1305.15.7 Testing. Nonmetallic fuel - oil tanks shall be tested in accordance with UL 2258.",
    "metadata": {
      "section_full": "1305.15.7",
      "parent_major": "1305",
      "parent_minor": "1305.15",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.16",
    "text": "CONTEXT: 1305 > 1305.16 | CONTENT: 1305.16 1305.16 Method of ven tilation of fuel oil storage tank rooms. Where required by this code, fuel oil storage tank rooms shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used via an independent exhaust system to the outdoors complying with the following: 1. The exhaust system shall operate continuously at a rate of two air changes per hour. Exception: Continuous operation shall not be required where listed detection devices are interlocked to operate such exhaust system to maintain concentration of vapors below 25 percent of LFL. 2. Multiple tank rooms may be served by a shared exhaust system. 3. Make - up air shall be provided via a ducted building ventilation system. 4. All damp ers, including smoke dampers, shall be interlocked with the exhaust air system. [CONT.]: 1305.16 Method of ven tilation of fuel oil storage tank rooms. Where required by this code, fuel oil storage tank rooms shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used via an independent exhaust system to the outdoors complying with the following: 1. The exhaust system shall operate continuously at a rate of two air changes per hour. Exception: Continuous operation shall not be required where listed detection devices are interlocked to operate such exhaust system to maintain concentration of vapors below 25 percent of LFL. 2. Multiple tank rooms may be served by a shared exhaust system. 3. Make - up air shall be provided via a ducted building ventilation system. 4. All damp ers, including smoke dampers, shall be interlocked with the exhaust air system. [CONT.]: 1305.16 Method of ven tilation of fuel oil storage tank rooms. Where required by this code, fuel oil storage tank rooms shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used via an independent exhaust system to the outdoors complying with the following: 1. The exhaust system shall operate continuously at a rate of two air changes per hour. Exception: Continuous operation shall not be required where listed detection devices are interlocked to operate such exhaust system to maintain concentration of vapors below 25 percent of LFL. 2. Multiple tank rooms may be served by a shared exhaust system. 3. Make - up air shall be provided via a ducted building ventilation system. 4. All damp ers, including smoke dampers, shall be interlocked with the exhaust air system. [CONT.]: 1305.16 Method of ven tilation of fuel oil storage tank rooms. Where required by this code, fuel oil storage tank rooms shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used via an independent exhaust system to the outdoors complying with the following: 1. The exhaust system shall operate continuously at a rate of two air changes per hour. Exception: Continuous operation shall not be required where listed detection devices are interlocked to operate such exhaust system to maintain concentration of vapors below 25 percent of LFL. 2. Multiple tank rooms may be served by a shared exhaust system. 3. Make - up air shall be provided via a ducted building ventilation system. 4. All damp ers, including smoke dampers, shall be interlocked with the exhaust air system. [CONT.]: 1305.16 Method of ven tilation of fuel oil storage tank rooms. Where required by this code, fuel oil storage tank rooms shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used via an independent exhaust system to the outdoors complying with the following: 1. The exhaust system shall operate continuously at a rate of two air changes per hour. Exception: Continuous operation shall not be required where listed detection devices are interlocked to operate such exhaust system to maintain concentration of vapors below 25 percent of LFL. 2. Multiple tank rooms may be served by a shared exhaust system. 3. Make - up air shall be provided via a ducted building ventilation system. 4. All damp ers, including smoke dampers, shall be interlocked with the exhaust air system. [CONT.]: 1305.16 Method of ven tilation of fuel oil storage tank rooms. Where required by this code, fuel oil storage tank rooms shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used via an independent exhaust system to the outdoors complying with the following: 1. The exhaust system shall operate continuously at a rate of two air changes per hour. Exception: Continuous operation shall not be required where listed detection devices are interlocked to operate such exhaust system to maintain concentration of vapors below 25 percent of LFL. 2. Multiple tank rooms may be served by a shared exhaust system. 3. Make - up air shall be provided via a ducted building ventilation system. 4. All damp ers, including smoke dampers, shall be interlocked with the exhaust air system. [CONT.]: 1305.16 Method of ven tilation of fuel oil storage tank rooms. Where required by this code, fuel oil storage tank rooms shall be ventilated to limit the concentration of vapors within the room at or below 25 percent of the Lower Flammable Limit (LFL) of the fuel oil being used via an independent exhaust system to the outdoors complying with the following: 1. The exhaust system shall operate continuously at a rate of two air changes per hour. Exception: Continuous operation shall not be required where listed detection devices are interlocked to operate such exhaust system to maintain concentration of vapors below 25 percent of LFL. 2. Multiple tank rooms may be served by a shared exhaust system. 3. Make - up air shall be provided via a ducted building ventilation system. 4. All damp ers, including smoke dampers, shall be interlocked with the exhaust air system.",
    "metadata": {
      "section_full": "1305.16",
      "parent_major": "1305",
      "parent_minor": "1305.16",
      "source": "037.txt"
    }
  },
  {
    "id": "1305.16.1",
    "text": "CONTEXT: 1305 > 1305.16 | CONTENT: 1305.16.1 1305.16.1 Replacement of tanks in prior code buildings. Replacement of tanks in prior code buildings may utilize an existing gravity ventilation system complying with the follo wing: 1. The total net free area of supply and exhaust openings shall be equal to at least 1 percent of the floor area of the room, equally divided between the supply and exhaust; and 2. Independent supply and exhaust openings to the outside; or 3. Indepen dent supply and exhaust ducts to the outside. SECTION MC 1306 OIL GAUGING \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1305.16.1 Replacement of tanks in prior code buildings. Replacement of tanks in prior code buildings may utilize an existing gravity ventilation system complying with the follo wing: 1. The total net free area of supply and exhaust openings shall be equal to at least 1 percent of the floor area of the room, equally divided between the supply and exhaust; and 2. Independent supply and exhaust openings to the outside; or 3. Indepen dent supply and exhaust ducts to the outside. SECTION MC 1306 OIL GAUGING FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.16.1 Replacement of tanks in prior code buildings. Replacement of tanks in prior code buildings may utilize an existing gravity ventilation system complying with the follo wing: 1. The total net free area of supply and exhaust openings shall be equal to at least 1 percent of the floor area of the room, equally divided between the supply and exhaust; and 2. Independent supply and exhaust openings to the outside; or 3. Indepen dent supply and exhaust ducts to the outside. SECTION MC 1306 OIL GAUGING FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.16.1 Replacement of tanks in prior code buildings. Replacement of tanks in prior code buildings may utilize an existing gravity ventilation system complying with the follo wing: 1. The total net free area of supply and exhaust openings shall be equal to at least 1 percent of the floor area of the room, equally divided between the supply and exhaust; and 2. Independent supply and exhaust openings to the outside; or 3. Indepen dent supply and exhaust ducts to the outside. SECTION MC 1306 OIL GAUGING FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.16.1 Replacement of tanks in prior code buildings. Replacement of tanks in prior code buildings may utilize an existing gravity ventilation system complying with the follo wing: 1. The total net free area of supply and exhaust openings shall be equal to at least 1 percent of the floor area of the room, equally divided between the supply and exhaust; and 2. Independent supply and exhaust openings to the outside; or 3. Indepen dent supply and exhaust ducts to the outside. SECTION MC 1306 OIL GAUGING FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.16.1 Replacement of tanks in prior code buildings. Replacement of tanks in prior code buildings may utilize an existing gravity ventilation system complying with the follo wing: 1. The total net free area of supply and exhaust openings shall be equal to at least 1 percent of the floor area of the room, equally divided between the supply and exhaust; and 2. Independent supply and exhaust openings to the outside; or 3. Indepen dent supply and exhaust ducts to the outside. SECTION MC 1306 OIL GAUGING FUEL - OIL PIPING AND STORAGE [CONT.]: 1305.16.1 Replacement of tanks in prior code buildings. Replacement of tanks in prior code buildings may utilize an existing gravity ventilation system complying with the follo wing: 1. The total net free area of supply and exhaust openings shall be equal to at least 1 percent of the floor area of the room, equally divided between the supply and exhaust; and 2. Independent supply and exhaust openings to the outside; or 3. Indepen dent supply and exhaust ducts to the outside. SECTION MC 1306 OIL GAUGING FUEL - OIL PIPING AND STORAGE",
    "metadata": {
      "section_full": "1305.16.1",
      "parent_major": "1305",
      "parent_minor": "1305.16",
      "source": "037.txt"
    }
  },
  {
    "id": "1306.1",
    "text": "CONTEXT: 1306 > 1306.1 | CONTENT: 1306.1 1306.1 Level indication. All tanks located inside buildings shall be equipped with a method of determining the oil level. [CONT.]: 1306.1 Level indication. All tanks located inside buildings shall be equipped with a method of determining the oil level. [CONT.]: 1306.1 Level indication. All tanks located inside buildings shall be equipped with a method of determining the oil level. [CONT.]: 1306.1 Level indication. All tanks located inside buildings shall be equipped with a method of determining the oil level. [CONT.]: 1306.1 Level indication. All tanks located inside buildings shall be equipped with a method of determining the oil level. [CONT.]: 1306.1 Level indication. All tanks located inside buildings shall be equipped with a method of determining the oil level.",
    "metadata": {
      "section_full": "1306.1",
      "parent_major": "1306",
      "parent_minor": "1306.1",
      "source": "037.txt"
    }
  },
  {
    "id": "1306.2",
    "text": "CONTEXT: 1306 > 1306.2 | CONTENT: 1306.2 1306.2 Test wells. Test wells shall not be installed inside buildings. Unused tank openings shall be permanently sealed . For outside service, test wells shall be equipped with a tight metal cover designed to discourage tampering. [CONT.]: 1306.2 Test wells. Test wells shall not be installed inside buildings. Unused tank openings shall be permanently sealed . For outside service, test wells shall be equipped with a tight metal cover designed to discourage tampering. [CONT.]: 1306.2 Test wells. Test wells shall not be installed inside buildings. Unused tank openings shall be permanently sealed . For outside service, test wells shall be equipped with a tight metal cover designed to discourage tampering. [CONT.]: 1306.2 Test wells. Test wells shall not be installed inside buildings. Unused tank openings shall be permanently sealed . For outside service, test wells shall be equipped with a tight metal cover designed to discourage tampering. [CONT.]: 1306.2 Test wells. Test wells shall not be installed inside buildings. Unused tank openings shall be permanently sealed . For outside service, test wells shall be equipped with a tight metal cover designed to discourage tampering. [CONT.]: 1306.2 Test wells. Test wells shall not be installed inside buildings. Unused tank openings shall be permanently sealed . For outside service, test wells shall be equipped with a tight metal cover designed to discourage tampering.",
    "metadata": {
      "section_full": "1306.2",
      "parent_major": "1306",
      "parent_minor": "1306.2",
      "source": "037.txt"
    }
  },
  {
    "id": "1306.3",
    "text": "CONTEXT: 1306 > 1306.3 | CONTENT: 1306.3 1306.3 Inside tanks. The gauging of inside tanks by means of measuring sticks shall no t be permitted. An inside tank provided with fill and vent pipes shall be provided with a device to indicate either visually or audibly at the fill point when the oil in the tank has reached a predetermined safe level. [CONT.]: 1306.3 Inside tanks. The gauging of inside tanks by means of measuring sticks shall no t be permitted. An inside tank provided with fill and vent pipes shall be provided with a device to indicate either visually or audibly at the fill point when the oil in the tank has reached a predetermined safe level. [CONT.]: 1306.3 Inside tanks. The gauging of inside tanks by means of measuring sticks shall no t be permitted. An inside tank provided with fill and vent pipes shall be provided with a device to indicate either visually or audibly at the fill point when the oil in the tank has reached a predetermined safe level. [CONT.]: 1306.3 Inside tanks. The gauging of inside tanks by means of measuring sticks shall no t be permitted. An inside tank provided with fill and vent pipes shall be provided with a device to indicate either visually or audibly at the fill point when the oil in the tank has reached a predetermined safe level. [CONT.]: 1306.3 Inside tanks. The gauging of inside tanks by means of measuring sticks shall no t be permitted. An inside tank provided with fill and vent pipes shall be provided with a device to indicate either visually or audibly at the fill point when the oil in the tank has reached a predetermined safe level. [CONT.]: 1306.3 Inside tanks. The gauging of inside tanks by means of measuring sticks shall no t be permitted. An inside tank provided with fill and vent pipes shall be provided with a device to indicate either visually or audibly at the fill point when the oil in the tank has reached a predetermined safe level.",
    "metadata": {
      "section_full": "1306.3",
      "parent_major": "1306",
      "parent_minor": "1306.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1306.4",
    "text": "CONTEXT: 1306 > 1306.4 | CONTENT: 1306.4 1306.4 Gauging devices. Gauging devic es such as liquid level indicators or signals shall be designed and installed so that oil vapor will not be discharged into a building from the liquid fuel supply system. [CONT.]: 1306.4 Gauging devices. Gauging devic es such as liquid level indicators or signals shall be designed and installed so that oil vapor will not be discharged into a building from the liquid fuel supply system. [CONT.]: 1306.4 Gauging devices. Gauging devic es such as liquid level indicators or signals shall be designed and installed so that oil vapor will not be discharged into a building from the liquid fuel supply system. [CONT.]: 1306.4 Gauging devices. Gauging devic es such as liquid level indicators or signals shall be designed and installed so that oil vapor will not be discharged into a building from the liquid fuel supply system. [CONT.]: 1306.4 Gauging devices. Gauging devic es such as liquid level indicators or signals shall be designed and installed so that oil vapor will not be discharged into a building from the liquid fuel supply system. [CONT.]: 1306.4 Gauging devices. Gauging devic es such as liquid level indicators or signals shall be designed and installed so that oil vapor will not be discharged into a building from the liquid fuel supply system.",
    "metadata": {
      "section_full": "1306.4",
      "parent_major": "1306",
      "parent_minor": "1306.4",
      "source": "037.txt"
    }
  },
  {
    "id": "1306.5",
    "text": "CONTEXT: 1306 > 1306.5 | CONTENT: 1306.5 1306.5 Gauge glass. A tank used in connection with any oil burner shall not be equip ped with a glass gauge or any gauge which, when broken, will permit the escape of oil from the tank. [CONT.]: 1306.5 Gauge glass. A tank used in connection with any oil burner shall not be equip ped with a glass gauge or any gauge which, when broken, will permit the escape of oil from the tank. [CONT.]: 1306.5 Gauge glass. A tank used in connection with any oil burner shall not be equip ped with a glass gauge or any gauge which, when broken, will permit the escape of oil from the tank. [CONT.]: 1306.5 Gauge glass. A tank used in connection with any oil burner shall not be equip ped with a glass gauge or any gauge which, when broken, will permit the escape of oil from the tank. [CONT.]: 1306.5 Gauge glass. A tank used in connection with any oil burner shall not be equip ped with a glass gauge or any gauge which, when broken, will permit the escape of oil from the tank. [CONT.]: 1306.5 Gauge glass. A tank used in connection with any oil burner shall not be equip ped with a glass gauge or any gauge which, when broken, will permit the escape of oil from the tank.",
    "metadata": {
      "section_full": "1306.5",
      "parent_major": "1306",
      "parent_minor": "1306.5",
      "source": "037.txt"
    }
  },
  {
    "id": "1306.6",
    "text": "CONTEXT: 1306 > 1306.6 | CONTENT: 1306.6 1306.6 Storage above lowest floors. Fuel oil stored above the lowest floor shall also comply with the indicator requirements of Section 1305.13.3, Item 7. SECTION MC 1307 FUEL - OIL VALVES [CONT.]: 1306.6 Storage above lowest floors. Fuel oil stored above the lowest floor shall also comply with the indicator requirements of Section 1305.13.3, Item 7. SECTION MC 1307 FUEL - OIL VALVES [CONT.]: 1306.6 Storage above lowest floors. Fuel oil stored above the lowest floor shall also comply with the indicator requirements of Section 1305.13.3, Item 7. SECTION MC 1307 FUEL - OIL VALVES [CONT.]: 1306.6 Storage above lowest floors. Fuel oil stored above the lowest floor shall also comply with the indicator requirements of Section 1305.13.3, Item 7. SECTION MC 1307 FUEL - OIL VALVES [CONT.]: 1306.6 Storage above lowest floors. Fuel oil stored above the lowest floor shall also comply with the indicator requirements of Section 1305.13.3, Item 7. SECTION MC 1307 FUEL - OIL VALVES [CONT.]: 1306.6 Storage above lowest floors. Fuel oil stored above the lowest floor shall also comply with the indicator requirements of Section 1305.13.3, Item 7. SECTION MC 1307 FUEL - OIL VALVES",
    "metadata": {
      "section_full": "1306.6",
      "parent_major": "1306",
      "parent_minor": "1306.6",
      "source": "037.txt"
    }
  },
  {
    "id": "1307.1",
    "text": "CONTEXT: 1307 > 1307.1 | CONTENT: 1307.1 1307.1 Building shutoff. For outside or below ground tanks, a shutoff valve shall be installed on the fuel - oil supply line at the entrance to the building. Inside or above - ground tanks shall have valves installed at the tank. The valve shall be capable of stopping the flow of fuel oil to the building or to the appli ance served where the valve is installed at a tank inside the building. Valves shall comply with UL 842. [CONT.]: 1307.1 Building shutoff. For outside or below ground tanks, a shutoff valve shall be installed on the fuel - oil supply line at the entrance to the building. Inside or above - ground tanks shall have valves installed at the tank. The valve shall be capable of stopping the flow of fuel oil to the building or to the appli ance served where the valve is installed at a tank inside the building. Valves shall comply with UL 842. [CONT.]: 1307.1 Building shutoff. For outside or below ground tanks, a shutoff valve shall be installed on the fuel - oil supply line at the entrance to the building. Inside or above - ground tanks shall have valves installed at the tank. The valve shall be capable of stopping the flow of fuel oil to the building or to the appli ance served where the valve is installed at a tank inside the building. Valves shall comply with UL 842. [CONT.]: 1307.1 Building shutoff. For outside or below ground tanks, a shutoff valve shall be installed on the fuel - oil supply line at the entrance to the building. Inside or above - ground tanks shall have valves installed at the tank. The valve shall be capable of stopping the flow of fuel oil to the building or to the appli ance served where the valve is installed at a tank inside the building. Valves shall comply with UL 842. [CONT.]: 1307.1 Building shutoff. For outside or below ground tanks, a shutoff valve shall be installed on the fuel - oil supply line at the entrance to the building. Inside or above - ground tanks shall have valves installed at the tank. The valve shall be capable of stopping the flow of fuel oil to the building or to the appli ance served where the valve is installed at a tank inside the building. Valves shall comply with UL 842. [CONT.]: 1307.1 Building shutoff. For outside or below ground tanks, a shutoff valve shall be installed on the fuel - oil supply line at the entrance to the building. Inside or above - ground tanks shall have valves installed at the tank. The valve shall be capable of stopping the flow of fuel oil to the building or to the appli ance served where the valve is installed at a tank inside the building. Valves shall comply with UL 842. [CONT.]: 1307.1 858 \u2014 05 Household Electric Ranges \u2014 with revisions through April 2012 ................................ ................................ .",
    "metadata": {
      "section_full": "1307.1",
      "parent_major": "1307",
      "parent_minor": "1307.1",
      "source": "037.txt"
    }
  },
  {
    "id": "1307.2",
    "text": "CONTEXT: 1307 > 1307.2 | CONTENT: 1307.2 1307.2 Appliance shutoff. A shutoff valve shall be installed at the supply connection to each appliance and a check valve installed at the return conne ction. [CONT.]: 1307.2 Appliance shutoff. A shutoff valve shall be installed at the supply connection to each appliance and a check valve installed at the return conne ction. [CONT.]: 1307.2 Appliance shutoff. A shutoff valve shall be installed at the supply connection to each appliance and a check valve installed at the return conne ction. [CONT.]: 1307.2 Appliance shutoff. A shutoff valve shall be installed at the supply connection to each appliance and a check valve installed at the return conne ction. [CONT.]: 1307.2 Appliance shutoff. A shutoff valve shall be installed at the supply connection to each appliance and a check valve installed at the return conne ction. [CONT.]: 1307.2 Appliance shutoff. A shutoff valve shall be installed at the supply connection to each appliance and a check valve installed at the return conne ction.",
    "metadata": {
      "section_full": "1307.2",
      "parent_major": "1307",
      "parent_minor": "1307.2",
      "source": "037.txt"
    }
  },
  {
    "id": "1307.3",
    "text": "CONTEXT: 1307 > 1307.3 | CONTENT: 1307.3 1307.3 Pump relief valve. A relief valve shall be installed on the pump discharge line where a valve is located downstream of the pump. [CONT.]: 1307.3 Pump relief valve. A relief valve shall be installed on the pump discharge line where a valve is located downstream of the pump. [CONT.]: 1307.3 Pump relief valve. A relief valve shall be installed on the pump discharge line where a valve is located downstream of the pump. [CONT.]: 1307.3 Pump relief valve. A relief valve shall be installed on the pump discharge line where a valve is located downstream of the pump. [CONT.]: 1307.3 Pump relief valve. A relief valve shall be installed on the pump discharge line where a valve is located downstream of the pump. [CONT.]: 1307.3 Pump relief valve. A relief valve shall be installed on the pump discharge line where a valve is located downstream of the pump.",
    "metadata": {
      "section_full": "1307.3",
      "parent_major": "1307",
      "parent_minor": "1307.3",
      "source": "037.txt"
    }
  },
  {
    "id": "1307.4",
    "text": "CONTEXT: 1307 > 1307.4 | CONTENT: 1307.4 1307.4 Fuel - oil heater relief valve. A relief valve shall be installed on the discharge line of fuel - oil - heating appliances. [CONT.]: 1307.4 Fuel - oil heater relief valve. A relief valve shall be installed on the discharge line of fuel - oil - heating appliances. [CONT.]: 1307.4 Fuel - oil heater relief valve. A relief valve shall be installed on the discharge line of fuel - oil - heating appliances. [CONT.]: 1307.4 Fuel - oil heater relief valve. A relief valve shall be installed on the discharge line of fuel - oil - heating appliances. [CONT.]: 1307.4 Fuel - oil heater relief valve. A relief valve shall be installed on the discharge line of fuel - oil - heating appliances. [CONT.]: 1307.4 Fuel - oil heater relief valve. A relief valve shall be installed on the discharge line of fuel - oil - heating appliances.",
    "metadata": {
      "section_full": "1307.4",
      "parent_major": "1307",
      "parent_minor": "1307.4",
      "source": "037.txt"
    }
  },
  {
    "id": "1307.5",
    "text": "CONTEXT: 1307 > 1307.5 | CONTENT: 1307.5 1307.5 Relief valve operation. Relief valves shall be set to discharge at not more than 1 1 / 2 times the maximum working pressure of the system. The discharge from relief valves shall be returned to the storage tank or to the supply line. Shutoff valves are not permitted in the line of relief. SECTION MC 1308 TESTING [CONT.]: 1307.5 Relief valve operation. Relief valves shall be set to discharge at not more than 1 1 / 2 times the maximum working pressure of the system. The discharge from relief valves shall be returned to the storage tank or to the supply line. Shutoff valves are not permitted in the line of relief. SECTION MC 1308 TESTING [CONT.]: 1307.5 Relief valve operation. Relief valves shall be set to discharge at not more than 1 1 / 2 times the maximum working pressure of the system. The discharge from relief valves shall be returned to the storage tank or to the supply line. Shutoff valves are not permitted in the line of relief. SECTION MC 1308 TESTING [CONT.]: 1307.5 Relief valve operation. Relief valves shall be set to discharge at not more than 1 1 / 2 times the maximum working pressure of the system. The discharge from relief valves shall be returned to the storage tank or to the supply line. Shutoff valves are not permitted in the line of relief. SECTION MC 1308 TESTING [CONT.]: 1307.5 Relief valve operation. Relief valves shall be set to discharge at not more than 1 1 / 2 times the maximum working pressure of the system. The discharge from relief valves shall be returned to the storage tank or to the supply line. Shutoff valves are not permitted in the line of relief. SECTION MC 1308 TESTING [CONT.]: 1307.5 Relief valve operation. Relief valves shall be set to discharge at not more than 1 1 / 2 times the maximum working pressure of the system. The discharge from relief valves shall be returned to the storage tank or to the supply line. Shutoff valves are not permitted in the line of relief. SECTION MC 1308 TESTING",
    "metadata": {
      "section_full": "1307.5",
      "parent_major": "1307",
      "parent_minor": "1307.5",
      "source": "037.txt"
    }
  },
  {
    "id": "1308.1",
    "text": "CONTEXT: 1308 > 1308.1 | CONTENT: 1308.1 1308.1 Testing required. Fuel - oil storage tanks, other than tanks complying with the alternate tank design and construction standards contained in Section 1305.14, shall be tested in accordance with NFPA 31. [CONT.]: 1308.1 Testing required. Fuel - oil storage tanks, other than tanks complying with the alternate tank design and construction standards contained in Section 1305.14, shall be tested in accordance with NFPA 31. [CONT.]: 1308.1 Testing required. Fuel - oil storage tanks, other than tanks complying with the alternate tank design and construction standards contained in Section 1305.14, shall be tested in accordance with NFPA 31. [CONT.]: 1308.1 Testing required. Fuel - oil storage tanks, other than tanks complying with the alternate tank design and construction standards contained in Section 1305.14, shall be tested in accordance with NFPA 31. [CONT.]: 1308.1 Testing required. Fuel - oil storage tanks, other than tanks complying with the alternate tank design and construction standards contained in Section 1305.14, shall be tested in accordance with NFPA 31. [CONT.]: 1308.1 Testing required. Fuel - oil storage tanks, other than tanks complying with the alternate tank design and construction standards contained in Section 1305.14, shall be tested in accordance with NFPA 31.",
    "metadata": {
      "section_full": "1308.1",
      "parent_major": "1308",
      "parent_minor": "1308.1",
      "source": "037.txt"
    }
  },
  {
    "id": "1308.2",
    "text": "CONTEXT: 1308 > 1308.2 | CONTENT: 1308.2 1308.2 Hydrostatic test. All liquid - fuel piping, and all tanks complying with the alternate tank design and construction standards contained in Section 1305.14, shall be hydrostatically tested for tightness by the contrac tor who made the installation before the work is closed in and before the system is operated. The piping shall be tested at 1 1 / 2 times the maximum working pressure applicable to that part of the piping system but at a pressure not less than the test pressu re required for the storage tank. The minimum pressure for testing tanks shall be 1 1 / 2 times the maximum working pressure applicable to the tank but in no case less than 25 psig (172.4 kPag), except as provided for containers 6 gallons (22.7 L) or less in capacity as provided for in Section 1305.14.4, Exception 3. The hydrostatic pressure s hall be maintained until all joints and connections have been visually inspected for leaks, but in no case for less than 1 / 2 hour. The tank shall not show any permanent deformation as a result of the test. A record shall be kept of the pressure tests showi ng the name of the contractor and the pressures at which the piping and the tank were tested. \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1308.2 Hydrostatic test. All liquid - fuel piping, and all tanks complying with the alternate tank design and construction standards contained in Section 1305.14, shall be hydrostatically tested for tightness by the contrac tor who made the installation before the work is closed in and before the system is operated. The piping shall be tested at 1 1 / 2 times the maximum working pressure applicable to that part of the piping system but at a pressure not less than the test pressu re required for the storage tank. The minimum pressure for testing tanks shall be 1 1 / 2 times the maximum working pressure applicable to the tank but in no case less than 25 psig (172.4 kPag), except as provided for containers 6 gallons (22.7 L) or less in capacity as provided for in Section 1305.14.4, Exception 3. The hydrostatic pressure s hall be maintained until all joints and connections have been visually inspected for leaks, but in no case for less than 1 / 2 hour. The tank shall not show any permanent deformation as a result of the test. A record shall be kept of the pressure tests showi ng the name of the contractor and the pressures at which the piping and the tank were tested. \u2021\u2021\u2021 Chapter 13 was amended by Local Law 77 of 2023 . This law has an effective date of June 10, 2023. CHAPTER 13 FUEL -OIL PIPING AND STORAGE SECTION MC 1301 GENERAL [CONT.]: 1308.2 Hydrostatic test. All liquid - fuel piping, and all tanks complying with the alternate tank design and construction standards contained in Section 1305.14, shall be hydrostatically tested for tightness by the contrac tor who made the installation before the work is closed in and before the system is operated. The piping shall be tested at 1 1 / 2 times the maximum working pressure applicable to that part of the piping system but at a pressure not less than the test pressu re required for the storage tank. The minimum pressure for testing tanks shall be 1 1 / 2 times the maximum working pressure applicable to the tank but in no case less than 25 psig (172.4 kPag), except as provided for containers 6 gallons (22.7 L) or less in capacity as provided for in Section 1305.14.4, Exception 3. The hydrostatic pressure s hall be maintained until all joints and connections have been visually inspected for leaks, but in no case for less than 1 / 2 hour. The tank shall not show any permanent deformation as a result of the test. A record shall be kept of the pressure tests showi ng the name of the contractor and the pressures at which the piping and the tank were tested. FUEL - OIL PIPING AND STORAGE 1308.3. Weekly testing. For fuel - oil tanks and fuel - oil - burning equipment located above ground, above the lowest floor inside of buildings, the operation of the f loat switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sections 1301.9 and 1305.13.3, Item 8. SECTION MC 1301 GENERAL [CONT.]: 1308.2 Hydrostatic test. All liquid - fuel piping, and all tanks complying with the alternate tank design and construction standards contained in Section 1305.14, shall be hydrostatically tested for tightness by the contrac tor who made the installation before the work is closed in and before the system is operated. The piping shall be tested at 1 1 / 2 times the maximum working pressure applicable to that part of the piping system but at a pressure not less than the test pressu re required for the storage tank. The minimum pressure for testing tanks shall be 1 1 / 2 times the maximum working pressure applicable to the tank but in no case less than 25 psig (172.4 kPag), except as provided for containers 6 gallons (22.7 L) or less in capacity as provided for in Section 1305.14.4, Exception 3. The hydrostatic pressure s hall be maintained until all joints and connections have been visually inspected for leaks, but in no case for less than 1 / 2 hour. The tank shall not show any permanent deformation as a result of the test. A record shall be kept of the pressure tests showi ng the name of the contractor and the pressures at which the piping and the tank were tested. FUEL - OIL PIPING AND STORAGE 1308.3. Weekly testing. For fuel - oil tanks and fuel - oil - burning equipment located above ground, above the lowest floor inside of buildings, the operation of the f loat switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sections 1301.9 and 1305.13.3, Item 8. SECTION MC 1301 GENERAL [CONT.]: 1308.2 Hydrostatic test. All liquid - fuel piping, and all tanks complying with the alternate tank design and construction standards contained in Section 1305.14, shall be hydrostatically tested for tightness by the contrac tor who made the installation before the work is closed in and before the system is operated. The piping shall be tested at 1 1 / 2 times the maximum working pressure applicable to that part of the piping system but at a pressure not less than the test pressu re required for the storage tank. The minimum pressure for testing tanks shall be 1 1 / 2 times the maximum working pressure applicable to the tank but in no case less than 25 psig (172.4 kPag), except as provided for containers 6 gallons (22.7 L) or less in capacity as provided for in Section 1305.14.4, Exception 3. The hydrostatic pressure s hall be maintained until all joints and connections have been visually inspected for leaks, but in no case for less than 1 / 2 hour. The tank shall not show any permanent deformation as a result of the test. A record shall be kept of the pressure tests showi ng the name of the contractor and the pressures at which the piping and the tank were tested. FUEL - OIL PIPING AND STORAGE 1308.3. Weekly testing. For fuel - oil tanks and fuel - oil - burning equipment located above ground, above the lowest floor inside of buildings, the operation of the f loat switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sections 1301.9 and 1305.13.3, Item 8. SECTION MC 1301 GENERAL [CONT.]: 1308.2 Hydrostatic test. All liquid - fuel piping, and all tanks complying with the alternate tank design and construction standards contained in Section 1305.14, shall be hydrostatically tested for tightness by the contrac tor who made the installation before the work is closed in and before the system is operated. The piping shall be tested at 1 1 / 2 times the maximum working pressure applicable to that part of the piping system but at a pressure not less than the test pressu re required for the storage tank. The minimum pressure for testing tanks shall be 1 1 / 2 times the maximum working pressure applicable to the tank but in no case less than 25 psig (172.4 kPag), except as provided for containers 6 gallons (22.7 L) or less in capacity as provided for in Section 1305.14.4, Exception 3. The hydrostatic pressure s hall be maintained until all joints and connections have been visually inspected for leaks, but in no case for less than 1 / 2 hour. The tank shall not show any permanent deformation as a result of the test. A record shall be kept of the pressure tests showi ng the name of the contractor and the pressures at which the piping and the tank were tested. FUEL - OIL PIPING AND STORAGE 1308.3. Weekly testing. For fuel - oil tanks and fuel - oil - burning equipment located above ground, above the lowest floor inside of buildings, the operation of the f loat switch shall be tested at least once each week by the holder of the certificate of fitness as provided for in Sections 1301.9 and 1305.13.3, Item 8.",
    "metadata": {
      "section_full": "1308.2",
      "parent_major": "1308",
      "parent_minor": "1308.2",
      "source": "037.txt"
    }
  },
  {
    "id": "1401.1",
    "text": "CONTEXT: 1401 > 1401.1 | CONTENT: 1401.1 1401.1 Scope. This chapter shall govern the design, construction, installation, alteration and repair of systems, equipment and appliances intended to utilize solar energy for space heating or cooling, domestic hot water heating, swimming pool heating or process heating. [CONT.]: 1401.1 Scope. This chapter shall govern the design, construction, installation, alteration and repair of systems, equipment and appliances intended to utilize solar energy for space heating or cooling, domestic hot water heating, swimming pool heating or process heating. [CONT.]: 1401.1 Scope. This chapter shall govern the design, construction, installation, alteration and repair of systems, equipment and appliances intended to utilize solar energy for space heating or cooling, domestic hot water heating, swimming pool heating or process heating. [CONT.]: 1401.1 Scope. This chapter shall govern the design, construction, installation, alteration and repair of systems, equipment and appliances intended to utilize solar energy for space heating or cooling, domestic hot water heating, swimming pool heating or process heating.",
    "metadata": {
      "section_full": "1401.1",
      "parent_major": "1401",
      "parent_minor": "1401.1",
      "source": "038.txt"
    }
  },
  {
    "id": "1401.2",
    "text": "CONTEXT: 1401 > 1401.2 | CONTENT: 1401.2 1401.2 Potable water supply. Potable water supplies to solar systems shall be protected against contamination in accordance with the New York City Plumbing Code . Exception: Wher e all solar system piping is a part of the potable water distribution system, in accordance with the requirements of the New York City Plumbing Code , and all components of the piping system are listed for potable water use, cross - connection protection meas ures shall not be required. [CONT.]: 1401.2 Potable water supply. Potable water supplies to solar systems shall be protected against contamination in accordance with the New York City Plumbing Code . Exception: Wher e all solar system piping is a part of the potable water distribution system, in accordance with the requirements of the New York City Plumbing Code , and all components of the piping system are listed for potable water use, cross - connection protection meas ures shall not be required. [CONT.]: 1401.2 Potable water supply. Potable water supplies to solar systems shall be protected against contamination in accordance with the New York City Plumbing Code . Exception: Wher e all solar system piping is a part of the potable water distribution system, in accordance with the requirements of the New York City Plumbing Code , and all components of the piping system are listed for potable water use, cross - connection protection meas ures shall not be required. [CONT.]: 1401.2 Potable water supply. Potable water supplies to solar systems shall be protected against contamination in accordance with the New York City Plumbing Code . Exception: Wher e all solar system piping is a part of the potable water distribution system, in accordance with the requirements of the New York City Plumbing Code , and all components of the piping system are listed for potable water use, cross - connection protection meas ures shall not be required.",
    "metadata": {
      "section_full": "1401.2",
      "parent_major": "1401",
      "parent_minor": "1401.2",
      "source": "038.txt"
    }
  },
  {
    "id": "1401.3",
    "text": "CONTEXT: 1401 > 1401.3 | CONTENT: 1401.3 1401.3 Heat exchangers. Heat exchangers used in domestic water - heating systems shall be approved for the intended use. The system shall have adequate protection to ensure that the potability of the water supply and distribution system is properly safeguarded. [CONT.]: 1401.3 Heat exchangers. Heat exchangers used in domestic water - heating systems shall be approved for the intended use. The system shall have adequate protection to ensure that the potability of the water supply and distribution system is properly safeguarded. [CONT.]: 1401.3 Heat exchangers. Heat exchangers used in domestic water - heating systems shall be approved for the intended use. The system shall have adequate protection to ensure that the potability of the water supply and distribution system is properly safeguarded. [CONT.]: 1401.3 Heat exchangers. Heat exchangers used in domestic water - heating systems shall be approved for the intended use. The system shall have adequate protection to ensure that the potability of the water supply and distribution system is properly safeguarded.",
    "metadata": {
      "section_full": "1401.3",
      "parent_major": "1401",
      "parent_minor": "1401.3",
      "source": "038.txt"
    }
  },
  {
    "id": "1401.4",
    "text": "CONTEXT: 1401 > 1401.4 | CONTENT: 1401.4 1401.4 Solar energy equipment and appliances. Solar energy equipment and appliances shall conform to the requirements of this chapter and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1401.4 Solar energy equipment and appliances. Solar energy equipment and appliances shall conform to the requirements of this chapter and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1401.4 Solar energy equipment and appliances. Solar energy equipment and appliances shall conform to the requirements of this chapter and shall be installed in accordance with the manufacturer\u2019s instructions. [CONT.]: 1401.4 Solar energy equipment and appliances. Solar energy equipment and appliances shall conform to the requirements of this chapter and shall be installed in accordance with the manufacturer\u2019s instructions.",
    "metadata": {
      "section_full": "1401.4",
      "parent_major": "1401",
      "parent_minor": "1401.4",
      "source": "038.txt"
    }
  },
  {
    "id": "1401.5",
    "text": "CONTEXT: 1401 > 1401.5 | CONTENT: 1401.5 1401.5 Ducts. D ucts utilized in solar heating and cooling systems shall be constructed and installed in accordance with Chapter 6 of this code. SECTION MC 1402 INSTALLATION [CONT.]: 1401.5 Ducts. D ucts utilized in solar heating and cooling systems shall be constructed and installed in accordance with Chapter 6 of this code. SECTION MC 1402 INSTALLATION [CONT.]: 1401.5 Ducts. D ucts utilized in solar heating and cooling systems shall be constructed and installed in accordance with Chapter 6 of this code. SECTION MC 1402 INSTALLATION [CONT.]: 1401.5 Ducts. D ucts utilized in solar heating and cooling systems shall be constructed and installed in accordance with Chapter 6 of this code. SECTION MC 1402 INSTALLATION",
    "metadata": {
      "section_full": "1401.5",
      "parent_major": "1401",
      "parent_minor": "1401.5",
      "source": "038.txt"
    }
  },
  {
    "id": "1402.1",
    "text": "CONTEXT: 1402 > 1402.1 | CONTENT: 1402.1 1402.1 Access. Access shall be provided to solar energy equipment and appliances for maintenance. Solar systems and appurtenances shall be installed in accordance with the requirements of Chapter 5 of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with fire - fighting operations or the operation of any doors, windows , fire escapes, or other means of egress or other building components requiring operation or access. [CONT.]: 1402.1 Access. Access shall be provided to solar energy equipment and appliances for maintenance. Solar systems and appurtenances shall be installed in accordance with the requirements of Chapter 5 of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with fire - fighting operations or the operation of any doors, windows , fire escapes, or other means of egress or other building components requiring operation or access. [CONT.]: 1402.1 Access. Access shall be provided to solar energy equipment and appliances for maintenance. Solar systems and appurtenances shall be installed in accordance with the requirements of Chapter 5 of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with fire - fighting operations or the operation of any doors, windows , fire escapes, or other means of egress or other building components requiring operation or access. [CONT.]: 1402.1 Access. Access shall be provided to solar energy equipment and appliances for maintenance. Solar systems and appurtenances shall be installed in accordance with the requirements of Chapter 5 of the New York City Fire Code regarding rooftop access and obstructions, and shall not obstruct or interfere with fire - fighting operations or the operation of any doors, windows , fire escapes, or other means of egress or other building components requiring operation or access.",
    "metadata": {
      "section_full": "1402.1",
      "parent_major": "1402",
      "parent_minor": "1402.1",
      "source": "038.txt"
    }
  },
  {
    "id": "1402.2",
    "text": "CONTEXT: 1402 > 1402.2 | CONTENT: 1402.2 1402.2 Protection of equipment. Solar equipment exposed to vehicular traffic shall be installed not less than 6 feet (1828.8 mm) abov e the finished floor. Exception: This section shall not apply where the equipment is protected from motor vehicle impact. [CONT.]: 1402.2 Protection of equipment. Solar equipment exposed to vehicular traffic shall be installed not less than 6 feet (1828.8 mm) abov e the finished floor. Exception: This section shall not apply where the equipment is protected from motor vehicle impact. [CONT.]: 1402.2 Protection of equipment. Solar equipment exposed to vehicular traffic shall be installed not less than 6 feet (1828.8 mm) abov e the finished floor. Exception: This section shall not apply where the equipment is protected from motor vehicle impact. [CONT.]: 1402.2 Protection of equipment. Solar equipment exposed to vehicular traffic shall be installed not less than 6 feet (1828.8 mm) abov e the finished floor. Exception: This section shall not apply where the equipment is protected from motor vehicle impact.",
    "metadata": {
      "section_full": "1402.2",
      "parent_major": "1402",
      "parent_minor": "1402.2",
      "source": "038.txt"
    }
  },
  {
    "id": "1402.3",
    "text": "CONTEXT: 1402 > 1402.3 | CONTENT: 1402.3 1402.3 Controlling condensation. Where attics or structural spaces are part of a passive solar system, ventilation of such spaces, as required by Section 406, is not required where other approved means of controlling condensation are provided. [CONT.]: 1402.3 Controlling condensation. Where attics or structural spaces are part of a passive solar system, ventilation of such spaces, as required by Section 406, is not required where other approved means of controlling condensation are provided. [CONT.]: 1402.3 Controlling condensation. Where attics or structural spaces are part of a passive solar system, ventilation of such spaces, as required by Section 406, is not required where other approved means of controlling condensation are provided. [CONT.]: 1402.3 Controlling condensation. Where attics or structural spaces are part of a passive solar system, ventilation of such spaces, as required by Section 406, is not required where other approved means of controlling condensation are provided.",
    "metadata": {
      "section_full": "1402.3",
      "parent_major": "1402",
      "parent_minor": "1402.3",
      "source": "038.txt"
    }
  },
  {
    "id": "1402.4",
    "text": "CONTEXT: 1402 > 1402.4 | CONTENT: 1402.4 1402.4 Roof - mounted collectors. Roof - mounted solar collectors that also serve as a roof covering shall conform to the requirements for roof coveri ngs in accordance with the New York City Building Code . Exception: The use of plastic solar collector covers shall be limited to those approved plastics meeting the requirements for plastic roof panels in the New York City Building Code . [CONT.]: 1402.4 Roof - mounted collectors. Roof - mounted solar collectors that also serve as a roof covering shall conform to the requirements for roof coveri ngs in accordance with the New York City Building Code . Exception: The use of plastic solar collector covers shall be limited to those approved plastics meeting the requirements for plastic roof panels in the New York City Building Code . [CONT.]: 1402.4 Roof - mounted collectors. Roof - mounted solar collectors that also serve as a roof covering shall conform to the requirements for roof coveri ngs in accordance with the New York City Building Code . Exception: The use of plastic solar collector covers shall be limited to those approved plastics meeting the requirements for plastic roof panels in the New York City Building Code . [CONT.]: 1402.4 Roof - mounted collectors. Roof - mounted solar collectors that also serve as a roof covering shall conform to the requirements for roof coveri ngs in accordance with the New York City Building Code . Exception: The use of plastic solar collector covers shall be limited to those approved plastics meeting the requirements for plastic roof panels in the New York City Building Code .",
    "metadata": {
      "section_full": "1402.4",
      "parent_major": "1402",
      "parent_minor": "1402.4",
      "source": "038.txt"
    }
  },
  {
    "id": "1402.4.1",
    "text": "CONTEXT: 1402 > 1402.4 | CONTENT: 1402.4.1 1402.4.1 Collector s mounted above the roof. Where mounted on or above the roof covering, the collector array and supporting construction shall be constructed of noncombustible materials or fire - retardant - treated wood conforming to the New York City Building Cod e to the exte nt required for the type of roof construction of the building to which the collectors are accessory. SOLAR SYSTEMS Exception: The use of plastic solar collector covers shall be limited to those approved plastics meeting the requirements for plastic roof panels in the Ne w York City Building Code . [CONT.]: 1402.4.1 Collector s mounted above the roof. Where mounted on or above the roof covering, the collector array and supporting construction shall be constructed of noncombustible materials or fire - retardant - treated wood conforming to the New York City Building Cod e to the exte nt required for the type of roof construction of the building to which the collectors are accessory. SOLAR SYSTEMS Exception: The use of plastic solar collector covers shall be limited to those approved plastics meeting the requirements for plastic roof panels in the Ne w York City Building Code . [CONT.]: 1402.4.1 Collector s mounted above the roof. Where mounted on or above the roof covering, the collector array and supporting construction shall be constructed of noncombustible materials or fire - retardant - treated wood conforming to the New York City Building Cod e to the exte nt required for the type of roof construction of the building to which the collectors are accessory. SOLAR SYSTEMS Exception: The use of plastic solar collector covers shall be limited to those approved plastics meeting the requirements for plastic roof panels in the Ne w York City Building Code . [CONT.]: 1402.4.1 Collector s mounted above the roof. Where mounted on or above the roof covering, the collector array and supporting construction shall be constructed of noncombustible materials or fire - retardant - treated wood conforming to the New York City Building Cod e to the exte nt required for the type of roof construction of the building to which the collectors are accessory. SOLAR SYSTEMS Exception: The use of plastic solar collector covers shall be limited to those approved plastics meeting the requirements for plastic roof panels in the Ne w York City Building Code .",
    "metadata": {
      "section_full": "1402.4.1",
      "parent_major": "1402",
      "parent_minor": "1402.4",
      "source": "038.txt"
    }
  },
  {
    "id": "1402.5",
    "text": "CONTEXT: 1402 > 1402.5 | CONTENT: 1402.5 1402.5 Equipment. The solar energy system shall be equipped in accordance with the requirements of Sections [CONT.]: 1402.5 Equipment. The solar energy system shall be equipped in accordance with the requirements of Sections [CONT.]: 1402.5 Equipment. The solar energy system shall be equipped in accordance with the requirements of Sections [CONT.]: 1402.5 Equipment. The solar energy system shall be equipped in accordance with the requirements of Sections",
    "metadata": {
      "section_full": "1402.5",
      "parent_major": "1402",
      "parent_minor": "1402.5",
      "source": "038.txt"
    }
  },
  {
    "id": "1402.5.1",
    "text": "CONTEXT: 1402 > 1402.5 | CONTENT: 1402.5.1 1402.5.1 Pressure and temperature. Solar energy system components containing pressurized fluids shall be protected against pressures and temperatures exceeding design limitations with a pressure and temperature relief valve. Each section of the system in which excessive pressures are capabl e of developing shall have a relief device located so that a section cannot be valved off or otherwise isolated from a relief device. Relief valves shall comply with the requirements of Section 1006.4 and discharge in accordance with Section 1006.6. 1402.5 .2 Vacuum. The solar energy system components that are subjected to a vacuum while in operation or during shutdown shall be designed to withstand such vacuum or shall be protected with vacuum relief valves. [CONT.]: 1402.5.1 Pressure and temperature. Solar energy system components containing pressurized fluids shall be protected against pressures and temperatures exceeding design limitations with a pressure and temperature relief valve. Each section of the system in which excessive pressures are capabl e of developing shall have a relief device located so that a section cannot be valved off or otherwise isolated from a relief device. Relief valves shall comply with the requirements of Section 1006.4 and discharge in accordance with Section 1006.6. 1402.5 .2 Vacuum. The solar energy system components that are subjected to a vacuum while in operation or during shutdown shall be designed to withstand such vacuum or shall be protected with vacuum relief valves. [CONT.]: 1402.5.1 Pressure and temperature. Solar energy system components containing pressurized fluids shall be protected against pressures and temperatures exceeding design limitations with a pressure and temperature relief valve. Each section of the system in which excessive pressures are capabl e of developing shall have a relief device located so that a section cannot be valved off or otherwise isolated from a relief device. Relief valves shall comply with the requirements of Section 1006.4 and discharge in accordance with Section 1006.6. 1402.5 .2 Vacuum. The solar energy system components that are subjected to a vacuum while in operation or during shutdown shall be designed to withstand such vacuum or shall be protected with vacuum relief valves. [CONT.]: 1402.5.1 Pressure and temperature. Solar energy system components containing pressurized fluids shall be protected against pressures and temperatures exceeding design limitations with a pressure and temperature relief valve. Each section of the system in which excessive pressures are capabl e of developing shall have a relief device located so that a section cannot be valved off or otherwise isolated from a relief device. Relief valves shall comply with the requirements of Section 1006.4 and discharge in accordance with Section 1006.6. 1402.5 .2 Vacuum. The solar energy system components that are subjected to a vacuum while in operation or during shutdown shall be designed to withstand such vacuum or shall be protected with vacuum relief valves.",
    "metadata": {
      "section_full": "1402.5.1",
      "parent_major": "1402",
      "parent_minor": "1402.5",
      "source": "038.txt"
    }
  },
  {
    "id": "1402.5.3",
    "text": "CONTEXT: 1402 > 1402.5 | CONTENT: 1402.5.3 1402.5.3 Protection from freezing. System compone nts shall be protected from damage by freezing of heat transfer liquids at the lowest ambient temperatures that will be encountered during the operation of the system. [CONT.]: 1402.5.3 Protection from freezing. System compone nts shall be protected from damage by freezing of heat transfer liquids at the lowest ambient temperatures that will be encountered during the operation of the system. [CONT.]: 1402.5.3 Protection from freezing. System compone nts shall be protected from damage by freezing of heat transfer liquids at the lowest ambient temperatures that will be encountered during the operation of the system. [CONT.]: 1402.5.3 Protection from freezing. System compone nts shall be protected from damage by freezing of heat transfer liquids at the lowest ambient temperatures that will be encountered during the operation of the system.",
    "metadata": {
      "section_full": "1402.5.3",
      "parent_major": "1402",
      "parent_minor": "1402.5",
      "source": "038.txt"
    }
  },
  {
    "id": "1402.5.4",
    "text": "CONTEXT: 1402 > 1402.5 | CONTENT: 1402.5.4 1402.5.4 Expansion tanks. Liquid single - phase solar energy systems shall be equipped wit h expansion tanks sized in accordance with Section 1009. [CONT.]: 1402.5.4 Expansion tanks. Liquid single - phase solar energy systems shall be equipped wit h expansion tanks sized in accordance with Section 1009. [CONT.]: 1402.5.4 Expansion tanks. Liquid single - phase solar energy systems shall be equipped wit h expansion tanks sized in accordance with Section 1009. [CONT.]: 1402.5.4 Expansion tanks. Liquid single - phase solar energy systems shall be equipped wit h expansion tanks sized in accordance with Section 1009.",
    "metadata": {
      "section_full": "1402.5.4",
      "parent_major": "1402",
      "parent_minor": "1402.5",
      "source": "038.txt"
    }
  },
  {
    "id": "1402.6",
    "text": "CONTEXT: 1402 > 1402.6 | CONTENT: 1402.6 1402.6 Penetrations. Roof and wall penetrations shall be flashed and sealed to prevent entry of water, rodents and insects. [CONT.]: 1402.6 Penetrations. Roof and wall penetrations shall be flashed and sealed to prevent entry of water, rodents and insects. [CONT.]: 1402.6 Penetrations. Roof and wall penetrations shall be flashed and sealed to prevent entry of water, rodents and insects. [CONT.]: 1402.6 Penetrations. Roof and wall penetrations shall be flashed and sealed to prevent entry of water, rodents and insects.",
    "metadata": {
      "section_full": "1402.6",
      "parent_major": "1402",
      "parent_minor": "1402.6",
      "source": "038.txt"
    }
  },
  {
    "id": "1402.7",
    "text": "CONTEXT: 1402 > 1402.7 | CONTENT: 1402.7 1402.7 Filtering. Air transported to occupied spaces through rock or dust - p roducing materials by means other than natural convection shall be filtered at the outlet from the heat storage system. SECTION MC 1403 HEAT TRANSFER FLUIDS [CONT.]: 1402.7 Filtering. Air transported to occupied spaces through rock or dust - p roducing materials by means other than natural convection shall be filtered at the outlet from the heat storage system. SECTION MC 1403 HEAT TRANSFER FLUIDS [CONT.]: 1402.7 Filtering. Air transported to occupied spaces through rock or dust - p roducing materials by means other than natural convection shall be filtered at the outlet from the heat storage system. SECTION MC 1403 HEAT TRANSFER FLUIDS [CONT.]: 1402.7 Filtering. Air transported to occupied spaces through rock or dust - p roducing materials by means other than natural convection shall be filtered at the outlet from the heat storage system. SECTION MC 1403 HEAT TRANSFER FLUIDS",
    "metadata": {
      "section_full": "1402.7",
      "parent_major": "1402",
      "parent_minor": "1402.7",
      "source": "038.txt"
    }
  },
  {
    "id": "1403.1",
    "text": "CONTEXT: 1403 > 1403.1 | CONTENT: 1403.1 1403.1 Flash point. The flash point of the actual heat transfer fluid utilized in a solar system sh all be not less than 50\u00b0F (10\u00b0C) above the design maximum nonoperating (no - flow) temperature of the fluid attained in the collector. [CONT.]: 1403.1 Flash point. The flash point of the actual heat transfer fluid utilized in a solar system sh all be not less than 50\u00b0F (10\u00b0C) above the design maximum nonoperating (no - flow) temperature of the fluid attained in the collector. [CONT.]: 1403.1 Flash point. The flash point of the actual heat transfer fluid utilized in a solar system sh all be not less than 50\u00b0F (10\u00b0C) above the design maximum nonoperating (no - flow) temperature of the fluid attained in the collector. [CONT.]: 1403.1 Flash point. The flash point of the actual heat transfer fluid utilized in a solar system sh all be not less than 50\u00b0F (10\u00b0C) above the design maximum nonoperating (no - flow) temperature of the fluid attained in the collector.",
    "metadata": {
      "section_full": "1403.1",
      "parent_major": "1403",
      "parent_minor": "1403.1",
      "source": "038.txt"
    }
  },
  {
    "id": "1403.2",
    "text": "CONTEXT: 1403 > 1403.2 | CONTENT: 1403.2 1403.2 Flammable gases and liquids. A flammable liquid or gas shall not be utilized as a heat transfer fluid. SECTION MC 1404 MATERIALS [CONT.]: 1403.2 Flammable gases and liquids. A flammable liquid or gas shall not be utilized as a heat transfer fluid. SECTION MC 1404 MATERIALS [CONT.]: 1403.2 Flammable gases and liquids. A flammable liquid or gas shall not be utilized as a heat transfer fluid. SECTION MC 1404 MATERIALS [CONT.]: 1403.2 Flammable gases and liquids. A flammable liquid or gas shall not be utilized as a heat transfer fluid. SECTION MC 1404 MATERIALS",
    "metadata": {
      "section_full": "1403.2",
      "parent_major": "1403",
      "parent_minor": "1403.2",
      "source": "038.txt"
    }
  },
  {
    "id": "1404.1",
    "text": "CONTEXT: 1404 > 1404.1 | CONTENT: 1404.1 1404.1 Collectors. Factory - built collectors shall be listed and labeled, and bear a label showing the manufacturer\u2019s name and address, model number, collector dry weight, collector maximum allowable operating and nonoperating temp eratures and pressures, minimum allowable temperatures and the types of heat transfer fluids that are compatible with the collector. The label shall clarify that these specifications apply only to the collector. [CONT.]: 1404.1 Collectors. Factory - built collectors shall be listed and labeled, and bear a label showing the manufacturer\u2019s name and address, model number, collector dry weight, collector maximum allowable operating and nonoperating temp eratures and pressures, minimum allowable temperatures and the types of heat transfer fluids that are compatible with the collector. The label shall clarify that these specifications apply only to the collector. [CONT.]: 1404.1 Collectors. Factory - built collectors shall be listed and labeled, and bear a label showing the manufacturer\u2019s name and address, model number, collector dry weight, collector maximum allowable operating and nonoperating temp eratures and pressures, minimum allowable temperatures and the types of heat transfer fluids that are compatible with the collector. The label shall clarify that these specifications apply only to the collector. [CONT.]: 1404.1 Collectors. Factory - built collectors shall be listed and labeled, and bear a label showing the manufacturer\u2019s name and address, model number, collector dry weight, collector maximum allowable operating and nonoperating temp eratures and pressures, minimum allowable temperatures and the types of heat transfer fluids that are compatible with the collector. The label shall clarify that these specifications apply only to the collector.",
    "metadata": {
      "section_full": "1404.1",
      "parent_major": "1404",
      "parent_minor": "1404.1",
      "source": "038.txt"
    }
  },
  {
    "id": "1404.1.1",
    "text": "CONTEXT: 1404 > 1404.1 | CONTENT: 1404.1.1 1404.1.1 Types of collectors. The following types of collectors may be installed: 1. Flat - plate collectors. 2. Evacuated - tube collectors. 3. Integral collector storage systems. 4. Alternative collectors as approved by the commissioner in accordance with Section 28 - [CONT.]: 1404.1.1 Types of collectors. The following types of collectors may be installed: 1. Flat - plate collectors. 2. Evacuated - tube collectors. 3. Integral collector storage systems. 4. Alternative collectors as approved by the commissioner in accordance with Section 28 - [CONT.]: 1404.1.1 Types of collectors. The following types of collectors may be installed: 1. Flat - plate collectors. 2. Evacuated - tube collectors. 3. Integral collector storage systems. 4. Alternative collectors as approved by the commissioner in accordance with Section 28 - [CONT.]: 1404.1.1 Types of collectors. The following types of collectors may be installed: 1. Flat - plate collectors. 2. Evacuated - tube collectors. 3. Integral collector storage systems. 4. Alternative collectors as approved by the commissioner in accordance with Section 28 -",
    "metadata": {
      "section_full": "1404.1.1",
      "parent_major": "1404",
      "parent_minor": "1404.1",
      "source": "038.txt"
    }
  },
  {
    "id": "1501.1",
    "text": "CONTEXT: 1501 > 1501.1 | CONTENT: 1501.1 1501.1 General. This chapter lists the standards that are referenced in various sections of this document. The standards are listed herein by the promulgating agency of the standard, the standard identification, the effective date and title and the section or sections of this document that reference the standard. [CONT.]: 1501.1 General. This chapter lists the standards that are referenced in various sections of this document. The standards are listed herein by the promulgating agency of the standard, the standard identification, the effective date and title and the section or sections of this document that reference the standard. [CONT.]: 1501.1 General. This chapter lists the standards that are referenced in various sections of this document. The standards are listed herein by the promulgating agency of the standard, the standard identification, the effective date and title and the section or sections of this document that reference the standard. [CONT.]: 1501.1 General. This chapter lists the standards that are referenced in various sections of this document. The standards are listed herein by the promulgating agency of the standard, the standard identification, the effective date and title and the section or sections of this document that reference the standard. [CONT.]: 1501.1 General. This chapter lists the standards that are referenced in various sections of this document. The standards are listed herein by the promulgating agency of the standard, the standard identification, the effective date and title and the section or sections of this document that reference the standard. [CONT.]: 1501.1 General. This chapter lists the standards that are referenced in various sections of this document. The standards are listed herein by the promulgating agency of the standard, the standard identification, the effective date and title and the section or sections of this document that reference the standard. [CONT.]: 1501.1 General. This chapter lists the standards that are referenced in various sections of this document. The standards are listed herein by the promulgating agency of the standard, the standard identification, the effective date and title and the section or sections of this document that reference the standard.",
    "metadata": {
      "section_full": "1501.1",
      "parent_major": "1501",
      "parent_minor": "1501.1",
      "source": "039.txt"
    }
  },
  {
    "id": "1501.2",
    "text": "CONTEXT: 1501 > 1501.2 | CONTENT: 1501.2 1501.2 Subsequent additions, modifications or deletions. Refer to the rules of the department for any subsequent additions, modifications or deletions that may have been made to these standards in accordance with Section 28 - [CONT.]: 1501.2 Subsequent additions, modifications or deletions. Refer to the rules of the department for any subsequent additions, modifications or deletions that may have been made to these standards in accordance with Section 28 - [CONT.]: 1501.2 Subsequent additions, modifications or deletions. Refer to the rules of the department for any subsequent additions, modifications or deletions that may have been made to these standards in accordance with Section 28 - [CONT.]: 1501.2 Subsequent additions, modifications or deletions. Refer to the rules of the department for any subsequent additions, modifications or deletions that may have been made to these standards in accordance with Section 28 - [CONT.]: 1501.2 Subsequent additions, modifications or deletions. Refer to the rules of the department for any subsequent additions, modifications or deletions that may have been made to these standards in accordance with Section 28 - [CONT.]: 1501.2 Subsequent additions, modifications or deletions. Refer to the rules of the department for any subsequent additions, modifications or deletions that may have been made to these standards in accordance with Section 28 - [CONT.]: 1501.2 Subsequent additions, modifications or deletions. Refer to the rules of the department for any subsequent additions, modifications or deletions that may have been made to these standards in accordance with Section 28 -",
    "metadata": {
      "section_full": "1501.2",
      "parent_major": "1501",
      "parent_minor": "1501.2",
      "source": "039.txt"
    }
  },
  {
    "id": "1501.3",
    "text": "CONTEXT: 1501 > 1501.3 | CONTENT: 1501.3 1501.3 Applicability. The application of the referenced standards shall be as specified in Section 102.8. SECTION MC 1502 STANDARDS ACCA Air Conditioning Contractors of America 2800 Shirlington Road, Suite 300 Arlington, VA 22206 Standard Referenced reference in code number Title section number ANSI/ACCA 1 Manual D \u2014 201 6 \u2021 Residential Duct Systems ............................................................................................................................ [CONT.]: 1501.3 Applicability. The application of the referenced standards shall be as specified in Section 102.8. SECTION MC 1502 STANDARDS ACCA Air Conditioning Contractors of America 2800 Shirlington Road, Suite 300 Arlington, VA 22206 Standard Referenced reference in code number Title section number ANSI/ACCA 1 Manual D \u2014 201 6 \u2021 Residential Duct Systems ............................................................................................................................ [CONT.]: 1501.3 Applicability. The application of the referenced standards shall be as specified in Section 102.8. SECTION MC 1502 STANDARDS ACCA Air Conditioning Contractors of America 2800 Shirlington Road, Suite 300 Arlington, VA 22206 Standard Referenced reference in code number Title section number ANSI/ACCA 1 Manual D \u2014 201 6 \u2021 Residential Duct Systems ............................................................................................................................ [CONT.]: 1501.3 Applicability. The application of the referenced standards shall be as specified in Section 102.8. SECTION MC 1502 STANDARDS ACCA Air Conditioning Contractors of America 2800 Shirlington Road, Suite 300 Arlington, VA 22206 Standard Referenced reference in code number Title section number ANSI/ACCA 1 Manual D \u2014 201 6 \u2021 Residential Duct Systems ............................................................................................................................ [CONT.]: 1501.3 Applicability. The application of the referenced standards shall be as specified in Section 102.8. SECTION MC 1502 STANDARDS ACCA Air Conditioning Contractors of America 2800 Shirlington Road, Suite 300 Arlington, VA 22206 Standard Referenced reference in code number Title section number ANSI/ACCA 1 Manual D \u2014 201 6 \u2021 Residential Duct Systems ............................................................................................................................ [CONT.]: 1501.3 Applicability. The application of the referenced standards shall be as specified in Section 102.8. SECTION MC 1502 STANDARDS ACCA Air Conditioning Contractors of America 2800 Shirlington Road, Suite 300 Arlington, VA 22206 Standard Referenced reference in code number Title section number ANSI/ACCA 1 Manual D \u2014 201 6 \u2021 Residential Duct Systems ............................................................................................................................ [CONT.]: 1501.3 Applicability. The application of the referenced standards shall be as specified in Section 102.8. SECTION MC 1502 STANDARDS ACCA Air Conditioning Contractors of America 2800 Shirlington Road, Suite 300 Arlington, VA 22206 Standard Referenced reference in code number Title section number ANSI/ACCA 1 Manual D \u2014 201 6 \u2021 Residential Duct Systems ............................................................................................................................",
    "metadata": {
      "section_full": "1501.3",
      "parent_major": "1501",
      "parent_minor": "1501.3",
      "source": "039.txt"
    }
  },
  {
    "id": "1203.1.2",
    "text": "CONTEXT: 1203 > 1203.1 | CONTENT: 1203.1.2 1203.1.2 B31.1 \u2014 2012 Power Piping Code .................................................................................... 1201.3, 1211.2.1, 1211.2.2, 1211.2.3 B16.51 \u2014 2011 Copper and Copper Alloy Press - Connect Pressure Fittings ............................................................. Table [CONT.]: 1203.1.2 F 493 \u2014 10 Specification for Solvent Cements for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe and Fittings ................................ ................................ ................................ .............. [CONT.]: 1203.1.2 B31.1 \u2014 2012 Power Piping Code .................................................................................... 1201.3, 1211.2.1, 1211.2.2, 1211.2.3 B16.51 \u2014 2011 Copper and Copper Alloy Press - Connect Pressure Fittings ............................................................. Table [CONT.]: 1203.1.2 F 493 \u2014 10 Specification for Solvent Cements for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe and Fittings ................................ ................................ ................................ .............. [CONT.]: 1203.1.2 B31.1 \u2014 2012 Power Piping Code .................................................................................... 1201.3, 1211.2.1, 1211.2.2, 1211.2.3 B16.51 \u2014 2011 Copper and Copper Alloy Press - Connect Pressure Fittings ............................................................. Table [CONT.]: 1203.1.2 F 493 \u2014 10 Specification for Solvent Cements for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe and Fittings ................................ ................................ ................................ .............. [CONT.]: 1203.1.2 B31.1 \u2014 2012 Power Piping Code .................................................................................... 1201.3, 1211.2.1, 1211.2.2, 1211.2.3 B16.51 \u2014 2011 Copper and Copper Alloy Press - Connect Pressure Fittings ............................................................. Table [CONT.]: 1203.1.2 F 493 \u2014 10 Specification for Solvent Cements for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe and Fittings ................................ ................................ ................................ .............. [CONT.]: 1203.1.2 B31.1 \u2014 2012 Power Piping Code .................................................................................... 1201.3, 1211.2.1, 1211.2.2, 1211.2.3 B16.51 \u2014 2011 Copper and Copper Alloy Press - Connect Pressure Fittings ............................................................. Table [CONT.]: 1203.1.2 F 493 \u2014 10 Specification for Solvent Cements for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe and Fittings ................................ ................................ ................................ .............. [CONT.]: 1203.1.2 B31.1 \u2014 2012 Power Piping Code .................................................................................... 1201.3, 1211.2.1, 1211.2.2, 1211.2.3 B16.51 \u2014 2011 Copper and Copper Alloy Press - Connect Pressure Fittings ............................................................. Table [CONT.]: 1203.1.2 F 493 \u2014 10 Specification for Solvent Cements for Chlorinated Poly (Vinyl Chloride) (CPVC) Plastic Pipe and Fittings ................................ ................................ ................................ ..............",
    "metadata": {
      "section_full": "1203.1.2",
      "parent_major": "1203",
      "parent_minor": "1203.1",
      "source": "039.txt"
    }
  },
  {
    "id": "1002.2.2",
    "text": "CONTEXT: 1002 > 1002.2 | CONTENT: 1002.2.2 1002.2.2 ASTM ASTM International 100 Barr Harbor Drive West Conshohocken, PA 19428 Standard Referenced reference in code number Title section number A 53/A 53M \u2014 12 Specification for Pipe, Steel, Black and Hot - dipped, Zinc - coated Welded and Seamless .............. Table 1202.4, Table 1202.5, Table 1302.3, Table 1302.5, [CONT.]: 1002.2.2 ASTM ASTM International 100 Barr Harbor Drive West Conshohocken, PA 19428 Standard Referenced reference in code number Title section number A 53/A 53M \u2014 12 Specification for Pipe, Steel, Black and Hot - dipped, Zinc - coated Welded and Seamless .............. Table 1202.4, Table 1202.5, Table 1302.3, Table 1302.5, [CONT.]: 1002.2.2 ASTM ASTM International 100 Barr Harbor Drive West Conshohocken, PA 19428 Standard Referenced reference in code number Title section number A 53/A 53M \u2014 12 Specification for Pipe, Steel, Black and Hot - dipped, Zinc - coated Welded and Seamless .............. Table 1202.4, Table 1202.5, Table 1302.3, Table 1302.5, [CONT.]: 1002.2.2 ASTM ASTM International 100 Barr Harbor Drive West Conshohocken, PA 19428 Standard Referenced reference in code number Title section number A 53/A 53M \u2014 12 Specification for Pipe, Steel, Black and Hot - dipped, Zinc - coated Welded and Seamless .............. Table 1202.4, Table 1202.5, Table 1302.3, Table 1302.5, [CONT.]: 1002.2.2 ASTM ASTM International 100 Barr Harbor Drive West Conshohocken, PA 19428 Standard Referenced reference in code number Title section number A 53/A 53M \u2014 12 Specification for Pipe, Steel, Black and Hot - dipped, Zinc - coated Welded and Seamless .............. Table 1202.4, Table 1202.5, Table 1302.3, Table 1302.5, [CONT.]: 1002.2.2 ASTM ASTM International 100 Barr Harbor Drive West Conshohocken, PA 19428 Standard Referenced reference in code number Title section number A 53/A 53M \u2014 12 Specification for Pipe, Steel, Black and Hot - dipped, Zinc - coated Welded and Seamless .............. Table 1202.4, Table 1202.5, Table 1302.3, Table 1302.5,",
    "metadata": {
      "section_full": "1002.2.2",
      "parent_major": "1002",
      "parent_minor": "1002.2",
      "source": "039.txt"
    }
  },
  {
    "id": "1302.3",
    "text": "CONTEXT: 1302 > 1302.3 | CONTENT: 1302.3 1302.3 A 395/A395M - 99(2009) Standard Specification for Ferritic Ductile Iron Pressure - Retaining Castings for Use at Elevated Temperatures ........................................................................................ Table [CONT.]: 1302.3 B 43 \u2014 09 Specification for Seamless Red Brass Pipe, Standard Sizes ....................... 1107.5.2, Table 1202.4, Table [CONT.]: 1302.3 B75\u2014 11 Specification for Seamless Copper Tube ................................................................... Table 1202.4, Table [CONT.]: 1302.3 B 88 \u2014 09 Specification for Seamless Copper Water Tube ......................................... 1107.5.3, Table 1202.4, Table [CONT.]: 1302.3 B 135 \u2014 10 Specification for Seamless Brass Tube ............................................................................................. Table [CONT.]: 1302.3 B 302 \u2014 12 Specification for Threadless Copper Pipe, Standard Sizes ......................................... Table 1202.4, Table [CONT.]: 1302.3 B 813 \u2014 10 Specification for Liquid and Paste Fluxes for Soldering of Copper and Copper Alloy Tube ..................................................................................................... 1203.3.3 , 1107.5.5 C 315 \u2014 07(2011) Specification for Clay Flue Liners and Chimney Pots .................................................... 801.16.1, Table [CONT.]: 1302.3 D 3035 \u2014 2012E1 Specification for Polyethylene (PE) Plastic Pipe (DR - PR) Based on Controlled Outside Diameter ................................ ................................ ................................ .............................. Table [CONT.]: 1302.3 A 395/A395M - 99(2009) Standard Specification for Ferritic Ductile Iron Pressure - Retaining Castings for Use at Elevated Temperatures ........................................................................................ Table [CONT.]: 1302.3 B 43 \u2014 09 Specification for Seamless Red Brass Pipe, Standard Sizes ....................... 1107.5.2, Table 1202.4, Table [CONT.]: 1302.3 B75\u2014 11 Specification for Seamless Copper Tube ................................................................... Table 1202.4, Table [CONT.]: 1302.3 B 88 \u2014 09 Specification for Seamless Copper Water Tube ......................................... 1107.5.3, Table 1202.4, Table [CONT.]: 1302.3 B 135 \u2014 10 Specification for Seamless Brass Tube ............................................................................................. Table [CONT.]: 1302.3 B 302 \u2014 12 Specification for Threadless Copper Pipe, Standard Sizes ......................................... Table 1202.4, Table [CONT.]: 1302.3 B 813 \u2014 10 Specification for Liquid and Paste Fluxes for Soldering of Copper and Copper Alloy Tube ..................................................................................................... 1203.3.3 , 1107.5.5 C 315 \u2014 07(2011) Specification for Clay Flue Liners and Chimney Pots .................................................... 801.16.1, Table [CONT.]: 1302.3 D 3035 \u2014 2012E1 Specification for Polyethylene (PE) Plastic Pipe (DR - PR) Based on Controlled Outside Diameter ................................ ................................ ................................ .............................. Table [CONT.]: 1302.3 A 395/A395M - 99(2009) Standard Specification for Ferritic Ductile Iron Pressure - Retaining Castings for Use at Elevated Temperatures ........................................................................................ Table [CONT.]: 1302.3 B 43 \u2014 09 Specification for Seamless Red Brass Pipe, Standard Sizes ....................... 1107.5.2, Table 1202.4, Table [CONT.]: 1302.3 B75\u2014 11 Specification for Seamless Copper Tube ................................................................... Table 1202.4, Table [CONT.]: 1302.3 B 88 \u2014 09 Specification for Seamless Copper Water Tube ......................................... 1107.5.3, Table 1202.4, Table [CONT.]: 1302.3 B 135 \u2014 10 Specification for Seamless Brass Tube ............................................................................................. Table [CONT.]: 1302.3 B 302 \u2014 12 Specification for Threadless Copper Pipe, Standard Sizes ......................................... Table 1202.4, Table [CONT.]: 1302.3 B 813 \u2014 10 Specification for Liquid and Paste Fluxes for Soldering of Copper and Copper Alloy Tube ..................................................................................................... 1203.3.3 , 1107.5.5 C 315 \u2014 07(2011) Specification for Clay Flue Liners and Chimney Pots .................................................... 801.16.1, Table [CONT.]: 1302.3 D 3035 \u2014 2012E1 Specification for Polyethylene (PE) Plastic Pipe (DR - PR) Based on Controlled Outside Diameter ................................ ................................ ................................ .............................. Table [CONT.]: 1302.3 A 395/A395M - 99(2009) Standard Specification for Ferritic Ductile Iron Pressure - Retaining Castings for Use at Elevated Temperatures ........................................................................................ Table [CONT.]: 1302.3 B 43 \u2014 09 Specification for Seamless Red Brass Pipe, Standard Sizes ....................... 1107.5.2, Table 1202.4, Table [CONT.]: 1302.3 B75\u2014 11 Specification for Seamless Copper Tube ................................................................... Table 1202.4, Table [CONT.]: 1302.3 B 88 \u2014 09 Specification for Seamless Copper Water Tube ......................................... 1107.5.3, Table 1202.4, Table [CONT.]: 1302.3 B 135 \u2014 10 Specification for Seamless Brass Tube ............................................................................................. Table [CONT.]: 1302.3 B 302 \u2014 12 Specification for Threadless Copper Pipe, Standard Sizes ......................................... Table 1202.4, Table [CONT.]: 1302.3 B 813 \u2014 10 Specification for Liquid and Paste Fluxes for Soldering of Copper and Copper Alloy Tube ..................................................................................................... 1203.3.3 , 1107.5.5 C 315 \u2014 07(2011) Specification for Clay Flue Liners and Chimney Pots .................................................... 801.16.1, Table [CONT.]: 1302.3 D 3035 \u2014 2012E1 Specification for Polyethylene (PE) Plastic Pipe (DR - PR) Based on Controlled Outside Diameter ................................ ................................ ................................ .............................. Table [CONT.]: 1302.3 A 395/A395M - 99(2009) Standard Specification for Ferritic Ductile Iron Pressure - Retaining Castings for Use at Elevated Temperatures ........................................................................................ Table [CONT.]: 1302.3 B 43 \u2014 09 Specification for Seamless Red Brass Pipe, Standard Sizes ....................... 1107.5.2, Table 1202.4, Table [CONT.]: 1302.3 B75\u2014 11 Specification for Seamless Copper Tube ................................................................... Table 1202.4, Table [CONT.]: 1302.3 B 88 \u2014 09 Specification for Seamless Copper Water Tube ......................................... 1107.5.3, Table 1202.4, Table [CONT.]: 1302.3 B 135 \u2014 10 Specification for Seamless Brass Tube ............................................................................................. Table [CONT.]: 1302.3 B 302 \u2014 12 Specification for Threadless Copper Pipe, Standard Sizes ......................................... Table 1202.4, Table [CONT.]: 1302.3 B 813 \u2014 10 Specification for Liquid and Paste Fluxes for Soldering of Copper and Copper Alloy Tube ..................................................................................................... 1203.3.3 , 1107.5.5 C 315 \u2014 07(2011) Specification for Clay Flue Liners and Chimney Pots .................................................... 801.16.1, Table [CONT.]: 1302.3 D 3035 \u2014 2012E1 Specification for Polyethylene (PE) Plastic Pipe (DR - PR) Based on Controlled Outside Diameter ................................ ................................ ................................ .............................. Table [CONT.]: 1302.3 A 395/A395M - 99(2009) Standard Specification for Ferritic Ductile Iron Pressure - Retaining Castings for Use at Elevated Temperatures ........................................................................................ Table [CONT.]: 1302.3 B 43 \u2014 09 Specification for Seamless Red Brass Pipe, Standard Sizes ....................... 1107.5.2, Table 1202.4, Table [CONT.]: 1302.3 B75\u2014 11 Specification for Seamless Copper Tube ................................................................... Table 1202.4, Table [CONT.]: 1302.3 B 88 \u2014 09 Specification for Seamless Copper Water Tube ......................................... 1107.5.3, Table 1202.4, Table [CONT.]: 1302.3 B 135 \u2014 10 Specification for Seamless Brass Tube ............................................................................................. Table [CONT.]: 1302.3 B 302 \u2014 12 Specification for Threadless Copper Pipe, Standard Sizes ......................................... Table 1202.4, Table [CONT.]: 1302.3 B 813 \u2014 10 Specification for Liquid and Paste Fluxes for Soldering of Copper and Copper Alloy Tube ..................................................................................................... 1203.3.3 , 1107.5.5 C 315 \u2014 07(2011) Specification for Clay Flue Liners and Chimney Pots .................................................... 801.16.1, Table [CONT.]: 1302.3 D 3035 \u2014 2012E1 Specification for Polyethylene (PE) Plastic Pipe (DR - PR) Based on Controlled Outside Diameter ................................ ................................ ................................ .............................. Table [CONT.]: 1302.3 2221 \u2014 2010 Tests of Fire Resistive Grease Duct Enclosure Assemblies ..................................................................",
    "metadata": {
      "section_full": "1302.3",
      "parent_major": "1302",
      "parent_minor": "1302.3",
      "source": "039.txt"
    }
  },
  {
    "id": "1210.6.6.3",
    "text": "CONTEXT: 1210 > 1210.6 | CONTENT: 1210.6.6.3 1210.6.6.3 F1960 \u2014 12 Specification for Cold - Expansion Fittings with PEX Reinforcing Rings for Use with Cross - linked Polyethylene (PEX) Tubing ....................................................... Table [CONT.]: 1210.6.6.3 F1960 \u2014 12 Specification for Cold - Expansion Fittings with PEX Reinforcing Rings for Use with Cross - linked Polyethylene (PEX) Tubing ....................................................... Table [CONT.]: 1210.6.6.3 F1960 \u2014 12 Specification for Cold - Expansion Fittings with PEX Reinforcing Rings for Use with Cross - linked Polyethylene (PEX) Tubing ....................................................... Table [CONT.]: 1210.6.6.3 F1960 \u2014 12 Specification for Cold - Expansion Fittings with PEX Reinforcing Rings for Use with Cross - linked Polyethylene (PEX) Tubing ....................................................... Table",
    "metadata": {
      "section_full": "1210.6.6.3",
      "parent_major": "1210",
      "parent_minor": "1210.6",
      "source": "039.txt"
    }
  },
  {
    "id": "801.16.1",
    "text": "CONTEXT: 801 > 801.16 | CONTENT: 801.16.1 801.16.1 S667 \u2014 11 Metallic Underground Piping for Flammable and Combustible Liquids ............................................... [CONT.]: 801.16.1 S667 \u2014 11 Metallic Underground Piping for Flammable and Combustible Liquids ............................................... [CONT.]: 801.16.1 S667 \u2014 11 Metallic Underground Piping for Flammable and Combustible Liquids ............................................... [CONT.]: 801.16.1 S667 \u2014 11 Metallic Underground Piping for Flammable and Combustible Liquids ...............................................",
    "metadata": {
      "section_full": "801.16.1",
      "parent_major": "801",
      "parent_minor": "801.16",
      "source": "039.txt"
    }
  },
  {
    "id": "1302.9.1",
    "text": "CONTEXT: 1302 > 1302.9 | CONTENT: 1302.9.1 1302.9.1 CSA CSA Group 8501 East Pleasant Valley Road Cleveland, OH 44131 - 5516 Standard Referenced reference in code number Title section number B137.2 \u2014 13 Polyvinylchloride (PVC) Injection - moulded Gasketed Fittings for Pressure Applications .............. Table [CONT.]: 1302.9.1 CSA CSA Group 8501 East Pleasant Valley Road Cleveland, OH 44131 - 5516 Standard Referenced reference in code number Title section number B137.2 \u2014 13 Polyvinylchloride (PVC) Injection - moulded Gasketed Fittings for Pressure Applications .............. Table [CONT.]: 1302.9.1 CSA CSA Group 8501 East Pleasant Valley Road Cleveland, OH 44131 - 5516 Standard Referenced reference in code number Title section number B137.2 \u2014 13 Polyvinylchloride (PVC) Injection - moulded Gasketed Fittings for Pressure Applications .............. Table [CONT.]: 1302.9.1 CSA CSA Group 8501 East Pleasant Valley Road Cleveland, OH 44131 - 5516 Standard Referenced reference in code number Title section number B137.2 \u2014 13 Polyvinylchloride (PVC) Injection - moulded Gasketed Fittings for Pressure Applications .............. Table",
    "metadata": {
      "section_full": "1302.9.1",
      "parent_major": "1302",
      "parent_minor": "1302.9",
      "source": "039.txt"
    }
  },
  {
    "id": "602.2.1.6.2",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2.1.6.2 602.2.1.6.2 REFERENCED STANDARDS 704 \u2014 12 Standard System for Identification of the Hazards of Materials for Emergency Response ........................................................................................... 502.8.4, 510.1, 1105.11 853 \u2014 15 Standard on Installation of Stationary Fuel Power Plants ............................................................................ [CONT.]: 602.2.1.6.2 REFERENCED STANDARDS 704 \u2014 12 Standard System for Identification of the Hazards of Materials for Emergency Response ........................................................................................... 502.8.4, 510.1, 1105.11 853 \u2014 15 Standard on Installation of Stationary Fuel Power Plants ............................................................................",
    "metadata": {
      "section_full": "602.2.1.6.2",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "039.txt"
    }
  },
  {
    "id": "602.2.1.2",
    "text": "CONTEXT: 602 > 602.2 | CONTENT: 602.2.1.2 602.2.1.2 1978 \u2014 2010 Grease Ducts ............................................................................................................... 506.3.1.1, 506.3.2, 506.3.6 1995 \u2014 2011 Heating and Cooling Equipment ................................................................... 911.1, 918.1, 918.2, 1002.1, 1101.2 1996 \u2014 2009 Electric Duct Heaters \u2014 with revisions through November 2011 ..................................................................",
    "metadata": {
      "section_full": "602.2.1.2",
      "parent_major": "602",
      "parent_minor": "602.2",
      "source": "039.txt"
    }
  },
  {
    "id": "C101.1",
    "text": "CONTEXT: C101 > C101.1 | CONTENT: C101.1 C101.1 Scope. The figures in this appendix shall supplement the provisions for venting of tanks in Section 1305 and are intended for illustrative purposes. Where there is a conflict between the figures in this appendix and the provisions in Section 1305, the provisions of Section 1305 shall govern. FIGURE C101.1(1) PRIMARY TANK: UL 80, ASME BPVC, OR NYC ALTERNATE TANK DAY TANK: UL 80, ASME BPVC, OR NYC ALTERNATE TANK FIGU RE C101.1(2) PRIMARY TANK: UL 142 OR DUAL LABEL TANK DAY TANK: UL 142 OR DUAL LABEL TANK FIGURE C101.1(3) PRIMARY TANK: UL 80, ASME BPVC, OR NYC ALTERNATE TANK DAY TANK: UL 142 OR DUAL LABEL TANK",
    "metadata": {
      "section_full": "C101.1",
      "parent_major": "C101",
      "parent_minor": "C101.1",
      "source": "042.txt"
    }
  }
]